{"data":[{"action":"ExecuteNnsFunction","action_nns_function":"ReviseElectedHostosVersions","classification":null,"deadline_timestamp_seconds":1791900262,"decided_timestamp_seconds":0,"derived_proposal_information":null,"dfinity_proposer":true,"executed_timestamp_seconds":0,"failed_timestamp_seconds":0,"failure_reason":null,"id":124601,"latest_tally":{"no":121064591266033,"timestamp_seconds":1791661408,"total":63680179446312188,"yes":2267207558275381},"payload":{"hostos_version_to_elect":"4a0dbb9251df6da0b65ab7a4d35e9a9871f58510","hostos_versions_to_unelect":[],"release_package_sha256_hex":"e0ac3e63f70f02619082feb46f925355915378571de632d89ac9163c67c16227","release_package_urls":["https://download.dfinity.systems/ic/4a0dbb9251df6da0b65ab7a4d35e9a9871f58510/host-os/update-img/update-img.tar.zst","https://download.dfinity.network/ic/4a0dbb9251df6da0b65ab7a4d35e9a9871f58510/host-os/update-img/update-img.tar.zst"]},"proposal_id":144317,"proposal_timestamp_seconds":1791554662,"proposer":"1730676817598423123","proposer_name":null,"reject_cost_e8s":5000000000,"reward_status":"ACCEPT_VOTES","self_describing_action":{"type_description":"Change the set of currently elected HostOS versions, by electing a new version, and/or unelecting some priorly elected versions.\n\nHostOS versions are identified by the hash of the installation image.\n\nThe version to elect is added to the Registry, and the versions to unelect are removed from the Registry, ensuring that HostOS cannot upgrade to these versions anymore.\n\nThis proposal does not actually perform the upgrade; for deployment of an elected version, please refer to \"Deploy HostOS To Some Nodes\".","type_name":"Revise Elected HostOS Versions","value":{"hostos_version_to_elect":"4a0dbb9251df6da0b65ab7a4d35e9a9871f58510","hostos_versions_to_unelect":[],"release_package_sha256_hex":"e0ac3e63f70f02619082feb46f925355915378571de632d89ac9163c67c16227","release_package_urls":["https://download.dfinity.systems/ic/4a0dbb9251df6da0b65ab7a4d35e9a9871f58510/host-os/update-img/update-img.tar.zst","https://download.dfinity.network/ic/4a0dbb9251df6da0b65ab7a4d35e9a9871f58510/host-os/update-img/update-img.tar.zst"]}},"settled_at":null,"status":"OPEN","success_value":null,"summary":"Release Notes for [**release-2026-10-08\\_03-33-base**](https://github.com/dfinity/ic/tree/release-2026-10-08_03-33-base) (4a0dbb9251df6da0b65ab7a4d35e9a9871f58510)\n===================================================================================================================================================================\n\nThis release is based on changes since [release-2026-10-02\\_03-31-base](https://dashboard.internetcomputer.org/release/2cdff28573522b2c9c5e96a4407b50281eb82b5c) (2cdff28573522b2c9c5e96a4407b50281eb82b5c).\n\nPlease note that some commits may be excluded from this release if they're not relevant, or not modifying the HostOS image. Additionally, descriptions of some changes might have been slightly modified to fit the release notes format.\n\nTo see a full list of commits added since last release, compare the revisions on [GitHub](https://github.com/dfinity/ic/compare/release-2026-10-02_03-31-base...release-2026-10-08_03-33-base).\n\nBugfixes:\n---------\n\n* [`f8d59e519`](https://github.com/dfinity/ic/commit/f8d59e519) Node(metrics-proxy): resolve upstream hosts via the system resolver ([#11767](https://github.com/dfinity/ic/pull/11767))\n\n------------------------------------------\nFull list of changes (including the ones that are not relevant to HostOS) can be found on [GitHub](https://github.com/dfinity/dre/blob/5705c2b940e9c8817448e0de1254077010538085/hostos-releases/4a0dbb9251df6da0b65ab7a4d35e9a9871f58510.md).\n\n# IC-OS Verification\n\nTo build and verify the IC-OS HostOS disk image, after installing curl if necessary (`sudo apt install curl`), run:\n\n```\n# From https://github.com/dfinity/ic#verifying-releases\ncurl -fsSL https://raw.githubusercontent.com/dfinity/ic/4a0dbb9251df6da0b65ab7a4d35e9a9871f58510/ci/scripts/repro-check | python3 - -c 4a0dbb9251df6da0b65ab7a4d35e9a9871f58510 --hostos\n```\n\nThe two SHA256 sums printed above from a) the downloaded CDN image and b) the locally built image, must be identical, and must match the SHA256 from the payload of the NNS proposal.\n\nWhile not required for this NNS proposal, as we are only electing a new HostOS version here, you have the option to verify the build reproducibility of the GuestOS by passing `--guestos` to the script above instead of `--hostos`, or the SetupOS by passing `--setupos`.\n","title":"Elect new IC/HostOS revision (commit 4a0dbb9)","topic":"TOPIC_IC_OS_VERSION_ELECTION","total_potential_voting_power":88152405265347074,"updated_at":"2026-10-10T19:48:02.883146","url":"https://forum.dfinity.org/t/proposal-to-elect-new-release-rc-2026-10-08-03-33/75998/1"},{"action":"ExecuteNnsFunction","action_nns_function":"ReviseElectedGuestosVersions","classification":null,"deadline_timestamp_seconds":1791900132,"decided_timestamp_seconds":0,"derived_proposal_information":null,"dfinity_proposer":true,"executed_timestamp_seconds":0,"failed_timestamp_seconds":0,"failure_reason":null,"id":124600,"latest_tally":{"no":109252568361454,"timestamp_seconds":1791661416,"total":63680801569853772,"yes":2260216953051278},"payload":{"guest_launch_measurements":{"guest_launch_measurements":[{"measurement":"e8a0786bcca5ba35ce5487b4cf3fcc701d5c002bd89f51939306d4054f2bba22e68c95c9d98b928db93204463c5a8846","metadata":{"kernel_cmdline":"root=/dev/disk/by-partuuid/7c0a626e-e5ea-e543-b5c5-300eb8304db7 console=ttyS0 nomodeset dfinity.system=A dfinity.tee=1 security=selinux selinux=1 enforcing=1 root_hash=1f053b4dcfb37c2ee91bb2ea0ed6f87f9a90633a09ea0fe197ad767a1522f34f","vcpu_type":"EPYC-v4"}},{"measurement":"ae4ab721f4e15d7fc4971eedd47c0950113b30d50eb2117d64c276d468815bd79cb79b207191a9b44321f49a61dbf6bb","metadata":{"kernel_cmdline":"root=/dev/disk/by-partuuid/a78bc3a8-376c-054a-96e7-3904b915d0c5 console=ttyS0 nomodeset dfinity.system=B dfinity.tee=1 security=selinux selinux=1 enforcing=1 root_hash=1f053b4dcfb37c2ee91bb2ea0ed6f87f9a90633a09ea0fe197ad767a1522f34f","vcpu_type":"EPYC-v4"}},{"measurement":"7a72f29840ad46bf7333df90b9183eff5f2a5b9443ec20433d66139e125cdafa526f1918c8dd3c29b4fe52bcbfcf9d6d","metadata":{"kernel_cmdline":"root=/dev/disk/by-partuuid/7c0a626e-e5ea-e543-b5c5-300eb8304db7 console=ttyS0 nomodeset dfinity.system=A dfinity.tee=1 security=selinux selinux=1 enforcing=1 root_hash=1f053b4dcfb37c2ee91bb2ea0ed6f87f9a90633a09ea0fe197ad767a1522f34f","vcpu_type":"EPYC-Genoa"}},{"measurement":"26cb9d556f207b9d54a6d0cdf4730a34e9ecbbcf16b309e354ed1fd61bd345a40112476b82ee4bc909288bcd0d5e8314","metadata":{"kernel_cmdline":"root=/dev/disk/by-partuuid/a78bc3a8-376c-054a-96e7-3904b915d0c5 console=ttyS0 nomodeset dfinity.system=B dfinity.tee=1 security=selinux selinux=1 enforcing=1 root_hash=1f053b4dcfb37c2ee91bb2ea0ed6f87f9a90633a09ea0fe197ad767a1522f34f","vcpu_type":"EPYC-Genoa"}},{"measurement":"7ea6566866146df7a565924bc655586434b69baa9402a7a982b670aa72706b64b262ff5fbc945f453bf997297c55451e","metadata":{"kernel_cmdline":"root=/dev/disk/by-partuuid/7c0a626e-e5ea-e543-b5c5-300eb8304db7 console=ttyS0 nomodeset dfinity.system=A dfinity.tee=1 security=selinux selinux=1 enforcing=1 root_hash=1f053b4dcfb37c2ee91bb2ea0ed6f87f9a90633a09ea0fe197ad767a1522f34f","vcpu_type":"EPYC-Turin"}},{"measurement":"355c494eb64865ce0004627cc7f39b952ba1f67d27d583677452d4b8cd4b381f0b0588ce2aa33978923a906f30b7a7a0","metadata":{"kernel_cmdline":"root=/dev/disk/by-partuuid/a78bc3a8-376c-054a-96e7-3904b915d0c5 console=ttyS0 nomodeset dfinity.system=B dfinity.tee=1 security=selinux selinux=1 enforcing=1 root_hash=1f053b4dcfb37c2ee91bb2ea0ed6f87f9a90633a09ea0fe197ad767a1522f34f","vcpu_type":"EPYC-Turin"}}]},"release_package_sha256_hex":"8bc905efcd61b4af87e17b9e8da6cfcd9684ade9704087c45c5b9fe843b2b185","release_package_urls":["https://download.dfinity.systems/ic/4a0dbb9251df6da0b65ab7a4d35e9a9871f58510/guest-os/update-img/update-img.tar.zst","https://download.dfinity.network/ic/4a0dbb9251df6da0b65ab7a4d35e9a9871f58510/guest-os/update-img/update-img.tar.zst"],"replica_version_to_elect":"4a0dbb9251df6da0b65ab7a4d35e9a9871f58510","replica_versions_to_unelect":["e590083e19085f4853bcd1256113f742c03cb8f1","2c2c7c99bd526d8c3da51df32aeeb977e852292d"]},"proposal_id":144316,"proposal_timestamp_seconds":1791554532,"proposer":"1730676817598423123","proposer_name":null,"reject_cost_e8s":5000000000,"reward_status":"ACCEPT_VOTES","self_describing_action":{"type_description":"Change the set of elected GuestOS versions.\n\nThe version to elect (identified by the hash of the installation image) is added to the registry. Besides creating a record for that version, the proposal also appends that version to the list of elected versions that can be installed on nodes of a subnet.\n\nOnly elected GuestOS versions can be deployed.","type_name":"Revise Elected GuestOS Versions","value":{"guest_launch_measurements":{"guest_launch_measurements":[{"measurement":"e8a0786bcca5ba35ce5487b4cf3fcc701d5c002bd89f51939306d4054f2bba22e68c95c9d98b928db93204463c5a8846","metadata":{"kernel_cmdline":"root=/dev/disk/by-partuuid/7c0a626e-e5ea-e543-b5c5-300eb8304db7 console=ttyS0 nomodeset dfinity.system=A dfinity.tee=1 security=selinux selinux=1 enforcing=1 root_hash=1f053b4dcfb37c2ee91bb2ea0ed6f87f9a90633a09ea0fe197ad767a1522f34f","vcpu_type":"EPYC-v4"}},{"measurement":"ae4ab721f4e15d7fc4971eedd47c0950113b30d50eb2117d64c276d468815bd79cb79b207191a9b44321f49a61dbf6bb","metadata":{"kernel_cmdline":"root=/dev/disk/by-partuuid/a78bc3a8-376c-054a-96e7-3904b915d0c5 console=ttyS0 nomodeset dfinity.system=B dfinity.tee=1 security=selinux selinux=1 enforcing=1 root_hash=1f053b4dcfb37c2ee91bb2ea0ed6f87f9a90633a09ea0fe197ad767a1522f34f","vcpu_type":"EPYC-v4"}},{"measurement":"7a72f29840ad46bf7333df90b9183eff5f2a5b9443ec20433d66139e125cdafa526f1918c8dd3c29b4fe52bcbfcf9d6d","metadata":{"kernel_cmdline":"root=/dev/disk/by-partuuid/7c0a626e-e5ea-e543-b5c5-300eb8304db7 console=ttyS0 nomodeset dfinity.system=A dfinity.tee=1 security=selinux selinux=1 enforcing=1 root_hash=1f053b4dcfb37c2ee91bb2ea0ed6f87f9a90633a09ea0fe197ad767a1522f34f","vcpu_type":"EPYC-Genoa"}},{"measurement":"26cb9d556f207b9d54a6d0cdf4730a34e9ecbbcf16b309e354ed1fd61bd345a40112476b82ee4bc909288bcd0d5e8314","metadata":{"kernel_cmdline":"root=/dev/disk/by-partuuid/a78bc3a8-376c-054a-96e7-3904b915d0c5 console=ttyS0 nomodeset dfinity.system=B dfinity.tee=1 security=selinux selinux=1 enforcing=1 root_hash=1f053b4dcfb37c2ee91bb2ea0ed6f87f9a90633a09ea0fe197ad767a1522f34f","vcpu_type":"EPYC-Genoa"}},{"measurement":"7ea6566866146df7a565924bc655586434b69baa9402a7a982b670aa72706b64b262ff5fbc945f453bf997297c55451e","metadata":{"kernel_cmdline":"root=/dev/disk/by-partuuid/7c0a626e-e5ea-e543-b5c5-300eb8304db7 console=ttyS0 nomodeset dfinity.system=A dfinity.tee=1 security=selinux selinux=1 enforcing=1 root_hash=1f053b4dcfb37c2ee91bb2ea0ed6f87f9a90633a09ea0fe197ad767a1522f34f","vcpu_type":"EPYC-Turin"}},{"measurement":"355c494eb64865ce0004627cc7f39b952ba1f67d27d583677452d4b8cd4b381f0b0588ce2aa33978923a906f30b7a7a0","metadata":{"kernel_cmdline":"root=/dev/disk/by-partuuid/a78bc3a8-376c-054a-96e7-3904b915d0c5 console=ttyS0 nomodeset dfinity.system=B dfinity.tee=1 security=selinux selinux=1 enforcing=1 root_hash=1f053b4dcfb37c2ee91bb2ea0ed6f87f9a90633a09ea0fe197ad767a1522f34f","vcpu_type":"EPYC-Turin"}}]},"release_package_sha256_hex":"8bc905efcd61b4af87e17b9e8da6cfcd9684ade9704087c45c5b9fe843b2b185","release_package_urls":["https://download.dfinity.systems/ic/4a0dbb9251df6da0b65ab7a4d35e9a9871f58510/guest-os/update-img/update-img.tar.zst","https://download.dfinity.network/ic/4a0dbb9251df6da0b65ab7a4d35e9a9871f58510/guest-os/update-img/update-img.tar.zst"],"replica_version_to_elect":"4a0dbb9251df6da0b65ab7a4d35e9a9871f58510","replica_versions_to_unelect":["e590083e19085f4853bcd1256113f742c03cb8f1","2c2c7c99bd526d8c3da51df32aeeb977e852292d"]}},"settled_at":null,"status":"OPEN","success_value":null,"summary":"Release Notes for [release-2026-10-08_03-33-base](https://github.com/dfinity/ic/tree/release-2026-10-08_03-33-base) (`4a0dbb9251df6da0b65ab7a4d35e9a9871f58510`)\nThis release is based on changes since [release-2026-10-02_03-31-base](https://dashboard.internetcomputer.org/release/2cdff28573522b2c9c5e96a4407b50281eb82b5c) (`2cdff28573522b2c9c5e96a4407b50281eb82b5c`).\n\nPlease note that some commits may be excluded from this release if they're not relevant, or not modifying the GuestOS image.\nAdditionally, descriptions of some changes might have been slightly modified to fit the release notes format.\n\nTo see a full list of commits added since last release, compare the revisions on [GitHub](https://github.com/dfinity/ic/compare/release-2026-10-02_03-31-base...release-2026-10-08_03-33-base).\n## Features:\n* [`9debdbf06`](https://github.com/dfinity/ic/commit/9debdbf06) Core Protocol: use the monotonic consumed cycles by use case in metrics, deletion and install_code ([#11776](https://github.com/dfinity/ic/pull/11776))\n* [`5291ec811`](https://github.com/dfinity/ic/commit/5291ec811) Core Protocol: certification version V30 with monotonic consumed cycles in subnet metrics ([#11777](https://github.com/dfinity/ic/pull/11777))\n* [`fca9b57bd`](https://github.com/dfinity/ic/commit/fca9b57bd) Core Protocol(https_outcalls): only accept canonically encoded canister HTTP payloads ([#11751](https://github.com/dfinity/ic/pull/11751))\n* [`9c1d7369d`](https://github.com/dfinity/ic/commit/9c1d7369d) Core Protocol: Heap accessor ([#11755](https://github.com/dfinity/ic/pull/11755))\n* [`edc96f17a`](https://github.com/dfinity/ic/commit/edc96f17a) Core Protocol(outcalls): export the instructions executed by canister HTTP transforms ([#11758](https://github.com/dfinity/ic/pull/11758))\n* [`5aa2e5bf1`](https://github.com/dfinity/ic/commit/5aa2e5bf1) Core Protocol: Shadow pull schedule and discrepancy metric ([#11743](https://github.com/dfinity/ic/pull/11743))\n## Bugfixes:\n* [`1a9202b28`](https://github.com/dfinity/ic/commit/1a9202b28) Core Protocol(orchestrator): make NNS Recovery on Failover Nodes retry-safe ([#11768](https://github.com/dfinity/ic/pull/11768))\n* [`69df77008`](https://github.com/dfinity/ic/commit/69df77008) Core Protocol: disable full Candid error messages when decoding ic0.cost_http_request_v2 params ([#11773](https://github.com/dfinity/ic/pull/11773))\n* [`a2e8120da`](https://github.com/dfinity/ic/commit/a2e8120da) Core Protocol: Reject reserved name ([#11764](https://github.com/dfinity/ic/pull/11764))\n* [`2b4e31114`](https://github.com/dfinity/ic/commit/2b4e31114) Core Protocol: Manifest for already deleted checkpoint ([#11740](https://github.com/dfinity/ic/pull/11740))\n* [`f8d59e519`](https://github.com/dfinity/ic/commit/f8d59e519) Node(metrics-proxy): resolve upstream hosts via the system resolver ([#11767](https://github.com/dfinity/ic/pull/11767))\n## Chores:\n* [`2d842c7eb`](https://github.com/dfinity/ic/commit/2d842c7eb) Core Protocol: drop SubnetMetrics::consumed_cycles_by_use_case_monotonic ([#11775](https://github.com/dfinity/ic/pull/11775))\n* [`bb1dfc2d7`](https://github.com/dfinity/ic/commit/bb1dfc2d7) Core Protocol: drop the cycles metrics migrations ([#11772](https://github.com/dfinity/ic/pull/11772))\n* [`414fd6ab2`](https://github.com/dfinity/ic/commit/414fd6ab2) Core Protocol: bump candid to 0.10.37 ([#11774](https://github.com/dfinity/ic/pull/11774))\n* [`56ffd81ee`](https://github.com/dfinity/ic/commit/56ffd81ee) Core Protocol: Remove old clippy issue ([#11760](https://github.com/dfinity/ic/pull/11760))\n* [`bf17c1c30`](https://github.com/dfinity/ic/commit/bf17c1c30) Core Protocol(dkg): remove summary's transcripts for remote subnets (4/4) ([#11224](https://github.com/dfinity/ic/pull/11224))\n* [`905560f5c`](https://github.com/dfinity/ic/commit/905560f5c) Core Protocol: rustc: 1.98.1 -> 1.99.0 ([#11735](https://github.com/dfinity/ic/pull/11735))\n* [`9a3a386f3`](https://github.com/dfinity/ic/commit/9a3a386f3) Core Protocol: cargo clippy fixes to prepare for the rustc upgrade: 1.98.1 -> 1.99.0 ([#11734](https://github.com/dfinity/ic/pull/11734))\n## Refactoring:\n* [`e53d0331f`](https://github.com/dfinity/ic/commit/e53d0331f) Core Protocol: Split the single-subnet pull out of `PoolRefillTask`'s sweep ([#11732](https://github.com/dfinity/ic/pull/11732))\n* [`effa4f63d`](https://github.com/dfinity/ic/commit/effa4f63d) Core Protocol: Clean up naming, comments and tests in the XNet payload builder ([#11728](https://github.com/dfinity/ic/pull/11728))\n* [`f7ea73a5b`](https://github.com/dfinity/ic/commit/f7ea73a5b) Core Protocol(outcalls): split the adapter channel out of the client constructor ([#11745](https://github.com/dfinity/ic/pull/11745))\n## Tests:\n* [`37a383bc0`](https://github.com/dfinity/ic/commit/37a383bc0) Core Protocol(consensus): cover secp256r1 ECDSA keys in system tests ([#11762](https://github.com/dfinity/ic/pull/11762))\n## Documentation:\nFull list of changes (including the ones that are not relevant to GuestOS) can be found on [GitHub](https://github.com/dfinity/dre/blob/299231bdc223e8c9ceaea192a846735d7c88d0a1/replica-releases/4a0dbb9251df6da0b65ab7a4d35e9a9871f58510.md).\n\n# IC-OS Verification\n\nTo build and verify the IC-OS GuestOS disk image, after installing curl if necessary (`sudo apt install curl`), run:\n\n```\n# From https://github.com/dfinity/ic#verifying-releases\ncurl -fsSL https://raw.githubusercontent.com/dfinity/ic/4a0dbb9251df6da0b65ab7a4d35e9a9871f58510/ci/scripts/repro-check | python3 - -c 4a0dbb9251df6da0b65ab7a4d35e9a9871f58510 --guestos\n```\n\nThe two SHA256 sums printed above from a) the downloaded CDN image and b) the locally built image, must be identical, and must match the SHA256 from the payload of the NNS proposal.\n\nWhile not required for this NNS proposal, as we are only electing a new GuestOS version here, you have the option to verify the build reproducibility of the HostOS by passing `--hostos` to the script above instead of `--guestos`, or the SetupOS by passing `--setupos`.\n","title":"Elect new IC/GuestOS revision (commit 4a0dbb9)","topic":"TOPIC_IC_OS_VERSION_ELECTION","total_potential_voting_power":88152445337543251,"updated_at":"2026-10-10T19:48:02.915622","url":"https://forum.dfinity.org/t/proposal-to-elect-new-release-rc-2026-10-08-03-33/75998/1"},{"action":"InstallCode","action_nns_function":null,"classification":null,"deadline_timestamp_seconds":1791898505,"decided_timestamp_seconds":0,"derived_proposal_information":null,"dfinity_proposer":true,"executed_timestamp_seconds":0,"failed_timestamp_seconds":0,"failure_reason":null,"id":124599,"latest_tally":{"no":111049373898237,"timestamp_seconds":1791661424,"total":63689747520846041,"yes":2260122147552075},"payload":{"arg_hash":"0375db897c4d679bc73fdf60efe7787771604df54f8bc673750af2896fa62318","canister_id":"2ezyf-hqaaa-aaaar-qb6ga-cai","canister_upgrade_options":null,"install_mode":1,"install_mode_name":"CANISTER_INSTALL_MODE_INSTALL","skip_stopping_before_installing":false,"wasm_module_hash":"dab6808d0dfc06e5e88336d0c3d3e45e5448c6e36c2a781f3e9e09bd450f528c"},"proposal_id":144315,"proposal_timestamp_seconds":1791552905,"proposer":"17212304975669116357","proposer_name":null,"reject_cost_e8s":5000000000,"reward_status":"ACCEPT_VOTES","self_describing_action":{"type_description":"Install, reinstall or upgrade code of a canister controlled by the NNS.","type_name":"Install Code","value":{"arg_hash":"0375db897c4d679bc73fdf60efe7787771604df54f8bc673750af2896fa62318","canister_id":"2ezyf-hqaaa-aaaar-qb6ga-cai","canister_upgrade_options":null,"install_mode":"Install","skip_stopping_before_installing":false,"wasm_module_hash":"dab6808d0dfc06e5e88336d0c3d3e45e5448c6e36c2a781f3e9e09bd450f528c"}},"settled_at":null,"status":"OPEN","success_value":null,"summary":"# Proposal to install the ckSOL index canister\n\nRepository: `https://github.com/dfinity/ic.git`\n\nGit hash: `cf41372e3d4dc1accfe2c09a7969f8bddc729dc1`\n\nNew compressed Wasm hash: `dab6808d0dfc06e5e88336d0c3d3e45e5448c6e36c2a781f3e9e09bd450f528c`\n\nInstall args hash: `0375db897c4d679bc73fdf60efe7787771604df54f8bc673750af2896fa62318`\n\nTarget canister: `2ezyf-hqaaa-aaaar-qb6ga-cai`\n\n---\n\n## Motivation\nThis proposal installs the mainnet ckSOL index to the governance-controlled canister ID [`2ezyf-hqaaa-aaaar-qb6ga-cai`](https://dashboard.internetcomputer.org/canister/2ezyf-hqaaa-aaaar-qb6ga-cai) on subnet [`pzp6e-ekpqk-3c5x7-2h6so-njoeq-mt45d-h3h6c-q3mxf-vpeq5-fk5o7-yae`](https://dashboard.internetcomputer.org/subnet/pzp6e-ekpqk-3c5x7-2h6so-njoeq-mt45d-h3h6c-q3mxf-vpeq5-fk5o7-yae).\nThe installed Wasm is the index of the latest ICRC ledger suite release [ledger-suite-icrc-2026-03-09](https://github.com/dfinity/ic/releases/tag/ledger-suite-icrc-2026-03-09).\n\nckSOL is a chain-key token on the Internet Computer backed 1:1 by SOL, the native token of the Solana blockchain.\nThe ckSOL index fetches the blocks of the [ckSOL ledger](https://dashboard.internetcomputer.org/canister/ls5lp-lqaaa-aaaar-qb5oa-cai) and allows clients, such as wallets, to retrieve the transactions of a given account.\nSee the [design document](https://github.com/dfinity/cksol/blob/bfeae694767f24decc7e45a0e3335f9f76163438/docs/design.md) for details.\n\n\n## Install args\n\n```\ngit fetch\ngit checkout cf41372e3d4dc1accfe2c09a7969f8bddc729dc1\ndidc encode -d rs/ledger_suite/icrc1/index-ng/index-ng.did -t '(opt IndexArg)' '(opt variant { Init = record {\n    ledger_id = principal \"ls5lp-lqaaa-aaaar-qb5oa-cai\";\n    retrieve_blocks_from_ledger_interval_seconds = null;\n  } })' | xxd -r -p | sha256sum\n```\n\n* [`ls5lp-lqaaa-aaaar-qb5oa-cai`](https://dashboard.internetcomputer.org/canister/ls5lp-lqaaa-aaaar-qb5oa-cai) is the ckSOL ledger canister, whose blocks are indexed.\n* `retrieve_blocks_from_ledger_interval_seconds` is unset, so the index uses its default polling interval, which adapts between 1 and 10 seconds depending on whether new blocks were found.\n\n## Wasm Verification\n\nVerify that the hash of the gzipped WASM matches the proposed hash.\n\n```\ngit fetch\ngit checkout cf41372e3d4dc1accfe2c09a7969f8bddc729dc1\n\"./ci/container/build-ic.sh\" \"--canisters\"\nsha256sum ./artifacts/canisters/ic-icrc1-index-ng.wasm.gz\n```","title":"Upgrade NNS Canister: 2ezyf-hqaaa-aaaar-qb6ga-cai to wasm with hash: dab6808d0dfc06e5e88336d0c3d3e45e5448c6e36c2a781f3e9e09bd450f528c","topic":"TOPIC_APPLICATION_CANISTER_MANAGEMENT","total_potential_voting_power":88154106692298486,"updated_at":"2026-10-10T19:48:02.949430","url":""},{"action":"InstallCode","action_nns_function":null,"classification":null,"deadline_timestamp_seconds":1791898542,"decided_timestamp_seconds":0,"derived_proposal_information":null,"dfinity_proposer":true,"executed_timestamp_seconds":0,"failed_timestamp_seconds":0,"failure_reason":null,"id":124598,"latest_tally":{"no":116859729326248,"timestamp_seconds":1791661433,"total":63690026980715799,"yes":2248725612953606},"payload":{"arg_hash":"2e049fd0690e9c2aa324b97c8792b9dd64df768c6ca1eefd52cb04fe3f05b7bf","canister_id":"ls5lp-lqaaa-aaaar-qb5oa-cai","canister_upgrade_options":null,"install_mode":1,"install_mode_name":"CANISTER_INSTALL_MODE_INSTALL","skip_stopping_before_installing":false,"wasm_module_hash":"354dd6ecfdc72b5409805b31dea22c9db11df6e14095a5a68924eb63535e6d8a"},"proposal_id":144314,"proposal_timestamp_seconds":1791552849,"proposer":"17212304975669116357","proposer_name":null,"reject_cost_e8s":5000000000,"reward_status":"ACCEPT_VOTES","self_describing_action":{"type_description":"Install, reinstall or upgrade code of a canister controlled by the NNS.","type_name":"Install Code","value":{"arg_hash":"2e049fd0690e9c2aa324b97c8792b9dd64df768c6ca1eefd52cb04fe3f05b7bf","canister_id":"ls5lp-lqaaa-aaaar-qb5oa-cai","canister_upgrade_options":null,"install_mode":"Install","skip_stopping_before_installing":false,"wasm_module_hash":"354dd6ecfdc72b5409805b31dea22c9db11df6e14095a5a68924eb63535e6d8a"}},"settled_at":null,"status":"OPEN","success_value":null,"summary":"# Proposal to install the ckSOL ledger canister\n\nRepository: `https://github.com/dfinity/ic.git`\n\nGit hash: `cf41372e3d4dc1accfe2c09a7969f8bddc729dc1`\n\nNew compressed Wasm hash: `354dd6ecfdc72b5409805b31dea22c9db11df6e14095a5a68924eb63535e6d8a`\n\nInstall args hash: `2e049fd0690e9c2aa324b97c8792b9dd64df768c6ca1eefd52cb04fe3f05b7bf`\n\nTarget canister: `ls5lp-lqaaa-aaaar-qb5oa-cai`\n\n---\n\n## Motivation\nThis proposal installs the mainnet ckSOL ledger to the governance-controlled canister ID [`ls5lp-lqaaa-aaaar-qb5oa-cai`](https://dashboard.internetcomputer.org/canister/ls5lp-lqaaa-aaaar-qb5oa-cai) on subnet [`pzp6e-ekpqk-3c5x7-2h6so-njoeq-mt45d-h3h6c-q3mxf-vpeq5-fk5o7-yae`](https://dashboard.internetcomputer.org/subnet/pzp6e-ekpqk-3c5x7-2h6so-njoeq-mt45d-h3h6c-q3mxf-vpeq5-fk5o7-yae).\nThe installed Wasm is the ledger of the latest ICRC ledger suite release [ledger-suite-icrc-2026-03-09](https://github.com/dfinity/ic/releases/tag/ledger-suite-icrc-2026-03-09).\n\nckSOL is a chain-key token on the Internet Computer backed 1:1 by SOL, the native token of the Solana blockchain.\nThe ckSOL ledger is an ICRC-1, ICRC-2 and ICRC-3 compliant ledger that holds the ckSOL balances.\nThe [ckSOL minter](https://dashboard.internetcomputer.org/canister/lh22c-kyaaa-aaaar-qb5nq-cai) mints ckSOL on this ledger when SOL is deposited and burns ckSOL when SOL is withdrawn.\nSee the [design document](https://github.com/dfinity/cksol/blob/bfeae694767f24decc7e45a0e3335f9f76163438/docs/design.md) for details.\n\n\n## Install args\n\n```\ngit fetch\ngit checkout cf41372e3d4dc1accfe2c09a7969f8bddc729dc1\ndidc encode -d rs/ledger_suite/icrc1/ledger/ledger.did -t '(LedgerArg)' '(variant { Init = record {\n    minting_account = record { owner = principal \"lh22c-kyaaa-aaaar-qb5nq-cai\"; subaccount = null };\n    fee_collector_account = opt record {\n      owner = principal \"lh22c-kyaaa-aaaar-qb5nq-cai\";\n      subaccount = opt blob \"\\00\\00\\00\\00\\00\\00\\00\\00\\00\\00\\00\\00\\00\\00\\00\\00\\00\\00\\00\\00\\00\\00\\00\\00\\00\\00\\00\\00\\00\\00\\0f\\ee\";\n    };\n    transfer_fee = 500 : nat;\n    decimals = opt (9 : nat8);\n    max_memo_length = opt (80 : nat16);\n    token_symbol = \"ckSOL\";\n    token_name = \"ckSOL\";\n    metadata = vec {\n      record { \"icrc1:logo\"; variant { Text = \"data:image/svg+xml;base64,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\" } };\n    };\n    initial_balances = vec {};\n    feature_flags = opt record { icrc2 = true };\n    archive_options = record {\n      num_blocks_to_archive = 1_000 : nat64;\n      trigger_threshold = 4_200_000_000 : nat64;\n      node_max_memory_size_bytes = opt (3_221_225_472 : nat64);\n      max_message_size_bytes = null;\n      max_transactions_per_response = null;\n      cycles_for_archive_creation = opt (100_000_000_000_000 : nat64);\n      controller_id = principal \"r7inp-6aaaa-aaaaa-aaabq-cai\";\n      more_controller_ids = null;\n    };\n    index_principal = opt principal \"2ezyf-hqaaa-aaaar-qb6ga-cai\";\n  } })' | xxd -r -p | sha256sum\n```\n\n* [`lh22c-kyaaa-aaaar-qb5nq-cai`](https://dashboard.internetcomputer.org/canister/lh22c-kyaaa-aaaar-qb5nq-cai) is the ckSOL minter canister. Its default account is the minting account.\n* The fee collector is the `0000000000000000000000000000000000000000000000000000000000000fee` subaccount of the minter canister.\n* The transfer fee is 500 lamports (0.0000005 SOL, about 0.00006 USD with 1 SOL at about 110 USD as of October 9, 2026), which is one order of magnitude cheaper than a SOL transfer on Solana (5,000 lamports), see [Section 3.3.1 of the design](https://github.com/dfinity/cksol/blob/bfeae694767f24decc7e45a0e3335f9f76163438/docs/design.md#331-cksol-ledger-fees).\n* The token has 9 decimals, like SOL, so that 1 ckSOL unit corresponds to 1 lamport.\n* The maximum memo length is 80 bytes.\n* The logo is the base64 encoding of [`cksol-token.svg`](https://github.com/dfinity/cksol/blob/bfeae694767f24decc7e45a0e3335f9f76163438/static/images/cksol-token.svg) and can be checked from the root of the [cksol repository](https://github.com/dfinity/cksol) with `base64 -i static/images/cksol-token.svg | tr -d '\\n'`.\n* ICRC-2 is enabled because the minter burns ckSOL with `icrc2_transfer_from` when processing withdrawals.\n* Archiving is effectively disabled by setting `trigger_threshold` to 4,200,000,000 blocks. The other archive options match those of the ckETH ledger (proposal [126170](https://dashboard.internetcomputer.org/proposal/126170)), so that archives are controlled by the [NNS root canister](https://dashboard.internetcomputer.org/canister/r7inp-6aaaa-aaaaa-aaabq-cai) if archiving is enabled by a later upgrade.\n* [`2ezyf-hqaaa-aaaar-qb6ga-cai`](https://dashboard.internetcomputer.org/canister/2ezyf-hqaaa-aaaar-qb6ga-cai) is the governance-controlled canister ID that will become the ckSOL index.\n\n## Wasm Verification\n\nVerify that the hash of the gzipped WASM matches the proposed hash.\n\n```\ngit fetch\ngit checkout cf41372e3d4dc1accfe2c09a7969f8bddc729dc1\n\"./ci/container/build-ic.sh\" \"--canisters\"\nsha256sum ./artifacts/canisters/ic-icrc1-ledger.wasm.gz\n```","title":"Upgrade NNS Canister: ls5lp-lqaaa-aaaar-qb5oa-cai to wasm with hash: 354dd6ecfdc72b5409805b31dea22c9db11df6e14095a5a68924eb63535e6d8a","topic":"TOPIC_APPLICATION_CANISTER_MANAGEMENT","total_potential_voting_power":88154135422372531,"updated_at":"2026-10-10T19:48:02.979616","url":""},{"action":"InstallCode","action_nns_function":null,"classification":null,"deadline_timestamp_seconds":1791898508,"decided_timestamp_seconds":0,"derived_proposal_information":null,"dfinity_proposer":true,"executed_timestamp_seconds":0,"failed_timestamp_seconds":0,"failure_reason":null,"id":124597,"latest_tally":{"no":117266557466082,"timestamp_seconds":1791661434,"total":63690362455396390,"yes":2252302656895396},"payload":{"arg_hash":"012da32ebb0db7687a719e03a0db46aaccdc1bce9a484784f5a6ebbd39c47151","canister_id":"lh22c-kyaaa-aaaar-qb5nq-cai","canister_upgrade_options":null,"install_mode":1,"install_mode_name":"CANISTER_INSTALL_MODE_INSTALL","skip_stopping_before_installing":false,"wasm_module_hash":"21374814ae5ed3063762d53a0a66d9d60524792ae0d30670465172ad9c1273a8"},"proposal_id":144313,"proposal_timestamp_seconds":1791552781,"proposer":"17212304975669116357","proposer_name":null,"reject_cost_e8s":5000000000,"reward_status":"ACCEPT_VOTES","self_describing_action":{"type_description":"Install, reinstall or upgrade code of a canister controlled by the NNS.","type_name":"Install Code","value":{"arg_hash":"012da32ebb0db7687a719e03a0db46aaccdc1bce9a484784f5a6ebbd39c47151","canister_id":"lh22c-kyaaa-aaaar-qb5nq-cai","canister_upgrade_options":null,"install_mode":"Install","skip_stopping_before_installing":false,"wasm_module_hash":"21374814ae5ed3063762d53a0a66d9d60524792ae0d30670465172ad9c1273a8"}},"settled_at":null,"status":"OPEN","success_value":null,"summary":"# Proposal to install the ckSOL minter canister\n\nRepository: `https://github.com/dfinity/cksol.git`\n\nGit hash: `bb61dcf2045bca4333a732268c1b6d19e113ba93`\n\nNew compressed Wasm hash: `21374814ae5ed3063762d53a0a66d9d60524792ae0d30670465172ad9c1273a8`\n\nInstall args hash: `012da32ebb0db7687a719e03a0db46aaccdc1bce9a484784f5a6ebbd39c47151`\n\nTarget canister: `lh22c-kyaaa-aaaar-qb5nq-cai`\n\n---\n\n## Motivation\nThis proposal installs the mainnet ckSOL minter to the governance-controlled canister ID [`lh22c-kyaaa-aaaar-qb5nq-cai`](https://dashboard.internetcomputer.org/canister/lh22c-kyaaa-aaaar-qb5nq-cai) on subnet [`pzp6e-ekpqk-3c5x7-2h6so-njoeq-mt45d-h3h6c-q3mxf-vpeq5-fk5o7-yae`](https://dashboard.internetcomputer.org/subnet/pzp6e-ekpqk-3c5x7-2h6so-njoeq-mt45d-h3h6c-q3mxf-vpeq5-fk5o7-yae).\n\nckSOL is a chain-key token on the Internet Computer backed 1:1 by SOL, the native token of the Solana blockchain.\nThe ckSOL minter converts SOL to ckSOL by minting ckSOL on the ckSOL ledger for SOL deposited to an address controlled by the minter, and converts ckSOL to SOL by burning ckSOL and sending SOL to a Solana address chosen by the user.\nThe minter controls its Solana addresses with threshold Ed25519 signatures and interacts with Solana through the [SOL RPC canister](https://dashboard.internetcomputer.org/canister/tghme-zyaaa-aaaar-qarca-cai).\nSee the [design document](https://github.com/dfinity/cksol/blob/bfeae694767f24decc7e45a0e3335f9f76163438/docs/design.md) for details.\n\n## Install args\n\n```\ngit fetch\ngit checkout bb61dcf2045bca4333a732268c1b6d19e113ba93\ndidc encode -d minter/cksol_minter.did -t '(MinterArg)' '(variant { Init = record {\n    sol_rpc_canister_id = principal \"tghme-zyaaa-aaaar-qarca-cai\";\n    ledger_canister_id = principal \"ls5lp-lqaaa-aaaar-qb5oa-cai\";\n    master_key_name = variant { MainnetProdKey1 };\n    solana_network = variant { Mainnet };\n    deposit_sol_fee = 45_000_000_000 : nat64;\n    deposit_sol_required_cycles = 1_000_000_000_000 : nat64;\n    minimum_deposit_amount = 20_000_000 : nat64;\n    withdrawal_fee = 1_000_000 : nat64;\n    minimum_withdrawal_amount = 2_000_000 : nat64;\n    nonce_accounts = vec {\n      \"6YJ5Tnfi6SurWYjSbUzKmb3vR2WHAw6R5jTV7B2xPk6V\";\n      \"AkcgQ75Wfj8vywSntxRXCr965cx3innDm5YiRzgtk5JH\";\n      \"FEtnTdiKa7riU93y8K3HancFcDHrTFnviv8ndDZ2EuDk\";\n      \"G2VedB18ZtzqwwGX6waEGWgXi21GqQ4CLr7JHvhvDGk\";\n      \"Au6vUGW5Db5eEPpq3G4UEN6vN5np6j5NujbNhMDo6DBm\";\n    };\n  } })' | xxd -r -p | sha256sum\n```\n\n* [`tghme-zyaaa-aaaar-qarca-cai`](https://dashboard.internetcomputer.org/canister/tghme-zyaaa-aaaar-qarca-cai) is the SOL RPC canister, used by the minter to interact with Solana.\n* [`ls5lp-lqaaa-aaaar-qb5oa-cai`](https://dashboard.internetcomputer.org/canister/ls5lp-lqaaa-aaaar-qb5oa-cai) is the governance-controlled canister ID that will become the ckSOL ledger.\n* `MainnetProdKey1` is the threshold Ed25519 key used to derive the minter's Solana address [`GXVewvv6HehcLFYCmwpqh5CrMjqN9zJ8rqzGq3HEt9Ax`](https://explorer.solana.com/address/GXVewvv6HehcLFYCmwpqh5CrMjqN9zJ8rqzGq3HEt9Ax) and the deposit addresses, and to sign Solana transactions.\n* `Mainnet` is the Solana cluster the minter operates on.\n* The fees and minimum amounts below follow [Section 3.3 of the design](https://github.com/dfinity/cksol/blob/bfeae694767f24decc7e45a0e3335f9f76163438/docs/design.md#33-fees--minimum-swap-amounts). USD amounts are rough estimates with 1 SOL at about 110 USD as of October 9, 2026:\n  * `deposit_sol_fee` of 45B cycles covers the threshold signature and the RPC calls of a sweep containing a single deposit.\n  * `deposit_sol_required_cycles` of 1T cycles must be attached to a `deposit_sol` call. It must be at least the 10B cycles of the `getBalance` RPC call plus `deposit_sol_fee`, and unused cycles are refunded.\n  * `minimum_deposit_amount` of 0.02 SOL (20,000,000 lamports, about 2.2 USD) is at least twice the rent exemption threshold plus the fee of one signature.\n  * `withdrawal_fee` of 0.001 SOL (1,000,000 lamports, about 0.1 USD) covers the `getAccountInfo`, `sendTransaction` and `getTransaction` RPC calls and the threshold signature.\n  * `minimum_withdrawal_amount` of 0.002 SOL (2,000,000 lamports, about 0.2 USD) is at least the withdrawal fee plus the rent exemption threshold.\n* `nonce_accounts` are durable nonce accounts used to send withdrawal transactions. Each account was funded with 0.002 SOL (about 0.2 USD) and its nonce authority is the minter's address [GXVewvv6HehcLFYCmwpqh5CrMjqN9zJ8rqzGq3HEt9Ax](https://explorer.solana.com/address/GXVewvv6HehcLFYCmwpqh5CrMjqN9zJ8rqzGq3HEt9Ax) (can be verified offline from the canister ID alone, see the test [`should_derive_mainnet_minter_addresses_offline`](https://github.com/dfinity/cksol/blob/bfeae694767f24decc7e45a0e3335f9f76163438/minter/src/address/tests.rs#L95)):\n  * [`6YJ5Tnfi6SurWYjSbUzKmb3vR2WHAw6R5jTV7B2xPk6V`](https://explorer.solana.com/address/6YJ5Tnfi6SurWYjSbUzKmb3vR2WHAw6R5jTV7B2xPk6V)\n  * [`AkcgQ75Wfj8vywSntxRXCr965cx3innDm5YiRzgtk5JH`](https://explorer.solana.com/address/AkcgQ75Wfj8vywSntxRXCr965cx3innDm5YiRzgtk5JH)\n  * [`FEtnTdiKa7riU93y8K3HancFcDHrTFnviv8ndDZ2EuDk`](https://explorer.solana.com/address/FEtnTdiKa7riU93y8K3HancFcDHrTFnviv8ndDZ2EuDk)\n  * [`G2VedB18ZtzqwwGX6waEGWgXi21GqQ4CLr7JHvhvDGk`](https://explorer.solana.com/address/G2VedB18ZtzqwwGX6waEGWgXi21GqQ4CLr7JHvhvDGk)\n  * [`Au6vUGW5Db5eEPpq3G4UEN6vN5np6j5NujbNhMDo6DBm`](https://explorer.solana.com/address/Au6vUGW5Db5eEPpq3G4UEN6vN5np6j5NujbNhMDo6DBm)\n\n  The nonce authority of each account can be checked with `solana nonce-account <address> --url mainnet-beta`.\n\n## Wasm Verification\n\nVerify that the hash of the gzipped WASM matches the proposed hash.\n\n```\ngit fetch\ngit checkout bb61dcf2045bca4333a732268c1b6d19e113ba93\n\"./scripts/docker-build\"\nsha256sum ./wasms/cksol_minter.wasm.gz\n```","title":"Upgrade NNS Canister: lh22c-kyaaa-aaaar-qb5nq-cai to wasm with hash: 21374814ae5ed3063762d53a0a66d9d60524792ae0d30670465172ad9c1273a8","topic":"TOPIC_APPLICATION_CANISTER_MANAGEMENT","total_potential_voting_power":88154166439444283,"updated_at":"2026-10-10T19:48:03.012073","url":""},{"action":"ExecuteNnsFunction","action_nns_function":"UpdateConfigOfSubnet","classification":null,"deadline_timestamp_seconds":1791890494,"decided_timestamp_seconds":0,"derived_proposal_information":null,"dfinity_proposer":true,"executed_timestamp_seconds":0,"failed_timestamp_seconds":0,"failure_reason":null,"id":124596,"latest_tally":{"no":89563684629585,"timestamp_seconds":1791661446,"total":63726519710469460,"yes":3048848280258161},"payload":{"chain_key_config":null,"chain_key_signing_disable":null,"chain_key_signing_enable":null,"cooling_down":null,"dkg_dealings_per_block":null,"dkg_interval_length":null,"features":null,"halt_at_cup_height":true,"initial_notary_delay_millis":null,"is_halted":null,"max_artifact_streams_per_peer":null,"max_block_payload_size":null,"max_chunk_size":null,"max_chunk_wait_ms":null,"max_duplicity":null,"max_ingress_bytes_per_block":null,"max_ingress_bytes_per_message":null,"max_ingress_messages_per_block":null,"max_number_of_canisters":null,"pfn_evaluation_period_ms":null,"receive_check_cache_size":null,"registry_poll_period_ms":null,"resource_limits":null,"retransmission_request_ms":null,"set_gossip_config_to_default":false,"ssh_backup_access":null,"ssh_readonly_access":null,"start_as_nns":null,"subnet_admins":null,"subnet_id":"fuqsr-in2lc-zbcjj-ydmcw-pzq7h-4xm2z-pto4i-dcyee-5z4rz-x63ji-nae","subnet_type":null,"unit_delay_millis":null},"proposal_id":144312,"proposal_timestamp_seconds":1791544894,"proposer":"36","proposer_name":null,"reject_cost_e8s":5000000000,"reward_status":"ACCEPT_VOTES","self_describing_action":{"type_description":"Update a subnet's configuration. This proposal updates the subnet record in the registry, with the changes being picked up by the nodes on the subnet when they reference the respective registry version. Subnet configuration comprises protocol parameters that must be consistent across the subnet (e.g., message sizes).","type_name":"Update Subnet Config","value":{"chain_key_config":null,"chain_key_signing_disable":null,"chain_key_signing_enable":null,"cooling_down":null,"dkg_dealings_per_block":null,"dkg_interval_length":null,"features":null,"halt_at_cup_height":true,"initial_notary_delay_millis":null,"is_halted":null,"max_artifact_streams_per_peer":null,"max_block_payload_size":null,"max_chunk_size":null,"max_chunk_wait_ms":null,"max_duplicity":null,"max_ingress_bytes_per_block":null,"max_ingress_bytes_per_message":null,"max_ingress_messages_per_block":null,"max_number_of_canisters":null,"pfn_evaluation_period_ms":null,"receive_check_cache_size":null,"registry_poll_period_ms":null,"resource_limits":null,"retransmission_request_ms":null,"set_gossip_config_to_default":false,"ssh_backup_access":null,"ssh_readonly_access":null,"start_as_nns":null,"subnet_admins":null,"subnet_id":"fuqsr-in2lc-zbcjj-ydmcw-pzq7h-4xm2z-pto4i-dcyee-5z4rz-x63ji-nae","subnet_type":null,"unit_delay_millis":null}},"settled_at":null,"status":"OPEN","success_value":null,"summary":"Halt subnet fuqsr at the next CUP height. This is the first proposal (out of three) for resharing the ECDSA Secp256r1 test key from subnet 2fq7c to subnet fuqsr. Forum post: https://forum.dfinity.org/t/subnet-management-fuqsr-application/33655/117","title":"Update configuration of subnet: fuqsr","topic":"TOPIC_SUBNET_MANAGEMENT","total_potential_voting_power":88155097374210540,"updated_at":"2026-10-10T19:48:03.053021","url":""},{"action":"ExecuteNnsFunction","action_nns_function":"AddSnsWasm","classification":null,"deadline_timestamp_seconds":1791880972,"decided_timestamp_seconds":0,"derived_proposal_information":null,"dfinity_proposer":true,"executed_timestamp_seconds":0,"failed_timestamp_seconds":0,"failure_reason":null,"id":124595,"latest_tally":{"no":935853830929123,"timestamp_seconds":1791661453,"total":63770937480873166,"yes":2358515648011239},"payload":{"hash":"7ca315f921e7d7175afb8a0af3970266fa572b0f92bf8822205de682200a2f01","skip_update_latest_version":false,"wasm":{"canister_type":2,"proposal_id":null,"wasm":"7ca315f921e7d7175afb8a0af3970266fa572b0f92bf8822205de682200a2f01"}},"proposal_id":144311,"proposal_timestamp_seconds":1791535372,"proposer":"51","proposer_name":null,"reject_cost_e8s":5000000000,"reward_status":"ACCEPT_VOTES","self_describing_action":{"type_description":"Add a new SNS canister WASM.","type_name":"Bless New SNS Deployment","value":{"hash":"7ca315f921e7d7175afb8a0af3970266fa572b0f92bf8822205de682200a2f01","skip_update_latest_version":false,"wasm":{"canister_type":"Governance","wasm_hash":"7ca315f921e7d7175afb8a0af3970266fa572b0f92bf8822205de682200a2f01"}}},"settled_at":null,"status":"OPEN","success_value":null,"summary":"# Publish SNS Governance WASM Built at Commit 0e0e15d\n\n__Proposer__: daniel.wong at dfinity.org\n\n__Source code__: [0e0e15dbf24b6a0d9a1b7bba459d087eb5cd7125][new-commit]\n\n[new-commit]: https://github.com/dfinity/ic/tree/0e0e15dbf24b6a0d9a1b7bba459d087eb5cd7125\n\n## Features & Fixes\n\n###  Fixed\n\n* Proposals that execute a generic (non-native) nervous system function now\n  store the raw reply bytes from the target canister on the proposal\n  (`ProposalData.execution_reply`), instead of silently discarding them, so\n  the outcome of the call can be inspected after the fact.\n\n\n## New Commits\n\n```\n$ git log --format=\"%C(auto) %h %s\" 98c898f8de068a1fc0e97ebc805f9fa7f315d862..0e0e15dbf24b6a0d9a1b7bba459d087eb5cd7125 --  ./rs/sns/governance\n 4c92b9e21f fix(sns): store generic nervous system function call reply on the proposal (#11453)\n 776e488694 docs(nervous-system): Updated changelogs. (#11749)\n```\n\n\n## Wasm Verification\n\nSee the general instructions on [how to verify] proposals like this. A \"quick\nstart\" guide is provided here.\n\n[how to verify]: https://github.com/dfinity/ic/tree/0e0e15dbf24b6a0d9a1b7bba459d087eb5cd7125/rs/nervous_system/docs/proposal_verification.md\n\nSee [\"Building the code\"][prereqs] for prerequisites.\n\n[prereqs]: https://github.com/dfinity/ic/tree/0e0e15dbf24b6a0d9a1b7bba459d087eb5cd7125/README.adoc#building-the-code\n\n```\n# 1. Get a copy of the code.\ngit clone git@github.com:dfinity/ic.git\ncd ic\n# Or, if you already have a copy of the ic repo,\ngit fetch\ngit checkout 0e0e15dbf24b6a0d9a1b7bba459d087eb5cd7125\n\n# 2. Build canisters.\n./ci/container/build-ic.sh -c\n\n# 3. Fingerprint the result.\nsha256sum ./artifacts/canisters/sns-governance-canister.wasm.gz\n```\n\nThis should match `wasm` field of this proposal.\n","title":"Publish SNS Governance WASM Built at Commit 0e0e15d","topic":"TOPIC_SERVICE_NERVOUS_SYSTEM_MANAGEMENT","total_potential_voting_power":88156883227137787,"updated_at":"2026-10-10T19:48:03.086320","url":""},{"action":"InstallCode","action_nns_function":null,"classification":null,"deadline_timestamp_seconds":1791880904,"decided_timestamp_seconds":0,"derived_proposal_information":null,"dfinity_proposer":true,"executed_timestamp_seconds":0,"failed_timestamp_seconds":0,"failure_reason":null,"id":124594,"latest_tally":{"no":95810173944462,"timestamp_seconds":1791661458,"total":63771273214635327,"yes":2360026866651632},"payload":{"arg_hash":"","canister_id":"rwlgt-iiaaa-aaaaa-aaaaa-cai","canister_upgrade_options":null,"install_mode":3,"install_mode_name":"CANISTER_INSTALL_MODE_UPGRADE","skip_stopping_before_installing":false,"wasm_module_hash":"c4e0a180efe41d57ca9936738521b7982460c99a114c366d094235c5cdbd7333"},"proposal_id":144310,"proposal_timestamp_seconds":1791535304,"proposer":"51","proposer_name":null,"reject_cost_e8s":5000000000,"reward_status":"ACCEPT_VOTES","self_describing_action":{"type_description":"Install, reinstall or upgrade code of a canister controlled by the NNS.","type_name":"Install Code","value":{"arg_hash":"","canister_id":"rwlgt-iiaaa-aaaaa-aaaaa-cai","canister_upgrade_options":null,"install_mode":"Upgrade","skip_stopping_before_installing":false,"wasm_module_hash":"c4e0a180efe41d57ca9936738521b7982460c99a114c366d094235c5cdbd7333"}},"settled_at":null,"status":"OPEN","success_value":null,"summary":"# Upgrade the Registry Canister to Commit 0e0e15d\n\n__Proposer__: daniel.wong at dfinity.org\n\n__Source code__: [0e0e15dbf24b6a0d9a1b7bba459d087eb5cd7125][new-commit]\n\n[new-commit]: https://github.com/dfinity/ic/tree/0e0e15dbf24b6a0d9a1b7bba459d087eb5cd7125\n\n\n## Features & Fixes\n\nNo new features or fixes. Just a maintenance release. New feature code (for\nsubnet splitting) is present, but dormant, not active, per feature flag.\n\n\n## New Commits\n\n```\n$ git log --format=\"%C(auto) %h %s\" 98c898f8de068a1fc0e97ebc805f9fa7f315d862..0e0e15dbf24b6a0d9a1b7bba459d087eb5cd7125 --  ./rs/registry/canister\n 0e0e15dbf2 feat: use `CupType::SubnetSplitting` also for destination subnet (#11759)\n 9499f64bda chore(registry): Remove flag for standard engine replica version. (#11455)\n 745ab6d34d chore(registry): [CON-1671] remove successful `CatchUpPackageContents` backfill code (#11588)\n 776e488694 docs(nervous-system): Updated changelogs. (#11749)\n 905560f5c8 chore: rustc: 1.98.1 -> 1.99.0 (#11735)\n```\n\n\n## Current Version\n\n__Current git hash__: 98c898f8de068a1fc0e97ebc805f9fa7f315d862\n\n__Current wasm hash__: afdef2277d40ae716ee3d5a7e2248592c646b4a326c66268a38ae07cd1373495\n\n\n## Verification\n\nSee the general instructions on [how to verify] proposals like this. A \"quick\nstart\" guide is provided here.\n\n[how to verify]: https://github.com/dfinity/ic/tree/0e0e15dbf24b6a0d9a1b7bba459d087eb5cd7125/rs/nervous_system/docs/proposal_verification.md\n\n\n### WASM Verification\n\nSee [\"Building the code\"][prereqs] for prerequisites.\n\n[prereqs]: https://github.com/dfinity/ic/tree/0e0e15dbf24b6a0d9a1b7bba459d087eb5cd7125/README.adoc#building-the-code\n\n```\n# 1. Get a copy of the code.\ngit clone git@github.com:dfinity/ic.git\ncd ic\n# Or, if you already have a copy of the ic repo,\ngit fetch\ngit checkout 0e0e15dbf24b6a0d9a1b7bba459d087eb5cd7125\n\n# 2. Build canisters.\n./ci/container/build-ic.sh -c\n\n# 3. Fingerprint the result.\nsha256sum ./artifacts/canisters/registry-canister.wasm.gz\n```\n\nThis should match `wasm_module_hash` field of this proposal.\n","title":"Upgrade the Registry Canister to Commit 0e0e15d","topic":"TOPIC_PROTOCOL_CANISTER_MANAGEMENT","total_potential_voting_power":88156914512420907,"updated_at":"2026-10-10T19:48:03.110709","url":""},{"action":"InstallCode","action_nns_function":null,"classification":null,"deadline_timestamp_seconds":1791878600,"decided_timestamp_seconds":0,"derived_proposal_information":null,"dfinity_proposer":true,"executed_timestamp_seconds":0,"failed_timestamp_seconds":0,"failure_reason":null,"id":124593,"latest_tally":{"no":90337372659349,"timestamp_seconds":1791661462,"total":63782032372271351,"yes":2366613567872297},"payload":{"arg_hash":"","canister_id":"sgymv-uiaaa-aaaaa-aaaia-cai","canister_upgrade_options":null,"install_mode":3,"install_mode_name":"CANISTER_INSTALL_MODE_UPGRADE","skip_stopping_before_installing":false,"wasm_module_hash":"dffc97e6ba0e2e3eac615aeea8f24eb6964310b1620edf177986c82e9e713671"},"proposal_id":144309,"proposal_timestamp_seconds":1791533000,"proposer":"77","proposer_name":null,"reject_cost_e8s":5000000000,"reward_status":"ACCEPT_VOTES","self_describing_action":{"type_description":"Install, reinstall or upgrade code of a canister controlled by the NNS.","type_name":"Install Code","value":{"arg_hash":"","canister_id":"sgymv-uiaaa-aaaaa-aaaia-cai","canister_upgrade_options":null,"install_mode":"Upgrade","skip_stopping_before_installing":false,"wasm_module_hash":"dffc97e6ba0e2e3eac615aeea8f24eb6964310b1620edf177986c82e9e713671"}},"settled_at":null,"status":"OPEN","success_value":null,"summary":"# Upgrade the Node-rewards Canister to Commit 0e0e15d\n\n__Proposer__: pietro.di.marco at dfinity.org\n\n__Source code__: [0e0e15dbf24b6a0d9a1b7bba459d087eb5cd7125][new-commit]\n\n[new-commit]: https://github.com/dfinity/ic/tree/0e0e15dbf24b6a0d9a1b7bba459d087eb5cd7125\n\n\n## Features & Fixes\n\n* Third temporary node provider reward reduction cohort\n\n\n## New Commits\n\n```\n$ git log --format=\"%C(auto) %h %s\" 5ec6c4cd04236a30930f57463a272b41ec093127..0e0e15dbf24b6a0d9a1b7bba459d087eb5cd7125 --  ./rs/node_rewards/canister ./rs/node_rewards ./rs/registry/node_provider_rewards\n 91fb24119d feat(node-rewards): third temporary node provider reward reduction cohort (#11763)\n 6ca30003de feat: migrate to ic-cdk 0.20 (#11069)\n```\n\n\n## Current Version\n\n__Current git hash__: 5ec6c4cd04236a30930f57463a272b41ec093127\n\n__Current wasm hash__: b646b205a5f967350b71812ca36b3dd6d18dd4074f6ed9060d3874dd6e588bfa\n\n\n## Verification\n\nSee the general instructions on [how to verify] proposals like this. A \"quick\nstart\" guide is provided here.\n\n[how to verify]: https://github.com/dfinity/ic/tree/0e0e15dbf24b6a0d9a1b7bba459d087eb5cd7125/rs/nervous_system/docs/proposal_verification.md\n\n\n### WASM Verification\n\nSee [\"Building the code\"][prereqs] for prerequisites.\n\n[prereqs]: https://github.com/dfinity/ic/tree/0e0e15dbf24b6a0d9a1b7bba459d087eb5cd7125/README.adoc#building-the-code\n\n```\n# 1. Get a copy of the code.\ngit clone git@github.com:dfinity/ic.git\ncd ic\n# Or, if you already have a copy of the ic repo,\ngit fetch\ngit checkout 0e0e15dbf24b6a0d9a1b7bba459d087eb5cd7125\n\n# 2. Build canisters.\n./ci/container/build-ic.sh -c\n\n# 3. Fingerprint the result.\nsha256sum ./artifacts/canisters/node-rewards-canister.wasm.gz\n```\n\nThis should match `wasm_module_hash` field of this proposal.\n","title":"Upgrade the Node-rewards Canister to Commit 0e0e15d","topic":"TOPIC_PROTOCOL_CANISTER_MANAGEMENT","total_potential_voting_power":88157358239647247,"updated_at":"2026-10-10T19:48:03.137546","url":""},{"action":"UpdateStandardEngineReplicaVersion","action_nns_function":null,"classification":null,"deadline_timestamp_seconds":1791817235,"decided_timestamp_seconds":1791471663,"derived_proposal_information":null,"dfinity_proposer":true,"executed_timestamp_seconds":1791471665,"failed_timestamp_seconds":0,"failure_reason":null,"id":124592,"latest_tally":{"no":38648996173766,"timestamp_seconds":1791653373,"total":64055856186755675,"yes":61111399804853362},"payload":{"deployment_progress":1.0,"new_replica_version_id":"2cdff28573522b2c9c5e96a4407b50281eb82b5c","old_replica_version_id":"d26cd031176beec51b39fbb9e39e80a3a46a748e"},"proposal_id":144308,"proposal_timestamp_seconds":1791471635,"proposer":"80","proposer_name":null,"reject_cost_e8s":5000000000,"reward_status":"ACCEPT_VOTES","self_describing_action":{"type_description":"Change what replica version(s) are run by Cloud Engines.","type_name":"Update Standard Engine Replica Version","value":{"deployment_progress":"1","new_replica_version_id":"2cdff28573522b2c9c5e96a4407b50281eb82b5c","old_replica_version_id":"d26cd031176beec51b39fbb9e39e80a3a46a748e"}},"settled_at":null,"status":"EXECUTED","success_value":null,"summary":"Update 100% of Cloud Engines following the standard upgrade train to replica version [2cdff28573522b2c9c5e96a4407b50281eb82b5c](https://dashboard.internetcomputer.org/release/2cdff28573522b2c9c5e96a4407b50281eb82b5c) (from d26cd031176beec51b39fbb9e39e80a3a46a748e).","title":"Update 100% of Cloud Engines to replica version 2cdff28","topic":"TOPIC_IC_OS_VERSION_DEPLOYMENT","total_potential_voting_power":88161799042027247,"updated_at":"2026-10-10T19:48:03.162437","url":""},{"action":"ManageNeuron","action_nns_function":null,"classification":null,"deadline_timestamp_seconds":1791643073,"decided_timestamp_seconds":1791478745,"derived_proposal_information":null,"dfinity_proposer":true,"executed_timestamp_seconds":1791478745,"failed_timestamp_seconds":0,"failure_reason":null,"id":124591,"latest_tally":{"no":0,"timestamp_seconds":1791478745,"total":3,"yes":2},"payload":{"command":{"Disburse":{"amount":{"e8s":4999998010000},"to_account":{"hash":"0d34f2dc21eb680f99962659a6a0c2ccd9c68ec365962ae0eaf293f0"}}},"id":"1037","neuron_id_or_subaccount":null},"proposal_id":144307,"proposal_timestamp_seconds":1791470273,"proposer":"32","proposer_name":null,"reject_cost_e8s":0,"reward_status":"INELIGIBLE","self_describing_action":{"type_description":"Call a major function on a specified target neuron. Only the followees of the target neuron may vote on these proposals, which effectively provides the followees with control over the target neuron. This can provide a convenient and highly secure means for a team of individuals to manage an important neuron. For example, a neuron might hold a large balance, or belong to an organization of high repute, and be publicized so that many other neurons can follow its vote. In both cases, managing the private key of the principal securely could be problematic. (Either a single copy is held, which is very insecure and provides for a single party to take control, or a group of individuals must divide responsibility \u2014 for example, using threshold cryptography, which is complex and time consuming). To address this using this proposal type, the important neuron can be configured to follow the neurons controlled by individual members of a team. Now they can submit proposals to make the important neuron perform actions, which are adopted if and only if a majority of them vote to adopt. (Submitting such a proposal costs a small fee, to prevent denial-of-service attacks.) Nearly any command on the target neuron can be executed, including commands that change the follow rules, allowing the set of team members to be dynamic. Only the final step of dissolving the neuron once its dissolve delay reaches zero cannot be performed using this type of proposal, since this would allow control/\"ownership\" over the locked balances to be transferred. (The only exception to this rule applies to not-for-profit organizations, which may be allowed to dissolve their neurons without using the initial private key.) To prevent a neuron falling under the malign control of the principal's private key by accident, the private key can be destroyed so that the neuron can only be controlled by its followees, although this makes it impossible to subsequently unlock the balance.","type_name":"Manage Neuron","value":{"command":{"Disburse":{"amount_e8s":4999998010000,"to_account":"0d34f2dc21eb680f99962659a6a0c2ccd9c68ec365962ae0eaf293f0"}},"neuron_id":1037}},"settled_at":null,"status":"EXECUTED","success_value":null,"summary":"Disburse Tokens 62dd39780d34f2dc21eb680f99962659a6a0c2ccd9c68ec365962ae0eaf293f0 (2026-10-08)","title":"Manage neuron proposal for neuron: 1037","topic":"TOPIC_NEURON_MANAGEMENT","total_potential_voting_power":3,"updated_at":"2026-10-08T17:00:02.836007","url":""},{"action":"ManageNeuron","action_nns_function":null,"classification":null,"deadline_timestamp_seconds":1791643056,"decided_timestamp_seconds":1791478737,"derived_proposal_information":null,"dfinity_proposer":true,"executed_timestamp_seconds":1791478737,"failed_timestamp_seconds":0,"failure_reason":null,"id":124590,"latest_tally":{"no":0,"timestamp_seconds":1791478737,"total":3,"yes":2},"payload":{"command":{"Disburse":{"amount":{"e8s":5000000010000},"to_account":{"hash":"0d34f2dc21eb680f99962659a6a0c2ccd9c68ec365962ae0eaf293f0"}}},"id":"1037","neuron_id_or_subaccount":null},"proposal_id":144306,"proposal_timestamp_seconds":1791470256,"proposer":"32","proposer_name":null,"reject_cost_e8s":0,"reward_status":"INELIGIBLE","self_describing_action":{"type_description":"Call a major function on a specified target neuron. Only the followees of the target neuron may vote on these proposals, which effectively provides the followees with control over the target neuron. This can provide a convenient and highly secure means for a team of individuals to manage an important neuron. For example, a neuron might hold a large balance, or belong to an organization of high repute, and be publicized so that many other neurons can follow its vote. In both cases, managing the private key of the principal securely could be problematic. (Either a single copy is held, which is very insecure and provides for a single party to take control, or a group of individuals must divide responsibility \u2014 for example, using threshold cryptography, which is complex and time consuming). To address this using this proposal type, the important neuron can be configured to follow the neurons controlled by individual members of a team. Now they can submit proposals to make the important neuron perform actions, which are adopted if and only if a majority of them vote to adopt. (Submitting such a proposal costs a small fee, to prevent denial-of-service attacks.) Nearly any command on the target neuron can be executed, including commands that change the follow rules, allowing the set of team members to be dynamic. Only the final step of dissolving the neuron once its dissolve delay reaches zero cannot be performed using this type of proposal, since this would allow control/\"ownership\" over the locked balances to be transferred. (The only exception to this rule applies to not-for-profit organizations, which may be allowed to dissolve their neurons without using the initial private key.) To prevent a neuron falling under the malign control of the principal's private key by accident, the private key can be destroyed so that the neuron can only be controlled by its followees, although this makes it impossible to subsequently unlock the balance.","type_name":"Manage Neuron","value":{"command":{"Disburse":{"amount_e8s":5000000010000,"to_account":"0d34f2dc21eb680f99962659a6a0c2ccd9c68ec365962ae0eaf293f0"}},"neuron_id":1037}},"settled_at":null,"status":"EXECUTED","success_value":null,"summary":"Disburse Tokens 62dd39780d34f2dc21eb680f99962659a6a0c2ccd9c68ec365962ae0eaf293f0 (2026-10-08)","title":"Manage neuron proposal for neuron: 1037","topic":"TOPIC_NEURON_MANAGEMENT","total_potential_voting_power":3,"updated_at":"2026-10-08T17:00:02.872770","url":""},{"action":"ManageNeuron","action_nns_function":null,"classification":null,"deadline_timestamp_seconds":1791643045,"decided_timestamp_seconds":1791478731,"derived_proposal_information":null,"dfinity_proposer":true,"executed_timestamp_seconds":1791478731,"failed_timestamp_seconds":0,"failure_reason":null,"id":124589,"latest_tally":{"no":0,"timestamp_seconds":1791478731,"total":3,"yes":2},"payload":{"command":{"Disburse":{"amount":{"e8s":5000000010000},"to_account":{"hash":"0d34f2dc21eb680f99962659a6a0c2ccd9c68ec365962ae0eaf293f0"}}},"id":"1037","neuron_id_or_subaccount":null},"proposal_id":144305,"proposal_timestamp_seconds":1791470245,"proposer":"32","proposer_name":null,"reject_cost_e8s":0,"reward_status":"INELIGIBLE","self_describing_action":{"type_description":"Call a major function on a specified target neuron. Only the followees of the target neuron may vote on these proposals, which effectively provides the followees with control over the target neuron. This can provide a convenient and highly secure means for a team of individuals to manage an important neuron. For example, a neuron might hold a large balance, or belong to an organization of high repute, and be publicized so that many other neurons can follow its vote. In both cases, managing the private key of the principal securely could be problematic. (Either a single copy is held, which is very insecure and provides for a single party to take control, or a group of individuals must divide responsibility \u2014 for example, using threshold cryptography, which is complex and time consuming). To address this using this proposal type, the important neuron can be configured to follow the neurons controlled by individual members of a team. Now they can submit proposals to make the important neuron perform actions, which are adopted if and only if a majority of them vote to adopt. (Submitting such a proposal costs a small fee, to prevent denial-of-service attacks.) Nearly any command on the target neuron can be executed, including commands that change the follow rules, allowing the set of team members to be dynamic. Only the final step of dissolving the neuron once its dissolve delay reaches zero cannot be performed using this type of proposal, since this would allow control/\"ownership\" over the locked balances to be transferred. (The only exception to this rule applies to not-for-profit organizations, which may be allowed to dissolve their neurons without using the initial private key.) To prevent a neuron falling under the malign control of the principal's private key by accident, the private key can be destroyed so that the neuron can only be controlled by its followees, although this makes it impossible to subsequently unlock the balance.","type_name":"Manage Neuron","value":{"command":{"Disburse":{"amount_e8s":5000000010000,"to_account":"0d34f2dc21eb680f99962659a6a0c2ccd9c68ec365962ae0eaf293f0"}},"neuron_id":1037}},"settled_at":null,"status":"EXECUTED","success_value":null,"summary":"Disburse Tokens 62dd39780d34f2dc21eb680f99962659a6a0c2ccd9c68ec365962ae0eaf293f0 (2026-10-08)","title":"Manage neuron proposal for neuron: 1037","topic":"TOPIC_NEURON_MANAGEMENT","total_potential_voting_power":3,"updated_at":"2026-10-08T17:00:02.924609","url":""},{"action":"ManageNeuron","action_nns_function":null,"classification":null,"deadline_timestamp_seconds":1791643034,"decided_timestamp_seconds":1791478724,"derived_proposal_information":null,"dfinity_proposer":true,"executed_timestamp_seconds":1791478724,"failed_timestamp_seconds":0,"failure_reason":null,"id":124588,"latest_tally":{"no":0,"timestamp_seconds":1791478724,"total":3,"yes":2},"payload":{"command":{"Disburse":{"amount":{"e8s":5000000010000},"to_account":{"hash":"0d34f2dc21eb680f99962659a6a0c2ccd9c68ec365962ae0eaf293f0"}}},"id":"1037","neuron_id_or_subaccount":null},"proposal_id":144304,"proposal_timestamp_seconds":1791470234,"proposer":"32","proposer_name":null,"reject_cost_e8s":0,"reward_status":"INELIGIBLE","self_describing_action":{"type_description":"Call a major function on a specified target neuron. Only the followees of the target neuron may vote on these proposals, which effectively provides the followees with control over the target neuron. This can provide a convenient and highly secure means for a team of individuals to manage an important neuron. For example, a neuron might hold a large balance, or belong to an organization of high repute, and be publicized so that many other neurons can follow its vote. In both cases, managing the private key of the principal securely could be problematic. (Either a single copy is held, which is very insecure and provides for a single party to take control, or a group of individuals must divide responsibility \u2014 for example, using threshold cryptography, which is complex and time consuming). To address this using this proposal type, the important neuron can be configured to follow the neurons controlled by individual members of a team. Now they can submit proposals to make the important neuron perform actions, which are adopted if and only if a majority of them vote to adopt. (Submitting such a proposal costs a small fee, to prevent denial-of-service attacks.) Nearly any command on the target neuron can be executed, including commands that change the follow rules, allowing the set of team members to be dynamic. Only the final step of dissolving the neuron once its dissolve delay reaches zero cannot be performed using this type of proposal, since this would allow control/\"ownership\" over the locked balances to be transferred. (The only exception to this rule applies to not-for-profit organizations, which may be allowed to dissolve their neurons without using the initial private key.) To prevent a neuron falling under the malign control of the principal's private key by accident, the private key can be destroyed so that the neuron can only be controlled by its followees, although this makes it impossible to subsequently unlock the balance.","type_name":"Manage Neuron","value":{"command":{"Disburse":{"amount_e8s":5000000010000,"to_account":"0d34f2dc21eb680f99962659a6a0c2ccd9c68ec365962ae0eaf293f0"}},"neuron_id":1037}},"settled_at":null,"status":"EXECUTED","success_value":null,"summary":"Disburse Tokens 62dd39780d34f2dc21eb680f99962659a6a0c2ccd9c68ec365962ae0eaf293f0 (2026-10-08)","title":"Manage neuron proposal for neuron: 1037","topic":"TOPIC_NEURON_MANAGEMENT","total_potential_voting_power":3,"updated_at":"2026-10-08T17:00:02.967911","url":""},{"action":"ManageNeuron","action_nns_function":null,"classification":null,"deadline_timestamp_seconds":1791643024,"decided_timestamp_seconds":1791478715,"derived_proposal_information":null,"dfinity_proposer":true,"executed_timestamp_seconds":1791478715,"failed_timestamp_seconds":0,"failure_reason":null,"id":124587,"latest_tally":{"no":0,"timestamp_seconds":1791478715,"total":3,"yes":2},"payload":{"command":{"Disburse":{"amount":{"e8s":5000000010000},"to_account":{"hash":"0d34f2dc21eb680f99962659a6a0c2ccd9c68ec365962ae0eaf293f0"}}},"id":"1037","neuron_id_or_subaccount":null},"proposal_id":144303,"proposal_timestamp_seconds":1791470224,"proposer":"32","proposer_name":null,"reject_cost_e8s":0,"reward_status":"INELIGIBLE","self_describing_action":{"type_description":"Call a major function on a specified target neuron. Only the followees of the target neuron may vote on these proposals, which effectively provides the followees with control over the target neuron. This can provide a convenient and highly secure means for a team of individuals to manage an important neuron. For example, a neuron might hold a large balance, or belong to an organization of high repute, and be publicized so that many other neurons can follow its vote. In both cases, managing the private key of the principal securely could be problematic. (Either a single copy is held, which is very insecure and provides for a single party to take control, or a group of individuals must divide responsibility \u2014 for example, using threshold cryptography, which is complex and time consuming). To address this using this proposal type, the important neuron can be configured to follow the neurons controlled by individual members of a team. Now they can submit proposals to make the important neuron perform actions, which are adopted if and only if a majority of them vote to adopt. (Submitting such a proposal costs a small fee, to prevent denial-of-service attacks.) Nearly any command on the target neuron can be executed, including commands that change the follow rules, allowing the set of team members to be dynamic. Only the final step of dissolving the neuron once its dissolve delay reaches zero cannot be performed using this type of proposal, since this would allow control/\"ownership\" over the locked balances to be transferred. (The only exception to this rule applies to not-for-profit organizations, which may be allowed to dissolve their neurons without using the initial private key.) To prevent a neuron falling under the malign control of the principal's private key by accident, the private key can be destroyed so that the neuron can only be controlled by its followees, although this makes it impossible to subsequently unlock the balance.","type_name":"Manage Neuron","value":{"command":{"Disburse":{"amount_e8s":5000000010000,"to_account":"0d34f2dc21eb680f99962659a6a0c2ccd9c68ec365962ae0eaf293f0"}},"neuron_id":1037}},"settled_at":null,"status":"EXECUTED","success_value":null,"summary":"Disburse Tokens 62dd39780d34f2dc21eb680f99962659a6a0c2ccd9c68ec365962ae0eaf293f0 (2026-10-08)","title":"Manage neuron proposal for neuron: 1037","topic":"TOPIC_NEURON_MANAGEMENT","total_potential_voting_power":3,"updated_at":"2026-10-08T17:00:03.013021","url":""},{"action":"ManageNeuron","action_nns_function":null,"classification":null,"deadline_timestamp_seconds":1791643014,"decided_timestamp_seconds":1791478708,"derived_proposal_information":null,"dfinity_proposer":true,"executed_timestamp_seconds":1791478708,"failed_timestamp_seconds":0,"failure_reason":null,"id":124586,"latest_tally":{"no":0,"timestamp_seconds":1791478708,"total":3,"yes":2},"payload":{"command":{"Disburse":{"amount":{"e8s":5000000010000},"to_account":{"hash":"0d34f2dc21eb680f99962659a6a0c2ccd9c68ec365962ae0eaf293f0"}}},"id":"1037","neuron_id_or_subaccount":null},"proposal_id":144302,"proposal_timestamp_seconds":1791470214,"proposer":"32","proposer_name":null,"reject_cost_e8s":0,"reward_status":"INELIGIBLE","self_describing_action":{"type_description":"Call a major function on a specified target neuron. Only the followees of the target neuron may vote on these proposals, which effectively provides the followees with control over the target neuron. This can provide a convenient and highly secure means for a team of individuals to manage an important neuron. For example, a neuron might hold a large balance, or belong to an organization of high repute, and be publicized so that many other neurons can follow its vote. In both cases, managing the private key of the principal securely could be problematic. (Either a single copy is held, which is very insecure and provides for a single party to take control, or a group of individuals must divide responsibility \u2014 for example, using threshold cryptography, which is complex and time consuming). To address this using this proposal type, the important neuron can be configured to follow the neurons controlled by individual members of a team. Now they can submit proposals to make the important neuron perform actions, which are adopted if and only if a majority of them vote to adopt. (Submitting such a proposal costs a small fee, to prevent denial-of-service attacks.) Nearly any command on the target neuron can be executed, including commands that change the follow rules, allowing the set of team members to be dynamic. Only the final step of dissolving the neuron once its dissolve delay reaches zero cannot be performed using this type of proposal, since this would allow control/\"ownership\" over the locked balances to be transferred. (The only exception to this rule applies to not-for-profit organizations, which may be allowed to dissolve their neurons without using the initial private key.) To prevent a neuron falling under the malign control of the principal's private key by accident, the private key can be destroyed so that the neuron can only be controlled by its followees, although this makes it impossible to subsequently unlock the balance.","type_name":"Manage Neuron","value":{"command":{"Disburse":{"amount_e8s":5000000010000,"to_account":"0d34f2dc21eb680f99962659a6a0c2ccd9c68ec365962ae0eaf293f0"}},"neuron_id":1037}},"settled_at":null,"status":"EXECUTED","success_value":null,"summary":"Disburse Tokens 62dd39780d34f2dc21eb680f99962659a6a0c2ccd9c68ec365962ae0eaf293f0 (2026-10-08)","title":"Manage neuron proposal for neuron: 1037","topic":"TOPIC_NEURON_MANAGEMENT","total_potential_voting_power":3,"updated_at":"2026-10-08T17:00:03.054109","url":""},{"action":"ManageNeuron","action_nns_function":null,"classification":null,"deadline_timestamp_seconds":1791643006,"decided_timestamp_seconds":1791478701,"derived_proposal_information":null,"dfinity_proposer":true,"executed_timestamp_seconds":1791478701,"failed_timestamp_seconds":0,"failure_reason":null,"id":124585,"latest_tally":{"no":0,"timestamp_seconds":1791478701,"total":3,"yes":2},"payload":{"command":{"Disburse":{"amount":{"e8s":5000000010000},"to_account":{"hash":"0d34f2dc21eb680f99962659a6a0c2ccd9c68ec365962ae0eaf293f0"}}},"id":"1037","neuron_id_or_subaccount":null},"proposal_id":144301,"proposal_timestamp_seconds":1791470206,"proposer":"32","proposer_name":null,"reject_cost_e8s":0,"reward_status":"INELIGIBLE","self_describing_action":{"type_description":"Call a major function on a specified target neuron. Only the followees of the target neuron may vote on these proposals, which effectively provides the followees with control over the target neuron. This can provide a convenient and highly secure means for a team of individuals to manage an important neuron. For example, a neuron might hold a large balance, or belong to an organization of high repute, and be publicized so that many other neurons can follow its vote. In both cases, managing the private key of the principal securely could be problematic. (Either a single copy is held, which is very insecure and provides for a single party to take control, or a group of individuals must divide responsibility \u2014 for example, using threshold cryptography, which is complex and time consuming). To address this using this proposal type, the important neuron can be configured to follow the neurons controlled by individual members of a team. Now they can submit proposals to make the important neuron perform actions, which are adopted if and only if a majority of them vote to adopt. (Submitting such a proposal costs a small fee, to prevent denial-of-service attacks.) Nearly any command on the target neuron can be executed, including commands that change the follow rules, allowing the set of team members to be dynamic. Only the final step of dissolving the neuron once its dissolve delay reaches zero cannot be performed using this type of proposal, since this would allow control/\"ownership\" over the locked balances to be transferred. (The only exception to this rule applies to not-for-profit organizations, which may be allowed to dissolve their neurons without using the initial private key.) To prevent a neuron falling under the malign control of the principal's private key by accident, the private key can be destroyed so that the neuron can only be controlled by its followees, although this makes it impossible to subsequently unlock the balance.","type_name":"Manage Neuron","value":{"command":{"Disburse":{"amount_e8s":5000000010000,"to_account":"0d34f2dc21eb680f99962659a6a0c2ccd9c68ec365962ae0eaf293f0"}},"neuron_id":1037}},"settled_at":null,"status":"EXECUTED","success_value":null,"summary":"Disburse Tokens 62dd39780d34f2dc21eb680f99962659a6a0c2ccd9c68ec365962ae0eaf293f0 (2026-10-08)","title":"Manage neuron proposal for neuron: 1037","topic":"TOPIC_NEURON_MANAGEMENT","total_potential_voting_power":3,"updated_at":"2026-10-08T17:00:03.104708","url":""},{"action":"ManageNeuron","action_nns_function":null,"classification":null,"deadline_timestamp_seconds":1791642993,"decided_timestamp_seconds":1791478693,"derived_proposal_information":null,"dfinity_proposer":true,"executed_timestamp_seconds":1791478693,"failed_timestamp_seconds":0,"failure_reason":null,"id":124584,"latest_tally":{"no":0,"timestamp_seconds":1791478693,"total":3,"yes":2},"payload":{"command":{"Disburse":{"amount":{"e8s":5000000010000},"to_account":{"hash":"0d34f2dc21eb680f99962659a6a0c2ccd9c68ec365962ae0eaf293f0"}}},"id":"1037","neuron_id_or_subaccount":null},"proposal_id":144300,"proposal_timestamp_seconds":1791470193,"proposer":"32","proposer_name":null,"reject_cost_e8s":0,"reward_status":"INELIGIBLE","self_describing_action":{"type_description":"Call a major function on a specified target neuron. Only the followees of the target neuron may vote on these proposals, which effectively provides the followees with control over the target neuron. This can provide a convenient and highly secure means for a team of individuals to manage an important neuron. For example, a neuron might hold a large balance, or belong to an organization of high repute, and be publicized so that many other neurons can follow its vote. In both cases, managing the private key of the principal securely could be problematic. (Either a single copy is held, which is very insecure and provides for a single party to take control, or a group of individuals must divide responsibility \u2014 for example, using threshold cryptography, which is complex and time consuming). To address this using this proposal type, the important neuron can be configured to follow the neurons controlled by individual members of a team. Now they can submit proposals to make the important neuron perform actions, which are adopted if and only if a majority of them vote to adopt. (Submitting such a proposal costs a small fee, to prevent denial-of-service attacks.) Nearly any command on the target neuron can be executed, including commands that change the follow rules, allowing the set of team members to be dynamic. Only the final step of dissolving the neuron once its dissolve delay reaches zero cannot be performed using this type of proposal, since this would allow control/\"ownership\" over the locked balances to be transferred. (The only exception to this rule applies to not-for-profit organizations, which may be allowed to dissolve their neurons without using the initial private key.) To prevent a neuron falling under the malign control of the principal's private key by accident, the private key can be destroyed so that the neuron can only be controlled by its followees, although this makes it impossible to subsequently unlock the balance.","type_name":"Manage Neuron","value":{"command":{"Disburse":{"amount_e8s":5000000010000,"to_account":"0d34f2dc21eb680f99962659a6a0c2ccd9c68ec365962ae0eaf293f0"}},"neuron_id":1037}},"settled_at":null,"status":"EXECUTED","success_value":null,"summary":"Disburse Tokens 62dd39780d34f2dc21eb680f99962659a6a0c2ccd9c68ec365962ae0eaf293f0 (2026-10-08)","title":"Manage neuron proposal for neuron: 1037","topic":"TOPIC_NEURON_MANAGEMENT","total_potential_voting_power":3,"updated_at":"2026-10-08T17:00:03.138386","url":""},{"action":"ManageNeuron","action_nns_function":null,"classification":null,"deadline_timestamp_seconds":1791642985,"decided_timestamp_seconds":1791478686,"derived_proposal_information":null,"dfinity_proposer":true,"executed_timestamp_seconds":1791478686,"failed_timestamp_seconds":0,"failure_reason":null,"id":124583,"latest_tally":{"no":0,"timestamp_seconds":1791478686,"total":3,"yes":2},"payload":{"command":{"Disburse":{"amount":{"e8s":5000000010000},"to_account":{"hash":"0d34f2dc21eb680f99962659a6a0c2ccd9c68ec365962ae0eaf293f0"}}},"id":"1037","neuron_id_or_subaccount":null},"proposal_id":144299,"proposal_timestamp_seconds":1791470185,"proposer":"32","proposer_name":null,"reject_cost_e8s":0,"reward_status":"INELIGIBLE","self_describing_action":{"type_description":"Call a major function on a specified target neuron. Only the followees of the target neuron may vote on these proposals, which effectively provides the followees with control over the target neuron. This can provide a convenient and highly secure means for a team of individuals to manage an important neuron. For example, a neuron might hold a large balance, or belong to an organization of high repute, and be publicized so that many other neurons can follow its vote. In both cases, managing the private key of the principal securely could be problematic. (Either a single copy is held, which is very insecure and provides for a single party to take control, or a group of individuals must divide responsibility \u2014 for example, using threshold cryptography, which is complex and time consuming). To address this using this proposal type, the important neuron can be configured to follow the neurons controlled by individual members of a team. Now they can submit proposals to make the important neuron perform actions, which are adopted if and only if a majority of them vote to adopt. (Submitting such a proposal costs a small fee, to prevent denial-of-service attacks.) Nearly any command on the target neuron can be executed, including commands that change the follow rules, allowing the set of team members to be dynamic. Only the final step of dissolving the neuron once its dissolve delay reaches zero cannot be performed using this type of proposal, since this would allow control/\"ownership\" over the locked balances to be transferred. (The only exception to this rule applies to not-for-profit organizations, which may be allowed to dissolve their neurons without using the initial private key.) To prevent a neuron falling under the malign control of the principal's private key by accident, the private key can be destroyed so that the neuron can only be controlled by its followees, although this makes it impossible to subsequently unlock the balance.","type_name":"Manage Neuron","value":{"command":{"Disburse":{"amount_e8s":5000000010000,"to_account":"0d34f2dc21eb680f99962659a6a0c2ccd9c68ec365962ae0eaf293f0"}},"neuron_id":1037}},"settled_at":null,"status":"EXECUTED","success_value":null,"summary":"Disburse Tokens 62dd39780d34f2dc21eb680f99962659a6a0c2ccd9c68ec365962ae0eaf293f0 (2026-10-08)","title":"Manage neuron proposal for neuron: 1037","topic":"TOPIC_NEURON_MANAGEMENT","total_potential_voting_power":3,"updated_at":"2026-10-08T17:00:03.192150","url":""},{"action":"ManageNeuron","action_nns_function":null,"classification":null,"deadline_timestamp_seconds":1791642975,"decided_timestamp_seconds":1791478670,"derived_proposal_information":null,"dfinity_proposer":true,"executed_timestamp_seconds":1791478670,"failed_timestamp_seconds":0,"failure_reason":null,"id":124582,"latest_tally":{"no":0,"timestamp_seconds":1791478670,"total":3,"yes":2},"payload":{"command":{"Disburse":{"amount":{"e8s":5000000010000},"to_account":{"hash":"0d34f2dc21eb680f99962659a6a0c2ccd9c68ec365962ae0eaf293f0"}}},"id":"1037","neuron_id_or_subaccount":null},"proposal_id":144298,"proposal_timestamp_seconds":1791470175,"proposer":"32","proposer_name":null,"reject_cost_e8s":0,"reward_status":"INELIGIBLE","self_describing_action":{"type_description":"Call a major function on a specified target neuron. Only the followees of the target neuron may vote on these proposals, which effectively provides the followees with control over the target neuron. This can provide a convenient and highly secure means for a team of individuals to manage an important neuron. For example, a neuron might hold a large balance, or belong to an organization of high repute, and be publicized so that many other neurons can follow its vote. In both cases, managing the private key of the principal securely could be problematic. (Either a single copy is held, which is very insecure and provides for a single party to take control, or a group of individuals must divide responsibility \u2014 for example, using threshold cryptography, which is complex and time consuming). To address this using this proposal type, the important neuron can be configured to follow the neurons controlled by individual members of a team. Now they can submit proposals to make the important neuron perform actions, which are adopted if and only if a majority of them vote to adopt. (Submitting such a proposal costs a small fee, to prevent denial-of-service attacks.) Nearly any command on the target neuron can be executed, including commands that change the follow rules, allowing the set of team members to be dynamic. Only the final step of dissolving the neuron once its dissolve delay reaches zero cannot be performed using this type of proposal, since this would allow control/\"ownership\" over the locked balances to be transferred. (The only exception to this rule applies to not-for-profit organizations, which may be allowed to dissolve their neurons without using the initial private key.) To prevent a neuron falling under the malign control of the principal's private key by accident, the private key can be destroyed so that the neuron can only be controlled by its followees, although this makes it impossible to subsequently unlock the balance.","type_name":"Manage Neuron","value":{"command":{"Disburse":{"amount_e8s":5000000010000,"to_account":"0d34f2dc21eb680f99962659a6a0c2ccd9c68ec365962ae0eaf293f0"}},"neuron_id":1037}},"settled_at":null,"status":"EXECUTED","success_value":null,"summary":"Disburse Tokens 62dd39780d34f2dc21eb680f99962659a6a0c2ccd9c68ec365962ae0eaf293f0 (2026-10-08)","title":"Manage neuron proposal for neuron: 1037","topic":"TOPIC_NEURON_MANAGEMENT","total_potential_voting_power":3,"updated_at":"2026-10-08T16:58:03.515161","url":""},{"action":"ManageNeuron","action_nns_function":null,"classification":null,"deadline_timestamp_seconds":1791642934,"decided_timestamp_seconds":1791478658,"derived_proposal_information":null,"dfinity_proposer":true,"executed_timestamp_seconds":1791478658,"failed_timestamp_seconds":0,"failure_reason":null,"id":124581,"latest_tally":{"no":0,"timestamp_seconds":1791478658,"total":3,"yes":2},"payload":{"command":{"Disburse":{"amount":{"e8s":4999998010000},"to_account":{"hash":"0d34f2dc21eb680f99962659a6a0c2ccd9c68ec365962ae0eaf293f0"}}},"id":"1036","neuron_id_or_subaccount":null},"proposal_id":144297,"proposal_timestamp_seconds":1791470134,"proposer":"32","proposer_name":null,"reject_cost_e8s":0,"reward_status":"INELIGIBLE","self_describing_action":{"type_description":"Call a major function on a specified target neuron. Only the followees of the target neuron may vote on these proposals, which effectively provides the followees with control over the target neuron. This can provide a convenient and highly secure means for a team of individuals to manage an important neuron. For example, a neuron might hold a large balance, or belong to an organization of high repute, and be publicized so that many other neurons can follow its vote. In both cases, managing the private key of the principal securely could be problematic. (Either a single copy is held, which is very insecure and provides for a single party to take control, or a group of individuals must divide responsibility \u2014 for example, using threshold cryptography, which is complex and time consuming). To address this using this proposal type, the important neuron can be configured to follow the neurons controlled by individual members of a team. Now they can submit proposals to make the important neuron perform actions, which are adopted if and only if a majority of them vote to adopt. (Submitting such a proposal costs a small fee, to prevent denial-of-service attacks.) Nearly any command on the target neuron can be executed, including commands that change the follow rules, allowing the set of team members to be dynamic. Only the final step of dissolving the neuron once its dissolve delay reaches zero cannot be performed using this type of proposal, since this would allow control/\"ownership\" over the locked balances to be transferred. (The only exception to this rule applies to not-for-profit organizations, which may be allowed to dissolve their neurons without using the initial private key.) To prevent a neuron falling under the malign control of the principal's private key by accident, the private key can be destroyed so that the neuron can only be controlled by its followees, although this makes it impossible to subsequently unlock the balance.","type_name":"Manage Neuron","value":{"command":{"Disburse":{"amount_e8s":4999998010000,"to_account":"0d34f2dc21eb680f99962659a6a0c2ccd9c68ec365962ae0eaf293f0"}},"neuron_id":1036}},"settled_at":null,"status":"EXECUTED","success_value":null,"summary":"Disburse Tokens 62dd39780d34f2dc21eb680f99962659a6a0c2ccd9c68ec365962ae0eaf293f0 (2026-10-08)","title":"Manage neuron proposal for neuron: 1036","topic":"TOPIC_NEURON_MANAGEMENT","total_potential_voting_power":3,"updated_at":"2026-10-08T16:58:03.541854","url":""},{"action":"ManageNeuron","action_nns_function":null,"classification":null,"deadline_timestamp_seconds":1791642923,"decided_timestamp_seconds":1791478650,"derived_proposal_information":null,"dfinity_proposer":true,"executed_timestamp_seconds":1791478650,"failed_timestamp_seconds":0,"failure_reason":null,"id":124580,"latest_tally":{"no":0,"timestamp_seconds":1791478650,"total":3,"yes":2},"payload":{"command":{"Disburse":{"amount":{"e8s":5000000010000},"to_account":{"hash":"0d34f2dc21eb680f99962659a6a0c2ccd9c68ec365962ae0eaf293f0"}}},"id":"1036","neuron_id_or_subaccount":null},"proposal_id":144296,"proposal_timestamp_seconds":1791470123,"proposer":"32","proposer_name":null,"reject_cost_e8s":0,"reward_status":"INELIGIBLE","self_describing_action":{"type_description":"Call a major function on a specified target neuron. Only the followees of the target neuron may vote on these proposals, which effectively provides the followees with control over the target neuron. This can provide a convenient and highly secure means for a team of individuals to manage an important neuron. For example, a neuron might hold a large balance, or belong to an organization of high repute, and be publicized so that many other neurons can follow its vote. In both cases, managing the private key of the principal securely could be problematic. (Either a single copy is held, which is very insecure and provides for a single party to take control, or a group of individuals must divide responsibility \u2014 for example, using threshold cryptography, which is complex and time consuming). To address this using this proposal type, the important neuron can be configured to follow the neurons controlled by individual members of a team. Now they can submit proposals to make the important neuron perform actions, which are adopted if and only if a majority of them vote to adopt. (Submitting such a proposal costs a small fee, to prevent denial-of-service attacks.) Nearly any command on the target neuron can be executed, including commands that change the follow rules, allowing the set of team members to be dynamic. Only the final step of dissolving the neuron once its dissolve delay reaches zero cannot be performed using this type of proposal, since this would allow control/\"ownership\" over the locked balances to be transferred. (The only exception to this rule applies to not-for-profit organizations, which may be allowed to dissolve their neurons without using the initial private key.) To prevent a neuron falling under the malign control of the principal's private key by accident, the private key can be destroyed so that the neuron can only be controlled by its followees, although this makes it impossible to subsequently unlock the balance.","type_name":"Manage Neuron","value":{"command":{"Disburse":{"amount_e8s":5000000010000,"to_account":"0d34f2dc21eb680f99962659a6a0c2ccd9c68ec365962ae0eaf293f0"}},"neuron_id":1036}},"settled_at":null,"status":"EXECUTED","success_value":null,"summary":"Disburse Tokens 62dd39780d34f2dc21eb680f99962659a6a0c2ccd9c68ec365962ae0eaf293f0 (2026-10-08)","title":"Manage neuron proposal for neuron: 1036","topic":"TOPIC_NEURON_MANAGEMENT","total_potential_voting_power":3,"updated_at":"2026-10-08T16:58:03.576039","url":""},{"action":"ManageNeuron","action_nns_function":null,"classification":null,"deadline_timestamp_seconds":1791642912,"decided_timestamp_seconds":1791478641,"derived_proposal_information":null,"dfinity_proposer":true,"executed_timestamp_seconds":1791478641,"failed_timestamp_seconds":0,"failure_reason":null,"id":124579,"latest_tally":{"no":0,"timestamp_seconds":1791478641,"total":3,"yes":2},"payload":{"command":{"Disburse":{"amount":{"e8s":5000000010000},"to_account":{"hash":"0d34f2dc21eb680f99962659a6a0c2ccd9c68ec365962ae0eaf293f0"}}},"id":"1036","neuron_id_or_subaccount":null},"proposal_id":144295,"proposal_timestamp_seconds":1791470112,"proposer":"32","proposer_name":null,"reject_cost_e8s":0,"reward_status":"INELIGIBLE","self_describing_action":{"type_description":"Call a major function on a specified target neuron. Only the followees of the target neuron may vote on these proposals, which effectively provides the followees with control over the target neuron. This can provide a convenient and highly secure means for a team of individuals to manage an important neuron. For example, a neuron might hold a large balance, or belong to an organization of high repute, and be publicized so that many other neurons can follow its vote. In both cases, managing the private key of the principal securely could be problematic. (Either a single copy is held, which is very insecure and provides for a single party to take control, or a group of individuals must divide responsibility \u2014 for example, using threshold cryptography, which is complex and time consuming). To address this using this proposal type, the important neuron can be configured to follow the neurons controlled by individual members of a team. Now they can submit proposals to make the important neuron perform actions, which are adopted if and only if a majority of them vote to adopt. (Submitting such a proposal costs a small fee, to prevent denial-of-service attacks.) Nearly any command on the target neuron can be executed, including commands that change the follow rules, allowing the set of team members to be dynamic. Only the final step of dissolving the neuron once its dissolve delay reaches zero cannot be performed using this type of proposal, since this would allow control/\"ownership\" over the locked balances to be transferred. (The only exception to this rule applies to not-for-profit organizations, which may be allowed to dissolve their neurons without using the initial private key.) To prevent a neuron falling under the malign control of the principal's private key by accident, the private key can be destroyed so that the neuron can only be controlled by its followees, although this makes it impossible to subsequently unlock the balance.","type_name":"Manage Neuron","value":{"command":{"Disburse":{"amount_e8s":5000000010000,"to_account":"0d34f2dc21eb680f99962659a6a0c2ccd9c68ec365962ae0eaf293f0"}},"neuron_id":1036}},"settled_at":null,"status":"EXECUTED","success_value":null,"summary":"Disburse Tokens 62dd39780d34f2dc21eb680f99962659a6a0c2ccd9c68ec365962ae0eaf293f0 (2026-10-08)","title":"Manage neuron proposal for neuron: 1036","topic":"TOPIC_NEURON_MANAGEMENT","total_potential_voting_power":3,"updated_at":"2026-10-08T16:58:03.611786","url":""},{"action":"ManageNeuron","action_nns_function":null,"classification":null,"deadline_timestamp_seconds":1791642897,"decided_timestamp_seconds":1791478634,"derived_proposal_information":null,"dfinity_proposer":true,"executed_timestamp_seconds":1791478634,"failed_timestamp_seconds":0,"failure_reason":null,"id":124578,"latest_tally":{"no":0,"timestamp_seconds":1791478634,"total":3,"yes":2},"payload":{"command":{"Disburse":{"amount":{"e8s":5000000010000},"to_account":{"hash":"0d34f2dc21eb680f99962659a6a0c2ccd9c68ec365962ae0eaf293f0"}}},"id":"1036","neuron_id_or_subaccount":null},"proposal_id":144294,"proposal_timestamp_seconds":1791470097,"proposer":"32","proposer_name":null,"reject_cost_e8s":0,"reward_status":"INELIGIBLE","self_describing_action":{"type_description":"Call a major function on a specified target neuron. Only the followees of the target neuron may vote on these proposals, which effectively provides the followees with control over the target neuron. This can provide a convenient and highly secure means for a team of individuals to manage an important neuron. For example, a neuron might hold a large balance, or belong to an organization of high repute, and be publicized so that many other neurons can follow its vote. In both cases, managing the private key of the principal securely could be problematic. (Either a single copy is held, which is very insecure and provides for a single party to take control, or a group of individuals must divide responsibility \u2014 for example, using threshold cryptography, which is complex and time consuming). To address this using this proposal type, the important neuron can be configured to follow the neurons controlled by individual members of a team. Now they can submit proposals to make the important neuron perform actions, which are adopted if and only if a majority of them vote to adopt. (Submitting such a proposal costs a small fee, to prevent denial-of-service attacks.) Nearly any command on the target neuron can be executed, including commands that change the follow rules, allowing the set of team members to be dynamic. Only the final step of dissolving the neuron once its dissolve delay reaches zero cannot be performed using this type of proposal, since this would allow control/\"ownership\" over the locked balances to be transferred. (The only exception to this rule applies to not-for-profit organizations, which may be allowed to dissolve their neurons without using the initial private key.) To prevent a neuron falling under the malign control of the principal's private key by accident, the private key can be destroyed so that the neuron can only be controlled by its followees, although this makes it impossible to subsequently unlock the balance.","type_name":"Manage Neuron","value":{"command":{"Disburse":{"amount_e8s":5000000010000,"to_account":"0d34f2dc21eb680f99962659a6a0c2ccd9c68ec365962ae0eaf293f0"}},"neuron_id":1036}},"settled_at":null,"status":"EXECUTED","success_value":null,"summary":"Disburse Tokens 62dd39780d34f2dc21eb680f99962659a6a0c2ccd9c68ec365962ae0eaf293f0 (2026-10-08)","title":"Manage neuron proposal for neuron: 1036","topic":"TOPIC_NEURON_MANAGEMENT","total_potential_voting_power":3,"updated_at":"2026-10-08T16:58:03.636833","url":""},{"action":"ManageNeuron","action_nns_function":null,"classification":null,"deadline_timestamp_seconds":1791642888,"decided_timestamp_seconds":1791478627,"derived_proposal_information":null,"dfinity_proposer":true,"executed_timestamp_seconds":1791478627,"failed_timestamp_seconds":0,"failure_reason":null,"id":124577,"latest_tally":{"no":0,"timestamp_seconds":1791478627,"total":3,"yes":2},"payload":{"command":{"Disburse":{"amount":{"e8s":5000000010000},"to_account":{"hash":"0d34f2dc21eb680f99962659a6a0c2ccd9c68ec365962ae0eaf293f0"}}},"id":"1036","neuron_id_or_subaccount":null},"proposal_id":144293,"proposal_timestamp_seconds":1791470088,"proposer":"32","proposer_name":null,"reject_cost_e8s":0,"reward_status":"INELIGIBLE","self_describing_action":{"type_description":"Call a major function on a specified target neuron. Only the followees of the target neuron may vote on these proposals, which effectively provides the followees with control over the target neuron. This can provide a convenient and highly secure means for a team of individuals to manage an important neuron. For example, a neuron might hold a large balance, or belong to an organization of high repute, and be publicized so that many other neurons can follow its vote. In both cases, managing the private key of the principal securely could be problematic. (Either a single copy is held, which is very insecure and provides for a single party to take control, or a group of individuals must divide responsibility \u2014 for example, using threshold cryptography, which is complex and time consuming). To address this using this proposal type, the important neuron can be configured to follow the neurons controlled by individual members of a team. Now they can submit proposals to make the important neuron perform actions, which are adopted if and only if a majority of them vote to adopt. (Submitting such a proposal costs a small fee, to prevent denial-of-service attacks.) Nearly any command on the target neuron can be executed, including commands that change the follow rules, allowing the set of team members to be dynamic. Only the final step of dissolving the neuron once its dissolve delay reaches zero cannot be performed using this type of proposal, since this would allow control/\"ownership\" over the locked balances to be transferred. (The only exception to this rule applies to not-for-profit organizations, which may be allowed to dissolve their neurons without using the initial private key.) To prevent a neuron falling under the malign control of the principal's private key by accident, the private key can be destroyed so that the neuron can only be controlled by its followees, although this makes it impossible to subsequently unlock the balance.","type_name":"Manage Neuron","value":{"command":{"Disburse":{"amount_e8s":5000000010000,"to_account":"0d34f2dc21eb680f99962659a6a0c2ccd9c68ec365962ae0eaf293f0"}},"neuron_id":1036}},"settled_at":null,"status":"EXECUTED","success_value":null,"summary":"Disburse Tokens 62dd39780d34f2dc21eb680f99962659a6a0c2ccd9c68ec365962ae0eaf293f0 (2026-10-08)","title":"Manage neuron proposal for neuron: 1036","topic":"TOPIC_NEURON_MANAGEMENT","total_potential_voting_power":3,"updated_at":"2026-10-08T16:58:03.667402","url":""},{"action":"ManageNeuron","action_nns_function":null,"classification":null,"deadline_timestamp_seconds":1791642880,"decided_timestamp_seconds":1791478617,"derived_proposal_information":null,"dfinity_proposer":true,"executed_timestamp_seconds":1791478617,"failed_timestamp_seconds":0,"failure_reason":null,"id":124576,"latest_tally":{"no":0,"timestamp_seconds":1791478617,"total":3,"yes":2},"payload":{"command":{"Disburse":{"amount":{"e8s":5000000010000},"to_account":{"hash":"0d34f2dc21eb680f99962659a6a0c2ccd9c68ec365962ae0eaf293f0"}}},"id":"1036","neuron_id_or_subaccount":null},"proposal_id":144292,"proposal_timestamp_seconds":1791470080,"proposer":"32","proposer_name":null,"reject_cost_e8s":0,"reward_status":"INELIGIBLE","self_describing_action":{"type_description":"Call a major function on a specified target neuron. Only the followees of the target neuron may vote on these proposals, which effectively provides the followees with control over the target neuron. This can provide a convenient and highly secure means for a team of individuals to manage an important neuron. For example, a neuron might hold a large balance, or belong to an organization of high repute, and be publicized so that many other neurons can follow its vote. In both cases, managing the private key of the principal securely could be problematic. (Either a single copy is held, which is very insecure and provides for a single party to take control, or a group of individuals must divide responsibility \u2014 for example, using threshold cryptography, which is complex and time consuming). To address this using this proposal type, the important neuron can be configured to follow the neurons controlled by individual members of a team. Now they can submit proposals to make the important neuron perform actions, which are adopted if and only if a majority of them vote to adopt. (Submitting such a proposal costs a small fee, to prevent denial-of-service attacks.) Nearly any command on the target neuron can be executed, including commands that change the follow rules, allowing the set of team members to be dynamic. Only the final step of dissolving the neuron once its dissolve delay reaches zero cannot be performed using this type of proposal, since this would allow control/\"ownership\" over the locked balances to be transferred. (The only exception to this rule applies to not-for-profit organizations, which may be allowed to dissolve their neurons without using the initial private key.) To prevent a neuron falling under the malign control of the principal's private key by accident, the private key can be destroyed so that the neuron can only be controlled by its followees, although this makes it impossible to subsequently unlock the balance.","type_name":"Manage Neuron","value":{"command":{"Disburse":{"amount_e8s":5000000010000,"to_account":"0d34f2dc21eb680f99962659a6a0c2ccd9c68ec365962ae0eaf293f0"}},"neuron_id":1036}},"settled_at":null,"status":"EXECUTED","success_value":null,"summary":"Disburse Tokens 62dd39780d34f2dc21eb680f99962659a6a0c2ccd9c68ec365962ae0eaf293f0 (2026-10-08)","title":"Manage neuron proposal for neuron: 1036","topic":"TOPIC_NEURON_MANAGEMENT","total_potential_voting_power":3,"updated_at":"2026-10-08T16:58:03.696549","url":""},{"action":"ManageNeuron","action_nns_function":null,"classification":null,"deadline_timestamp_seconds":1791642871,"decided_timestamp_seconds":1791478610,"derived_proposal_information":null,"dfinity_proposer":true,"executed_timestamp_seconds":1791478610,"failed_timestamp_seconds":0,"failure_reason":null,"id":124575,"latest_tally":{"no":0,"timestamp_seconds":1791478610,"total":3,"yes":2},"payload":{"command":{"Disburse":{"amount":{"e8s":5000000010000},"to_account":{"hash":"0d34f2dc21eb680f99962659a6a0c2ccd9c68ec365962ae0eaf293f0"}}},"id":"1036","neuron_id_or_subaccount":null},"proposal_id":144291,"proposal_timestamp_seconds":1791470071,"proposer":"32","proposer_name":null,"reject_cost_e8s":0,"reward_status":"INELIGIBLE","self_describing_action":{"type_description":"Call a major function on a specified target neuron. Only the followees of the target neuron may vote on these proposals, which effectively provides the followees with control over the target neuron. This can provide a convenient and highly secure means for a team of individuals to manage an important neuron. For example, a neuron might hold a large balance, or belong to an organization of high repute, and be publicized so that many other neurons can follow its vote. In both cases, managing the private key of the principal securely could be problematic. (Either a single copy is held, which is very insecure and provides for a single party to take control, or a group of individuals must divide responsibility \u2014 for example, using threshold cryptography, which is complex and time consuming). To address this using this proposal type, the important neuron can be configured to follow the neurons controlled by individual members of a team. Now they can submit proposals to make the important neuron perform actions, which are adopted if and only if a majority of them vote to adopt. (Submitting such a proposal costs a small fee, to prevent denial-of-service attacks.) Nearly any command on the target neuron can be executed, including commands that change the follow rules, allowing the set of team members to be dynamic. Only the final step of dissolving the neuron once its dissolve delay reaches zero cannot be performed using this type of proposal, since this would allow control/\"ownership\" over the locked balances to be transferred. (The only exception to this rule applies to not-for-profit organizations, which may be allowed to dissolve their neurons without using the initial private key.) To prevent a neuron falling under the malign control of the principal's private key by accident, the private key can be destroyed so that the neuron can only be controlled by its followees, although this makes it impossible to subsequently unlock the balance.","type_name":"Manage Neuron","value":{"command":{"Disburse":{"amount_e8s":5000000010000,"to_account":"0d34f2dc21eb680f99962659a6a0c2ccd9c68ec365962ae0eaf293f0"}},"neuron_id":1036}},"settled_at":null,"status":"EXECUTED","success_value":null,"summary":"Disburse Tokens 62dd39780d34f2dc21eb680f99962659a6a0c2ccd9c68ec365962ae0eaf293f0 (2026-10-08)","title":"Manage neuron proposal for neuron: 1036","topic":"TOPIC_NEURON_MANAGEMENT","total_potential_voting_power":3,"updated_at":"2026-10-08T16:58:03.730231","url":""},{"action":"ManageNeuron","action_nns_function":null,"classification":null,"deadline_timestamp_seconds":1791642860,"decided_timestamp_seconds":1791478599,"derived_proposal_information":null,"dfinity_proposer":true,"executed_timestamp_seconds":1791478599,"failed_timestamp_seconds":0,"failure_reason":null,"id":124574,"latest_tally":{"no":0,"timestamp_seconds":1791478599,"total":3,"yes":2},"payload":{"command":{"Disburse":{"amount":{"e8s":5000000010000},"to_account":{"hash":"0d34f2dc21eb680f99962659a6a0c2ccd9c68ec365962ae0eaf293f0"}}},"id":"1036","neuron_id_or_subaccount":null},"proposal_id":144290,"proposal_timestamp_seconds":1791470060,"proposer":"32","proposer_name":null,"reject_cost_e8s":0,"reward_status":"INELIGIBLE","self_describing_action":{"type_description":"Call a major function on a specified target neuron. Only the followees of the target neuron may vote on these proposals, which effectively provides the followees with control over the target neuron. This can provide a convenient and highly secure means for a team of individuals to manage an important neuron. For example, a neuron might hold a large balance, or belong to an organization of high repute, and be publicized so that many other neurons can follow its vote. In both cases, managing the private key of the principal securely could be problematic. (Either a single copy is held, which is very insecure and provides for a single party to take control, or a group of individuals must divide responsibility \u2014 for example, using threshold cryptography, which is complex and time consuming). To address this using this proposal type, the important neuron can be configured to follow the neurons controlled by individual members of a team. Now they can submit proposals to make the important neuron perform actions, which are adopted if and only if a majority of them vote to adopt. (Submitting such a proposal costs a small fee, to prevent denial-of-service attacks.) Nearly any command on the target neuron can be executed, including commands that change the follow rules, allowing the set of team members to be dynamic. Only the final step of dissolving the neuron once its dissolve delay reaches zero cannot be performed using this type of proposal, since this would allow control/\"ownership\" over the locked balances to be transferred. (The only exception to this rule applies to not-for-profit organizations, which may be allowed to dissolve their neurons without using the initial private key.) To prevent a neuron falling under the malign control of the principal's private key by accident, the private key can be destroyed so that the neuron can only be controlled by its followees, although this makes it impossible to subsequently unlock the balance.","type_name":"Manage Neuron","value":{"command":{"Disburse":{"amount_e8s":5000000010000,"to_account":"0d34f2dc21eb680f99962659a6a0c2ccd9c68ec365962ae0eaf293f0"}},"neuron_id":1036}},"settled_at":null,"status":"EXECUTED","success_value":null,"summary":"Disburse Tokens 62dd39780d34f2dc21eb680f99962659a6a0c2ccd9c68ec365962ae0eaf293f0 (2026-10-08)","title":"Manage neuron proposal for neuron: 1036","topic":"TOPIC_NEURON_MANAGEMENT","total_potential_voting_power":3,"updated_at":"2026-10-08T16:58:03.767392","url":""},{"action":"ManageNeuron","action_nns_function":null,"classification":null,"deadline_timestamp_seconds":1791642841,"decided_timestamp_seconds":1791478592,"derived_proposal_information":null,"dfinity_proposer":true,"executed_timestamp_seconds":1791478592,"failed_timestamp_seconds":0,"failure_reason":null,"id":124573,"latest_tally":{"no":0,"timestamp_seconds":1791478592,"total":3,"yes":2},"payload":{"command":{"Disburse":{"amount":{"e8s":5000000010000},"to_account":{"hash":"0d34f2dc21eb680f99962659a6a0c2ccd9c68ec365962ae0eaf293f0"}}},"id":"1036","neuron_id_or_subaccount":null},"proposal_id":144289,"proposal_timestamp_seconds":1791470041,"proposer":"32","proposer_name":null,"reject_cost_e8s":0,"reward_status":"INELIGIBLE","self_describing_action":{"type_description":"Call a major function on a specified target neuron. Only the followees of the target neuron may vote on these proposals, which effectively provides the followees with control over the target neuron. This can provide a convenient and highly secure means for a team of individuals to manage an important neuron. For example, a neuron might hold a large balance, or belong to an organization of high repute, and be publicized so that many other neurons can follow its vote. In both cases, managing the private key of the principal securely could be problematic. (Either a single copy is held, which is very insecure and provides for a single party to take control, or a group of individuals must divide responsibility \u2014 for example, using threshold cryptography, which is complex and time consuming). To address this using this proposal type, the important neuron can be configured to follow the neurons controlled by individual members of a team. Now they can submit proposals to make the important neuron perform actions, which are adopted if and only if a majority of them vote to adopt. (Submitting such a proposal costs a small fee, to prevent denial-of-service attacks.) Nearly any command on the target neuron can be executed, including commands that change the follow rules, allowing the set of team members to be dynamic. Only the final step of dissolving the neuron once its dissolve delay reaches zero cannot be performed using this type of proposal, since this would allow control/\"ownership\" over the locked balances to be transferred. (The only exception to this rule applies to not-for-profit organizations, which may be allowed to dissolve their neurons without using the initial private key.) To prevent a neuron falling under the malign control of the principal's private key by accident, the private key can be destroyed so that the neuron can only be controlled by its followees, although this makes it impossible to subsequently unlock the balance.","type_name":"Manage Neuron","value":{"command":{"Disburse":{"amount_e8s":5000000010000,"to_account":"0d34f2dc21eb680f99962659a6a0c2ccd9c68ec365962ae0eaf293f0"}},"neuron_id":1036}},"settled_at":null,"status":"EXECUTED","success_value":null,"summary":"Disburse Tokens 62dd39780d34f2dc21eb680f99962659a6a0c2ccd9c68ec365962ae0eaf293f0 (2026-10-08)","title":"Manage neuron proposal for neuron: 1036","topic":"TOPIC_NEURON_MANAGEMENT","total_potential_voting_power":3,"updated_at":"2026-10-08T16:58:03.800289","url":""},{"action":"ManageNeuron","action_nns_function":null,"classification":null,"deadline_timestamp_seconds":1791642834,"decided_timestamp_seconds":1791478583,"derived_proposal_information":null,"dfinity_proposer":true,"executed_timestamp_seconds":1791478583,"failed_timestamp_seconds":0,"failure_reason":null,"id":124572,"latest_tally":{"no":0,"timestamp_seconds":1791478583,"total":3,"yes":2},"payload":{"command":{"Disburse":{"amount":{"e8s":5000000010000},"to_account":{"hash":"0d34f2dc21eb680f99962659a6a0c2ccd9c68ec365962ae0eaf293f0"}}},"id":"1036","neuron_id_or_subaccount":null},"proposal_id":144288,"proposal_timestamp_seconds":1791470034,"proposer":"32","proposer_name":null,"reject_cost_e8s":0,"reward_status":"INELIGIBLE","self_describing_action":{"type_description":"Call a major function on a specified target neuron. Only the followees of the target neuron may vote on these proposals, which effectively provides the followees with control over the target neuron. This can provide a convenient and highly secure means for a team of individuals to manage an important neuron. For example, a neuron might hold a large balance, or belong to an organization of high repute, and be publicized so that many other neurons can follow its vote. In both cases, managing the private key of the principal securely could be problematic. (Either a single copy is held, which is very insecure and provides for a single party to take control, or a group of individuals must divide responsibility \u2014 for example, using threshold cryptography, which is complex and time consuming). To address this using this proposal type, the important neuron can be configured to follow the neurons controlled by individual members of a team. Now they can submit proposals to make the important neuron perform actions, which are adopted if and only if a majority of them vote to adopt. (Submitting such a proposal costs a small fee, to prevent denial-of-service attacks.) Nearly any command on the target neuron can be executed, including commands that change the follow rules, allowing the set of team members to be dynamic. Only the final step of dissolving the neuron once its dissolve delay reaches zero cannot be performed using this type of proposal, since this would allow control/\"ownership\" over the locked balances to be transferred. (The only exception to this rule applies to not-for-profit organizations, which may be allowed to dissolve their neurons without using the initial private key.) To prevent a neuron falling under the malign control of the principal's private key by accident, the private key can be destroyed so that the neuron can only be controlled by its followees, although this makes it impossible to subsequently unlock the balance.","type_name":"Manage Neuron","value":{"command":{"Disburse":{"amount_e8s":5000000010000,"to_account":"0d34f2dc21eb680f99962659a6a0c2ccd9c68ec365962ae0eaf293f0"}},"neuron_id":1036}},"settled_at":null,"status":"EXECUTED","success_value":null,"summary":"Disburse Tokens 62dd39780d34f2dc21eb680f99962659a6a0c2ccd9c68ec365962ae0eaf293f0 (2026-10-08)","title":"Manage neuron proposal for neuron: 1036","topic":"TOPIC_NEURON_MANAGEMENT","total_potential_voting_power":3,"updated_at":"2026-10-08T16:58:03.833479","url":""},{"action":"ManageNeuron","action_nns_function":null,"classification":null,"deadline_timestamp_seconds":1791642766,"decided_timestamp_seconds":1791478576,"derived_proposal_information":null,"dfinity_proposer":true,"executed_timestamp_seconds":1791478576,"failed_timestamp_seconds":0,"failure_reason":null,"id":124571,"latest_tally":{"no":0,"timestamp_seconds":1791478576,"total":3,"yes":2},"payload":{"command":{"Disburse":{"amount":{"e8s":4999998010000},"to_account":{"hash":"0d34f2dc21eb680f99962659a6a0c2ccd9c68ec365962ae0eaf293f0"}}},"id":"1035","neuron_id_or_subaccount":null},"proposal_id":144287,"proposal_timestamp_seconds":1791469966,"proposer":"32","proposer_name":null,"reject_cost_e8s":0,"reward_status":"INELIGIBLE","self_describing_action":{"type_description":"Call a major function on a specified target neuron. Only the followees of the target neuron may vote on these proposals, which effectively provides the followees with control over the target neuron. This can provide a convenient and highly secure means for a team of individuals to manage an important neuron. For example, a neuron might hold a large balance, or belong to an organization of high repute, and be publicized so that many other neurons can follow its vote. In both cases, managing the private key of the principal securely could be problematic. (Either a single copy is held, which is very insecure and provides for a single party to take control, or a group of individuals must divide responsibility \u2014 for example, using threshold cryptography, which is complex and time consuming). To address this using this proposal type, the important neuron can be configured to follow the neurons controlled by individual members of a team. Now they can submit proposals to make the important neuron perform actions, which are adopted if and only if a majority of them vote to adopt. (Submitting such a proposal costs a small fee, to prevent denial-of-service attacks.) Nearly any command on the target neuron can be executed, including commands that change the follow rules, allowing the set of team members to be dynamic. Only the final step of dissolving the neuron once its dissolve delay reaches zero cannot be performed using this type of proposal, since this would allow control/\"ownership\" over the locked balances to be transferred. (The only exception to this rule applies to not-for-profit organizations, which may be allowed to dissolve their neurons without using the initial private key.) To prevent a neuron falling under the malign control of the principal's private key by accident, the private key can be destroyed so that the neuron can only be controlled by its followees, although this makes it impossible to subsequently unlock the balance.","type_name":"Manage Neuron","value":{"command":{"Disburse":{"amount_e8s":4999998010000,"to_account":"0d34f2dc21eb680f99962659a6a0c2ccd9c68ec365962ae0eaf293f0"}},"neuron_id":1035}},"settled_at":null,"status":"EXECUTED","success_value":null,"summary":"Disburse Tokens 62dd39780d34f2dc21eb680f99962659a6a0c2ccd9c68ec365962ae0eaf293f0 (2026-10-08)","title":"Manage neuron proposal for neuron: 1035","topic":"TOPIC_NEURON_MANAGEMENT","total_potential_voting_power":3,"updated_at":"2026-10-08T16:58:03.868519","url":""},{"action":"ManageNeuron","action_nns_function":null,"classification":null,"deadline_timestamp_seconds":1791642757,"decided_timestamp_seconds":1791478568,"derived_proposal_information":null,"dfinity_proposer":true,"executed_timestamp_seconds":1791478568,"failed_timestamp_seconds":0,"failure_reason":null,"id":124570,"latest_tally":{"no":0,"timestamp_seconds":1791478568,"total":3,"yes":2},"payload":{"command":{"Disburse":{"amount":{"e8s":5000000010000},"to_account":{"hash":"0d34f2dc21eb680f99962659a6a0c2ccd9c68ec365962ae0eaf293f0"}}},"id":"1035","neuron_id_or_subaccount":null},"proposal_id":144286,"proposal_timestamp_seconds":1791469957,"proposer":"32","proposer_name":null,"reject_cost_e8s":0,"reward_status":"INELIGIBLE","self_describing_action":{"type_description":"Call a major function on a specified target neuron. Only the followees of the target neuron may vote on these proposals, which effectively provides the followees with control over the target neuron. This can provide a convenient and highly secure means for a team of individuals to manage an important neuron. For example, a neuron might hold a large balance, or belong to an organization of high repute, and be publicized so that many other neurons can follow its vote. In both cases, managing the private key of the principal securely could be problematic. (Either a single copy is held, which is very insecure and provides for a single party to take control, or a group of individuals must divide responsibility \u2014 for example, using threshold cryptography, which is complex and time consuming). To address this using this proposal type, the important neuron can be configured to follow the neurons controlled by individual members of a team. Now they can submit proposals to make the important neuron perform actions, which are adopted if and only if a majority of them vote to adopt. (Submitting such a proposal costs a small fee, to prevent denial-of-service attacks.) Nearly any command on the target neuron can be executed, including commands that change the follow rules, allowing the set of team members to be dynamic. Only the final step of dissolving the neuron once its dissolve delay reaches zero cannot be performed using this type of proposal, since this would allow control/\"ownership\" over the locked balances to be transferred. (The only exception to this rule applies to not-for-profit organizations, which may be allowed to dissolve their neurons without using the initial private key.) To prevent a neuron falling under the malign control of the principal's private key by accident, the private key can be destroyed so that the neuron can only be controlled by its followees, although this makes it impossible to subsequently unlock the balance.","type_name":"Manage Neuron","value":{"command":{"Disburse":{"amount_e8s":5000000010000,"to_account":"0d34f2dc21eb680f99962659a6a0c2ccd9c68ec365962ae0eaf293f0"}},"neuron_id":1035}},"settled_at":null,"status":"EXECUTED","success_value":null,"summary":"Disburse Tokens 62dd39780d34f2dc21eb680f99962659a6a0c2ccd9c68ec365962ae0eaf293f0 (2026-10-08)","title":"Manage neuron proposal for neuron: 1035","topic":"TOPIC_NEURON_MANAGEMENT","total_potential_voting_power":3,"updated_at":"2026-10-08T16:58:03.899082","url":""},{"action":"ManageNeuron","action_nns_function":null,"classification":null,"deadline_timestamp_seconds":1791642746,"decided_timestamp_seconds":1791478557,"derived_proposal_information":null,"dfinity_proposer":true,"executed_timestamp_seconds":1791478557,"failed_timestamp_seconds":0,"failure_reason":null,"id":124569,"latest_tally":{"no":0,"timestamp_seconds":1791478557,"total":3,"yes":2},"payload":{"command":{"Disburse":{"amount":{"e8s":5000000010000},"to_account":{"hash":"0d34f2dc21eb680f99962659a6a0c2ccd9c68ec365962ae0eaf293f0"}}},"id":"1035","neuron_id_or_subaccount":null},"proposal_id":144285,"proposal_timestamp_seconds":1791469946,"proposer":"32","proposer_name":null,"reject_cost_e8s":0,"reward_status":"INELIGIBLE","self_describing_action":{"type_description":"Call a major function on a specified target neuron. Only the followees of the target neuron may vote on these proposals, which effectively provides the followees with control over the target neuron. This can provide a convenient and highly secure means for a team of individuals to manage an important neuron. For example, a neuron might hold a large balance, or belong to an organization of high repute, and be publicized so that many other neurons can follow its vote. In both cases, managing the private key of the principal securely could be problematic. (Either a single copy is held, which is very insecure and provides for a single party to take control, or a group of individuals must divide responsibility \u2014 for example, using threshold cryptography, which is complex and time consuming). To address this using this proposal type, the important neuron can be configured to follow the neurons controlled by individual members of a team. Now they can submit proposals to make the important neuron perform actions, which are adopted if and only if a majority of them vote to adopt. (Submitting such a proposal costs a small fee, to prevent denial-of-service attacks.) Nearly any command on the target neuron can be executed, including commands that change the follow rules, allowing the set of team members to be dynamic. Only the final step of dissolving the neuron once its dissolve delay reaches zero cannot be performed using this type of proposal, since this would allow control/\"ownership\" over the locked balances to be transferred. (The only exception to this rule applies to not-for-profit organizations, which may be allowed to dissolve their neurons without using the initial private key.) To prevent a neuron falling under the malign control of the principal's private key by accident, the private key can be destroyed so that the neuron can only be controlled by its followees, although this makes it impossible to subsequently unlock the balance.","type_name":"Manage Neuron","value":{"command":{"Disburse":{"amount_e8s":5000000010000,"to_account":"0d34f2dc21eb680f99962659a6a0c2ccd9c68ec365962ae0eaf293f0"}},"neuron_id":1035}},"settled_at":null,"status":"EXECUTED","success_value":null,"summary":"Disburse Tokens 62dd39780d34f2dc21eb680f99962659a6a0c2ccd9c68ec365962ae0eaf293f0 (2026-10-08)","title":"Manage neuron proposal for neuron: 1035","topic":"TOPIC_NEURON_MANAGEMENT","total_potential_voting_power":3,"updated_at":"2026-10-08T16:56:03.618886","url":""},{"action":"ManageNeuron","action_nns_function":null,"classification":null,"deadline_timestamp_seconds":1791642737,"decided_timestamp_seconds":1791478550,"derived_proposal_information":null,"dfinity_proposer":true,"executed_timestamp_seconds":1791478550,"failed_timestamp_seconds":0,"failure_reason":null,"id":124568,"latest_tally":{"no":0,"timestamp_seconds":1791478550,"total":3,"yes":2},"payload":{"command":{"Disburse":{"amount":{"e8s":5000000010000},"to_account":{"hash":"0d34f2dc21eb680f99962659a6a0c2ccd9c68ec365962ae0eaf293f0"}}},"id":"1035","neuron_id_or_subaccount":null},"proposal_id":144284,"proposal_timestamp_seconds":1791469937,"proposer":"32","proposer_name":null,"reject_cost_e8s":0,"reward_status":"INELIGIBLE","self_describing_action":{"type_description":"Call a major function on a specified target neuron. Only the followees of the target neuron may vote on these proposals, which effectively provides the followees with control over the target neuron. This can provide a convenient and highly secure means for a team of individuals to manage an important neuron. For example, a neuron might hold a large balance, or belong to an organization of high repute, and be publicized so that many other neurons can follow its vote. In both cases, managing the private key of the principal securely could be problematic. (Either a single copy is held, which is very insecure and provides for a single party to take control, or a group of individuals must divide responsibility \u2014 for example, using threshold cryptography, which is complex and time consuming). To address this using this proposal type, the important neuron can be configured to follow the neurons controlled by individual members of a team. Now they can submit proposals to make the important neuron perform actions, which are adopted if and only if a majority of them vote to adopt. (Submitting such a proposal costs a small fee, to prevent denial-of-service attacks.) Nearly any command on the target neuron can be executed, including commands that change the follow rules, allowing the set of team members to be dynamic. Only the final step of dissolving the neuron once its dissolve delay reaches zero cannot be performed using this type of proposal, since this would allow control/\"ownership\" over the locked balances to be transferred. (The only exception to this rule applies to not-for-profit organizations, which may be allowed to dissolve their neurons without using the initial private key.) To prevent a neuron falling under the malign control of the principal's private key by accident, the private key can be destroyed so that the neuron can only be controlled by its followees, although this makes it impossible to subsequently unlock the balance.","type_name":"Manage Neuron","value":{"command":{"Disburse":{"amount_e8s":5000000010000,"to_account":"0d34f2dc21eb680f99962659a6a0c2ccd9c68ec365962ae0eaf293f0"}},"neuron_id":1035}},"settled_at":null,"status":"EXECUTED","success_value":null,"summary":"Disburse Tokens 62dd39780d34f2dc21eb680f99962659a6a0c2ccd9c68ec365962ae0eaf293f0 (2026-10-08)","title":"Manage neuron proposal for neuron: 1035","topic":"TOPIC_NEURON_MANAGEMENT","total_potential_voting_power":3,"updated_at":"2026-10-08T16:56:03.658040","url":""},{"action":"ManageNeuron","action_nns_function":null,"classification":null,"deadline_timestamp_seconds":1791642727,"decided_timestamp_seconds":1791478544,"derived_proposal_information":null,"dfinity_proposer":true,"executed_timestamp_seconds":1791478544,"failed_timestamp_seconds":0,"failure_reason":null,"id":124567,"latest_tally":{"no":0,"timestamp_seconds":1791478544,"total":3,"yes":2},"payload":{"command":{"Disburse":{"amount":{"e8s":5000000010000},"to_account":{"hash":"0d34f2dc21eb680f99962659a6a0c2ccd9c68ec365962ae0eaf293f0"}}},"id":"1035","neuron_id_or_subaccount":null},"proposal_id":144283,"proposal_timestamp_seconds":1791469927,"proposer":"32","proposer_name":null,"reject_cost_e8s":0,"reward_status":"INELIGIBLE","self_describing_action":{"type_description":"Call a major function on a specified target neuron. Only the followees of the target neuron may vote on these proposals, which effectively provides the followees with control over the target neuron. This can provide a convenient and highly secure means for a team of individuals to manage an important neuron. For example, a neuron might hold a large balance, or belong to an organization of high repute, and be publicized so that many other neurons can follow its vote. In both cases, managing the private key of the principal securely could be problematic. (Either a single copy is held, which is very insecure and provides for a single party to take control, or a group of individuals must divide responsibility \u2014 for example, using threshold cryptography, which is complex and time consuming). To address this using this proposal type, the important neuron can be configured to follow the neurons controlled by individual members of a team. Now they can submit proposals to make the important neuron perform actions, which are adopted if and only if a majority of them vote to adopt. (Submitting such a proposal costs a small fee, to prevent denial-of-service attacks.) Nearly any command on the target neuron can be executed, including commands that change the follow rules, allowing the set of team members to be dynamic. Only the final step of dissolving the neuron once its dissolve delay reaches zero cannot be performed using this type of proposal, since this would allow control/\"ownership\" over the locked balances to be transferred. (The only exception to this rule applies to not-for-profit organizations, which may be allowed to dissolve their neurons without using the initial private key.) To prevent a neuron falling under the malign control of the principal's private key by accident, the private key can be destroyed so that the neuron can only be controlled by its followees, although this makes it impossible to subsequently unlock the balance.","type_name":"Manage Neuron","value":{"command":{"Disburse":{"amount_e8s":5000000010000,"to_account":"0d34f2dc21eb680f99962659a6a0c2ccd9c68ec365962ae0eaf293f0"}},"neuron_id":1035}},"settled_at":null,"status":"EXECUTED","success_value":null,"summary":"Disburse Tokens 62dd39780d34f2dc21eb680f99962659a6a0c2ccd9c68ec365962ae0eaf293f0 (2026-10-08)","title":"Manage neuron proposal for neuron: 1035","topic":"TOPIC_NEURON_MANAGEMENT","total_potential_voting_power":3,"updated_at":"2026-10-08T16:56:03.694570","url":""},{"action":"ManageNeuron","action_nns_function":null,"classification":null,"deadline_timestamp_seconds":1791642720,"decided_timestamp_seconds":1791478536,"derived_proposal_information":null,"dfinity_proposer":true,"executed_timestamp_seconds":1791478536,"failed_timestamp_seconds":0,"failure_reason":null,"id":124566,"latest_tally":{"no":0,"timestamp_seconds":1791478536,"total":3,"yes":2},"payload":{"command":{"Disburse":{"amount":{"e8s":5000000010000},"to_account":{"hash":"0d34f2dc21eb680f99962659a6a0c2ccd9c68ec365962ae0eaf293f0"}}},"id":"1035","neuron_id_or_subaccount":null},"proposal_id":144282,"proposal_timestamp_seconds":1791469920,"proposer":"32","proposer_name":null,"reject_cost_e8s":0,"reward_status":"INELIGIBLE","self_describing_action":{"type_description":"Call a major function on a specified target neuron. Only the followees of the target neuron may vote on these proposals, which effectively provides the followees with control over the target neuron. This can provide a convenient and highly secure means for a team of individuals to manage an important neuron. For example, a neuron might hold a large balance, or belong to an organization of high repute, and be publicized so that many other neurons can follow its vote. In both cases, managing the private key of the principal securely could be problematic. (Either a single copy is held, which is very insecure and provides for a single party to take control, or a group of individuals must divide responsibility \u2014 for example, using threshold cryptography, which is complex and time consuming). To address this using this proposal type, the important neuron can be configured to follow the neurons controlled by individual members of a team. Now they can submit proposals to make the important neuron perform actions, which are adopted if and only if a majority of them vote to adopt. (Submitting such a proposal costs a small fee, to prevent denial-of-service attacks.) Nearly any command on the target neuron can be executed, including commands that change the follow rules, allowing the set of team members to be dynamic. Only the final step of dissolving the neuron once its dissolve delay reaches zero cannot be performed using this type of proposal, since this would allow control/\"ownership\" over the locked balances to be transferred. (The only exception to this rule applies to not-for-profit organizations, which may be allowed to dissolve their neurons without using the initial private key.) To prevent a neuron falling under the malign control of the principal's private key by accident, the private key can be destroyed so that the neuron can only be controlled by its followees, although this makes it impossible to subsequently unlock the balance.","type_name":"Manage Neuron","value":{"command":{"Disburse":{"amount_e8s":5000000010000,"to_account":"0d34f2dc21eb680f99962659a6a0c2ccd9c68ec365962ae0eaf293f0"}},"neuron_id":1035}},"settled_at":null,"status":"EXECUTED","success_value":null,"summary":"Disburse Tokens 62dd39780d34f2dc21eb680f99962659a6a0c2ccd9c68ec365962ae0eaf293f0 (2026-10-08)","title":"Manage neuron proposal for neuron: 1035","topic":"TOPIC_NEURON_MANAGEMENT","total_potential_voting_power":3,"updated_at":"2026-10-08T16:56:03.728331","url":""},{"action":"ManageNeuron","action_nns_function":null,"classification":null,"deadline_timestamp_seconds":1791642712,"decided_timestamp_seconds":1791478530,"derived_proposal_information":null,"dfinity_proposer":true,"executed_timestamp_seconds":1791478530,"failed_timestamp_seconds":0,"failure_reason":null,"id":124565,"latest_tally":{"no":0,"timestamp_seconds":1791478530,"total":3,"yes":2},"payload":{"command":{"Disburse":{"amount":{"e8s":5000000010000},"to_account":{"hash":"0d34f2dc21eb680f99962659a6a0c2ccd9c68ec365962ae0eaf293f0"}}},"id":"1035","neuron_id_or_subaccount":null},"proposal_id":144281,"proposal_timestamp_seconds":1791469912,"proposer":"32","proposer_name":null,"reject_cost_e8s":0,"reward_status":"INELIGIBLE","self_describing_action":{"type_description":"Call a major function on a specified target neuron. Only the followees of the target neuron may vote on these proposals, which effectively provides the followees with control over the target neuron. This can provide a convenient and highly secure means for a team of individuals to manage an important neuron. For example, a neuron might hold a large balance, or belong to an organization of high repute, and be publicized so that many other neurons can follow its vote. In both cases, managing the private key of the principal securely could be problematic. (Either a single copy is held, which is very insecure and provides for a single party to take control, or a group of individuals must divide responsibility \u2014 for example, using threshold cryptography, which is complex and time consuming). To address this using this proposal type, the important neuron can be configured to follow the neurons controlled by individual members of a team. Now they can submit proposals to make the important neuron perform actions, which are adopted if and only if a majority of them vote to adopt. (Submitting such a proposal costs a small fee, to prevent denial-of-service attacks.) Nearly any command on the target neuron can be executed, including commands that change the follow rules, allowing the set of team members to be dynamic. Only the final step of dissolving the neuron once its dissolve delay reaches zero cannot be performed using this type of proposal, since this would allow control/\"ownership\" over the locked balances to be transferred. (The only exception to this rule applies to not-for-profit organizations, which may be allowed to dissolve their neurons without using the initial private key.) To prevent a neuron falling under the malign control of the principal's private key by accident, the private key can be destroyed so that the neuron can only be controlled by its followees, although this makes it impossible to subsequently unlock the balance.","type_name":"Manage Neuron","value":{"command":{"Disburse":{"amount_e8s":5000000010000,"to_account":"0d34f2dc21eb680f99962659a6a0c2ccd9c68ec365962ae0eaf293f0"}},"neuron_id":1035}},"settled_at":null,"status":"EXECUTED","success_value":null,"summary":"Disburse Tokens 62dd39780d34f2dc21eb680f99962659a6a0c2ccd9c68ec365962ae0eaf293f0 (2026-10-08)","title":"Manage neuron proposal for neuron: 1035","topic":"TOPIC_NEURON_MANAGEMENT","total_potential_voting_power":3,"updated_at":"2026-10-08T16:56:03.761791","url":""},{"action":"ManageNeuron","action_nns_function":null,"classification":null,"deadline_timestamp_seconds":1791642704,"decided_timestamp_seconds":1791478523,"derived_proposal_information":null,"dfinity_proposer":true,"executed_timestamp_seconds":1791478523,"failed_timestamp_seconds":0,"failure_reason":null,"id":124564,"latest_tally":{"no":0,"timestamp_seconds":1791478523,"total":3,"yes":2},"payload":{"command":{"Disburse":{"amount":{"e8s":5000000010000},"to_account":{"hash":"0d34f2dc21eb680f99962659a6a0c2ccd9c68ec365962ae0eaf293f0"}}},"id":"1035","neuron_id_or_subaccount":null},"proposal_id":144280,"proposal_timestamp_seconds":1791469904,"proposer":"32","proposer_name":null,"reject_cost_e8s":0,"reward_status":"INELIGIBLE","self_describing_action":{"type_description":"Call a major function on a specified target neuron. Only the followees of the target neuron may vote on these proposals, which effectively provides the followees with control over the target neuron. This can provide a convenient and highly secure means for a team of individuals to manage an important neuron. For example, a neuron might hold a large balance, or belong to an organization of high repute, and be publicized so that many other neurons can follow its vote. In both cases, managing the private key of the principal securely could be problematic. (Either a single copy is held, which is very insecure and provides for a single party to take control, or a group of individuals must divide responsibility \u2014 for example, using threshold cryptography, which is complex and time consuming). To address this using this proposal type, the important neuron can be configured to follow the neurons controlled by individual members of a team. Now they can submit proposals to make the important neuron perform actions, which are adopted if and only if a majority of them vote to adopt. (Submitting such a proposal costs a small fee, to prevent denial-of-service attacks.) Nearly any command on the target neuron can be executed, including commands that change the follow rules, allowing the set of team members to be dynamic. Only the final step of dissolving the neuron once its dissolve delay reaches zero cannot be performed using this type of proposal, since this would allow control/\"ownership\" over the locked balances to be transferred. (The only exception to this rule applies to not-for-profit organizations, which may be allowed to dissolve their neurons without using the initial private key.) To prevent a neuron falling under the malign control of the principal's private key by accident, the private key can be destroyed so that the neuron can only be controlled by its followees, although this makes it impossible to subsequently unlock the balance.","type_name":"Manage Neuron","value":{"command":{"Disburse":{"amount_e8s":5000000010000,"to_account":"0d34f2dc21eb680f99962659a6a0c2ccd9c68ec365962ae0eaf293f0"}},"neuron_id":1035}},"settled_at":null,"status":"EXECUTED","success_value":null,"summary":"Disburse Tokens 62dd39780d34f2dc21eb680f99962659a6a0c2ccd9c68ec365962ae0eaf293f0 (2026-10-08)","title":"Manage neuron proposal for neuron: 1035","topic":"TOPIC_NEURON_MANAGEMENT","total_potential_voting_power":3,"updated_at":"2026-10-08T16:56:03.790388","url":""},{"action":"ManageNeuron","action_nns_function":null,"classification":null,"deadline_timestamp_seconds":1791642696,"decided_timestamp_seconds":1791478515,"derived_proposal_information":null,"dfinity_proposer":true,"executed_timestamp_seconds":1791478515,"failed_timestamp_seconds":0,"failure_reason":null,"id":124563,"latest_tally":{"no":0,"timestamp_seconds":1791478515,"total":3,"yes":2},"payload":{"command":{"Disburse":{"amount":{"e8s":5000000010000},"to_account":{"hash":"0d34f2dc21eb680f99962659a6a0c2ccd9c68ec365962ae0eaf293f0"}}},"id":"1035","neuron_id_or_subaccount":null},"proposal_id":144279,"proposal_timestamp_seconds":1791469896,"proposer":"32","proposer_name":null,"reject_cost_e8s":0,"reward_status":"INELIGIBLE","self_describing_action":{"type_description":"Call a major function on a specified target neuron. Only the followees of the target neuron may vote on these proposals, which effectively provides the followees with control over the target neuron. This can provide a convenient and highly secure means for a team of individuals to manage an important neuron. For example, a neuron might hold a large balance, or belong to an organization of high repute, and be publicized so that many other neurons can follow its vote. In both cases, managing the private key of the principal securely could be problematic. (Either a single copy is held, which is very insecure and provides for a single party to take control, or a group of individuals must divide responsibility \u2014 for example, using threshold cryptography, which is complex and time consuming). To address this using this proposal type, the important neuron can be configured to follow the neurons controlled by individual members of a team. Now they can submit proposals to make the important neuron perform actions, which are adopted if and only if a majority of them vote to adopt. (Submitting such a proposal costs a small fee, to prevent denial-of-service attacks.) Nearly any command on the target neuron can be executed, including commands that change the follow rules, allowing the set of team members to be dynamic. Only the final step of dissolving the neuron once its dissolve delay reaches zero cannot be performed using this type of proposal, since this would allow control/\"ownership\" over the locked balances to be transferred. (The only exception to this rule applies to not-for-profit organizations, which may be allowed to dissolve their neurons without using the initial private key.) To prevent a neuron falling under the malign control of the principal's private key by accident, the private key can be destroyed so that the neuron can only be controlled by its followees, although this makes it impossible to subsequently unlock the balance.","type_name":"Manage Neuron","value":{"command":{"Disburse":{"amount_e8s":5000000010000,"to_account":"0d34f2dc21eb680f99962659a6a0c2ccd9c68ec365962ae0eaf293f0"}},"neuron_id":1035}},"settled_at":null,"status":"EXECUTED","success_value":null,"summary":"Disburse Tokens 62dd39780d34f2dc21eb680f99962659a6a0c2ccd9c68ec365962ae0eaf293f0 (2026-10-08)","title":"Manage neuron proposal for neuron: 1035","topic":"TOPIC_NEURON_MANAGEMENT","total_potential_voting_power":3,"updated_at":"2026-10-08T16:56:03.828832","url":""},{"action":"ManageNeuron","action_nns_function":null,"classification":null,"deadline_timestamp_seconds":1791642682,"decided_timestamp_seconds":1791478467,"derived_proposal_information":null,"dfinity_proposer":true,"executed_timestamp_seconds":1791478467,"failed_timestamp_seconds":0,"failure_reason":null,"id":124562,"latest_tally":{"no":0,"timestamp_seconds":1791478467,"total":3,"yes":2},"payload":{"command":{"Disburse":{"amount":{"e8s":5000000010000},"to_account":{"hash":"0d34f2dc21eb680f99962659a6a0c2ccd9c68ec365962ae0eaf293f0"}}},"id":"1035","neuron_id_or_subaccount":null},"proposal_id":144278,"proposal_timestamp_seconds":1791469882,"proposer":"32","proposer_name":null,"reject_cost_e8s":0,"reward_status":"INELIGIBLE","self_describing_action":{"type_description":"Call a major function on a specified target neuron. Only the followees of the target neuron may vote on these proposals, which effectively provides the followees with control over the target neuron. This can provide a convenient and highly secure means for a team of individuals to manage an important neuron. For example, a neuron might hold a large balance, or belong to an organization of high repute, and be publicized so that many other neurons can follow its vote. In both cases, managing the private key of the principal securely could be problematic. (Either a single copy is held, which is very insecure and provides for a single party to take control, or a group of individuals must divide responsibility \u2014 for example, using threshold cryptography, which is complex and time consuming). To address this using this proposal type, the important neuron can be configured to follow the neurons controlled by individual members of a team. Now they can submit proposals to make the important neuron perform actions, which are adopted if and only if a majority of them vote to adopt. (Submitting such a proposal costs a small fee, to prevent denial-of-service attacks.) Nearly any command on the target neuron can be executed, including commands that change the follow rules, allowing the set of team members to be dynamic. Only the final step of dissolving the neuron once its dissolve delay reaches zero cannot be performed using this type of proposal, since this would allow control/\"ownership\" over the locked balances to be transferred. (The only exception to this rule applies to not-for-profit organizations, which may be allowed to dissolve their neurons without using the initial private key.) To prevent a neuron falling under the malign control of the principal's private key by accident, the private key can be destroyed so that the neuron can only be controlled by its followees, although this makes it impossible to subsequently unlock the balance.","type_name":"Manage Neuron","value":{"command":{"Disburse":{"amount_e8s":5000000010000,"to_account":"0d34f2dc21eb680f99962659a6a0c2ccd9c68ec365962ae0eaf293f0"}},"neuron_id":1035}},"settled_at":null,"status":"EXECUTED","success_value":null,"summary":"Disburse Tokens 62dd39780d34f2dc21eb680f99962659a6a0c2ccd9c68ec365962ae0eaf293f0 (2026-10-08)","title":"Manage neuron proposal for neuron: 1035","topic":"TOPIC_NEURON_MANAGEMENT","total_potential_voting_power":3,"updated_at":"2026-10-08T16:56:03.867817","url":""},{"action":"ExecuteNnsFunction","action_nns_function":"DeployGuestosToAllSubnetNodes","classification":null,"deadline_timestamp_seconds":1791813625,"decided_timestamp_seconds":1791468050,"derived_proposal_information":null,"dfinity_proposer":true,"executed_timestamp_seconds":1791468051,"failed_timestamp_seconds":0,"failure_reason":null,"id":124561,"latest_tally":{"no":38680539267639,"timestamp_seconds":1791653384,"total":64071422689452348,"yes":61121776306830555},"payload":{"replica_version_id":"2cdff28573522b2c9c5e96a4407b50281eb82b5c","subnet_id":"3zsyy-cnoqf-tvlun-ymf55-tkpca-ox7uw-kfxoh-7khwq-2gz43-wafem-lqe"},"proposal_id":144277,"proposal_timestamp_seconds":1791468025,"proposer":"80","proposer_name":null,"reject_cost_e8s":5000000000,"reward_status":"ACCEPT_VOTES","self_describing_action":{"type_description":"Deploy a GuestOS version to a given subnet. The proposal changes the GuestOS version that is used on the specified subnet.\n\nThe version must be contained in the list of elected GuestOS versions.\n\nThe upgrade is completed when the subnet creates the next regular CUP.","type_name":"Deploy GuestOS To All Subnet Nodes","value":{"replica_version_id":"2cdff28573522b2c9c5e96a4407b50281eb82b5c","subnet_id":"3zsyy-cnoqf-tvlun-ymf55-tkpca-ox7uw-kfxoh-7khwq-2gz43-wafem-lqe"}},"settled_at":null,"status":"EXECUTED","success_value":null,"summary":"Update subnet 3zsyy-cnoqf-tvlun-ymf55-tkpca-ox7uw-kfxoh-7khwq-2gz43-wafem-lqe to replica version [2cdff28573522b2c9c5e96a4407b50281eb82b5c](https://dashboard.internetcomputer.org/release/2cdff28573522b2c9c5e96a4407b50281eb82b5c)","title":"Update subnet 3zsyy to replica version 2cdff28","topic":"TOPIC_IC_OS_VERSION_DEPLOYMENT","total_potential_voting_power":88161568611548638,"updated_at":"2026-10-10T19:48:03.192741","url":""},{"action":"ExecuteNnsFunction","action_nns_function":"DeployGuestosToAllSubnetNodes","classification":null,"deadline_timestamp_seconds":1791813624,"decided_timestamp_seconds":1791468040,"derived_proposal_information":null,"dfinity_proposer":true,"executed_timestamp_seconds":1791468045,"failed_timestamp_seconds":0,"failure_reason":null,"id":124560,"latest_tally":{"no":38680539420865,"timestamp_seconds":1791653397,"total":64071444120450544,"yes":61124854128386392},"payload":{"replica_version_id":"2cdff28573522b2c9c5e96a4407b50281eb82b5c","subnet_id":"x4jtx-5dnbo-v3exa-vzamo-teufh-qsiit-txx4g-mi76n-ckrfl-oc5a6-nae"},"proposal_id":144276,"proposal_timestamp_seconds":1791468024,"proposer":"80","proposer_name":null,"reject_cost_e8s":5000000000,"reward_status":"ACCEPT_VOTES","self_describing_action":{"type_description":"Deploy a GuestOS version to a given subnet. The proposal changes the GuestOS version that is used on the specified subnet.\n\nThe version must be contained in the list of elected GuestOS versions.\n\nThe upgrade is completed when the subnet creates the next regular CUP.","type_name":"Deploy GuestOS To All Subnet Nodes","value":{"replica_version_id":"2cdff28573522b2c9c5e96a4407b50281eb82b5c","subnet_id":"x4jtx-5dnbo-v3exa-vzamo-teufh-qsiit-txx4g-mi76n-ckrfl-oc5a6-nae"}},"settled_at":null,"status":"EXECUTED","success_value":null,"summary":"Update subnet x4jtx-5dnbo-v3exa-vzamo-teufh-qsiit-txx4g-mi76n-ckrfl-oc5a6-nae to replica version [2cdff28573522b2c9c5e96a4407b50281eb82b5c](https://dashboard.internetcomputer.org/release/2cdff28573522b2c9c5e96a4407b50281eb82b5c)","title":"Update subnet x4jtx to replica version 2cdff28","topic":"TOPIC_IC_OS_VERSION_DEPLOYMENT","total_potential_voting_power":88161585567024321,"updated_at":"2026-10-10T19:48:03.231432","url":""},{"action":"ExecuteNnsFunction","action_nns_function":"DeployGuestosToAllSubnetNodes","classification":null,"deadline_timestamp_seconds":1791810034,"decided_timestamp_seconds":1791464476,"derived_proposal_information":null,"dfinity_proposer":true,"executed_timestamp_seconds":1791464477,"failed_timestamp_seconds":0,"failure_reason":null,"id":124559,"latest_tally":{"no":38681089521465,"timestamp_seconds":1791653404,"total":64087974835323212,"yes":61136530871044252},"payload":{"replica_version_id":"2cdff28573522b2c9c5e96a4407b50281eb82b5c","subnet_id":"3hhby-wmtmw-umt4t-7ieyg-bbiig-xiylg-sblrt-voxgt-bqckd-a75bf-rqe"},"proposal_id":144275,"proposal_timestamp_seconds":1791464434,"proposer":"80","proposer_name":null,"reject_cost_e8s":5000000000,"reward_status":"ACCEPT_VOTES","self_describing_action":{"type_description":"Deploy a GuestOS version to a given subnet. The proposal changes the GuestOS version that is used on the specified subnet.\n\nThe version must be contained in the list of elected GuestOS versions.\n\nThe upgrade is completed when the subnet creates the next regular CUP.","type_name":"Deploy GuestOS To All Subnet Nodes","value":{"replica_version_id":"2cdff28573522b2c9c5e96a4407b50281eb82b5c","subnet_id":"3hhby-wmtmw-umt4t-7ieyg-bbiig-xiylg-sblrt-voxgt-bqckd-a75bf-rqe"}},"settled_at":null,"status":"EXECUTED","success_value":null,"summary":"Update subnet 3hhby-wmtmw-umt4t-7ieyg-bbiig-xiylg-sblrt-voxgt-bqckd-a75bf-rqe to replica version [2cdff28573522b2c9c5e96a4407b50281eb82b5c](https://dashboard.internetcomputer.org/release/2cdff28573522b2c9c5e96a4407b50281eb82b5c)","title":"Update subnet 3hhby to replica version 2cdff28","topic":"TOPIC_IC_OS_VERSION_DEPLOYMENT","total_potential_voting_power":88162216719824682,"updated_at":"2026-10-10T19:48:03.270001","url":""},{"action":"ExecuteNnsFunction","action_nns_function":"DeployGuestosToAllSubnetNodes","classification":null,"deadline_timestamp_seconds":1791810029,"decided_timestamp_seconds":1791464473,"derived_proposal_information":null,"dfinity_proposer":true,"executed_timestamp_seconds":1791464475,"failed_timestamp_seconds":0,"failure_reason":null,"id":124558,"latest_tally":{"no":38681090287661,"timestamp_seconds":1791653417,"total":64088014932547714,"yes":61136813951312961},"payload":{"replica_version_id":"2cdff28573522b2c9c5e96a4407b50281eb82b5c","subnet_id":"nl6hn-ja4yw-wvmpy-3z2jx-ymc34-pisx3-3cp5z-3oj4a-qzzny-jbsv3-4qe"},"proposal_id":144274,"proposal_timestamp_seconds":1791464429,"proposer":"80","proposer_name":null,"reject_cost_e8s":5000000000,"reward_status":"ACCEPT_VOTES","self_describing_action":{"type_description":"Deploy a GuestOS version to a given subnet. The proposal changes the GuestOS version that is used on the specified subnet.\n\nThe version must be contained in the list of elected GuestOS versions.\n\nThe upgrade is completed when the subnet creates the next regular CUP.","type_name":"Deploy GuestOS To All Subnet Nodes","value":{"replica_version_id":"2cdff28573522b2c9c5e96a4407b50281eb82b5c","subnet_id":"nl6hn-ja4yw-wvmpy-3z2jx-ymc34-pisx3-3cp5z-3oj4a-qzzny-jbsv3-4qe"}},"settled_at":null,"status":"EXECUTED","success_value":null,"summary":"Update subnet nl6hn-ja4yw-wvmpy-3z2jx-ymc34-pisx3-3cp5z-3oj4a-qzzny-jbsv3-4qe to replica version [2cdff28573522b2c9c5e96a4407b50281eb82b5c](https://dashboard.internetcomputer.org/release/2cdff28573522b2c9c5e96a4407b50281eb82b5c)","title":"Update subnet nl6hn to replica version 2cdff28","topic":"TOPIC_IC_OS_VERSION_DEPLOYMENT","total_potential_voting_power":88162234438359499,"updated_at":"2026-10-10T19:48:03.318695","url":""},{"action":"ExecuteNnsFunction","action_nns_function":"DeployGuestosToAllSubnetNodes","classification":null,"deadline_timestamp_seconds":1791810026,"decided_timestamp_seconds":1791464457,"derived_proposal_information":null,"dfinity_proposer":true,"executed_timestamp_seconds":1791464458,"failed_timestamp_seconds":0,"failure_reason":null,"id":124557,"latest_tally":{"no":38681090747371,"timestamp_seconds":1791653410,"total":64088045696719603,"yes":61138966534398506},"payload":{"replica_version_id":"2cdff28573522b2c9c5e96a4407b50281eb82b5c","subnet_id":"pzp6e-ekpqk-3c5x7-2h6so-njoeq-mt45d-h3h6c-q3mxf-vpeq5-fk5o7-yae"},"proposal_id":144273,"proposal_timestamp_seconds":1791464426,"proposer":"80","proposer_name":null,"reject_cost_e8s":5000000000,"reward_status":"ACCEPT_VOTES","self_describing_action":{"type_description":"Deploy a GuestOS version to a given subnet. The proposal changes the GuestOS version that is used on the specified subnet.\n\nThe version must be contained in the list of elected GuestOS versions.\n\nThe upgrade is completed when the subnet creates the next regular CUP.","type_name":"Deploy GuestOS To All Subnet Nodes","value":{"replica_version_id":"2cdff28573522b2c9c5e96a4407b50281eb82b5c","subnet_id":"pzp6e-ekpqk-3c5x7-2h6so-njoeq-mt45d-h3h6c-q3mxf-vpeq5-fk5o7-yae"}},"settled_at":null,"status":"EXECUTED","success_value":null,"summary":"Update subnet pzp6e-ekpqk-3c5x7-2h6so-njoeq-mt45d-h3h6c-q3mxf-vpeq5-fk5o7-yae to replica version [2cdff28573522b2c9c5e96a4407b50281eb82b5c](https://dashboard.internetcomputer.org/release/2cdff28573522b2c9c5e96a4407b50281eb82b5c)","title":"Update subnet pzp6e to replica version 2cdff28","topic":"TOPIC_IC_OS_VERSION_DEPLOYMENT","total_potential_voting_power":88162251775317476,"updated_at":"2026-10-10T19:48:03.362350","url":""},{"action":"ExecuteNnsFunction","action_nns_function":"DeployGuestosToAllSubnetNodes","classification":null,"deadline_timestamp_seconds":1791803347,"decided_timestamp_seconds":1791457776,"derived_proposal_information":null,"dfinity_proposer":true,"executed_timestamp_seconds":1791457777,"failed_timestamp_seconds":0,"failure_reason":null,"id":124556,"latest_tally":{"no":38682114325237,"timestamp_seconds":1791653445,"total":64117974875950769,"yes":61166600864255062},"payload":{"replica_version_id":"2cdff28573522b2c9c5e96a4407b50281eb82b5c","subnet_id":"x33ed-h457x-bsgyx-oqxqf-6pzwv-wkhzr-rm2j3-npodi-purzm-n66cg-gae"},"proposal_id":144272,"proposal_timestamp_seconds":1791457747,"proposer":"80","proposer_name":null,"reject_cost_e8s":5000000000,"reward_status":"ACCEPT_VOTES","self_describing_action":{"type_description":"Deploy a GuestOS version to a given subnet. The proposal changes the GuestOS version that is used on the specified subnet.\n\nThe version must be contained in the list of elected GuestOS versions.\n\nThe upgrade is completed when the subnet creates the next regular CUP.","type_name":"Deploy GuestOS To All Subnet Nodes","value":{"replica_version_id":"2cdff28573522b2c9c5e96a4407b50281eb82b5c","subnet_id":"x33ed-h457x-bsgyx-oqxqf-6pzwv-wkhzr-rm2j3-npodi-purzm-n66cg-gae"}},"settled_at":null,"status":"EXECUTED","success_value":null,"summary":"Update subnet x33ed-h457x-bsgyx-oqxqf-6pzwv-wkhzr-rm2j3-npodi-purzm-n66cg-gae to replica version [2cdff28573522b2c9c5e96a4407b50281eb82b5c](https://dashboard.internetcomputer.org/release/2cdff28573522b2c9c5e96a4407b50281eb82b5c)","title":"Update subnet x33ed to replica version 2cdff28","topic":"TOPIC_IC_OS_VERSION_DEPLOYMENT","total_potential_voting_power":88163463367509680,"updated_at":"2026-10-10T19:48:03.407566","url":""},{"action":"ExecuteNnsFunction","action_nns_function":"DeployGuestosToAllSubnetNodes","classification":null,"deadline_timestamp_seconds":1791803341,"decided_timestamp_seconds":1791457766,"derived_proposal_information":null,"dfinity_proposer":true,"executed_timestamp_seconds":1791457767,"failed_timestamp_seconds":0,"failure_reason":null,"id":124555,"latest_tally":{"no":38682115244841,"timestamp_seconds":1791653427,"total":64118019639417645,"yes":61169315994266664},"payload":{"replica_version_id":"2cdff28573522b2c9c5e96a4407b50281eb82b5c","subnet_id":"gmq5v-hbozq-uui6y-o55wc-ihop3-562wb-3qspg-nnijg-npqp5-he3cj-3ae"},"proposal_id":144271,"proposal_timestamp_seconds":1791457741,"proposer":"80","proposer_name":null,"reject_cost_e8s":5000000000,"reward_status":"ACCEPT_VOTES","self_describing_action":{"type_description":"Deploy a GuestOS version to a given subnet. The proposal changes the GuestOS version that is used on the specified subnet.\n\nThe version must be contained in the list of elected GuestOS versions.\n\nThe upgrade is completed when the subnet creates the next regular CUP.","type_name":"Deploy GuestOS To All Subnet Nodes","value":{"replica_version_id":"2cdff28573522b2c9c5e96a4407b50281eb82b5c","subnet_id":"gmq5v-hbozq-uui6y-o55wc-ihop3-562wb-3qspg-nnijg-npqp5-he3cj-3ae"}},"settled_at":null,"status":"EXECUTED","success_value":null,"summary":"Update subnet gmq5v-hbozq-uui6y-o55wc-ihop3-562wb-3qspg-nnijg-npqp5-he3cj-3ae to replica version [2cdff28573522b2c9c5e96a4407b50281eb82b5c](https://dashboard.internetcomputer.org/release/2cdff28573522b2c9c5e96a4407b50281eb82b5c)","title":"Update subnet gmq5v to replica version 2cdff28","topic":"TOPIC_IC_OS_VERSION_DEPLOYMENT","total_potential_voting_power":88163481276824697,"updated_at":"2026-10-10T19:48:03.455519","url":""},{"action":"ExecuteNnsFunction","action_nns_function":"DeployGuestosToAllSubnetNodes","classification":null,"deadline_timestamp_seconds":1791803339,"decided_timestamp_seconds":1791457752,"derived_proposal_information":null,"dfinity_proposer":true,"executed_timestamp_seconds":1791457754,"failed_timestamp_seconds":0,"failure_reason":null,"id":124554,"latest_tally":{"no":38716208286923,"timestamp_seconds":1791653519,"total":64118045736836585,"yes":61166954888745789},"payload":{"replica_version_id":"2cdff28573522b2c9c5e96a4407b50281eb82b5c","subnet_id":"mpubz-g52jc-grhjo-5oze5-qcj74-sex34-omprz-ivnsm-qvvhr-rfzpv-vae"},"proposal_id":144270,"proposal_timestamp_seconds":1791457739,"proposer":"80","proposer_name":null,"reject_cost_e8s":5000000000,"reward_status":"ACCEPT_VOTES","self_describing_action":{"type_description":"Deploy a GuestOS version to a given subnet. The proposal changes the GuestOS version that is used on the specified subnet.\n\nThe version must be contained in the list of elected GuestOS versions.\n\nThe upgrade is completed when the subnet creates the next regular CUP.","type_name":"Deploy GuestOS To All Subnet Nodes","value":{"replica_version_id":"2cdff28573522b2c9c5e96a4407b50281eb82b5c","subnet_id":"mpubz-g52jc-grhjo-5oze5-qcj74-sex34-omprz-ivnsm-qvvhr-rfzpv-vae"}},"settled_at":null,"status":"EXECUTED","success_value":null,"summary":"Update subnet mpubz-g52jc-grhjo-5oze5-qcj74-sex34-omprz-ivnsm-qvvhr-rfzpv-vae to replica version [2cdff28573522b2c9c5e96a4407b50281eb82b5c](https://dashboard.internetcomputer.org/release/2cdff28573522b2c9c5e96a4407b50281eb82b5c)","title":"Update subnet mpubz to replica version 2cdff28","topic":"TOPIC_IC_OS_VERSION_DEPLOYMENT","total_potential_voting_power":88163498422859883,"updated_at":"2026-10-10T19:48:03.494831","url":""},{"action":"ExecuteNnsFunction","action_nns_function":"DeployGuestosToAllSubnetNodes","classification":null,"deadline_timestamp_seconds":1791795634,"decided_timestamp_seconds":1791450061,"derived_proposal_information":null,"dfinity_proposer":true,"executed_timestamp_seconds":1791450061,"failed_timestamp_seconds":0,"failure_reason":null,"id":124553,"latest_tally":{"no":39285466185128,"timestamp_seconds":1791653460,"total":64159745082486149,"yes":61196227436253753},"payload":{"replica_version_id":"2cdff28573522b2c9c5e96a4407b50281eb82b5c","subnet_id":"bkfrj-6k62g-dycql-7h53p-atvkj-zg4to-gaogh-netha-ptybj-ntsgw-rqe"},"proposal_id":144269,"proposal_timestamp_seconds":1791450034,"proposer":"80","proposer_name":null,"reject_cost_e8s":5000000000,"reward_status":"ACCEPT_VOTES","self_describing_action":{"type_description":"Deploy a GuestOS version to a given subnet. The proposal changes the GuestOS version that is used on the specified subnet.\n\nThe version must be contained in the list of elected GuestOS versions.\n\nThe upgrade is completed when the subnet creates the next regular CUP.","type_name":"Deploy GuestOS To All Subnet Nodes","value":{"replica_version_id":"2cdff28573522b2c9c5e96a4407b50281eb82b5c","subnet_id":"bkfrj-6k62g-dycql-7h53p-atvkj-zg4to-gaogh-netha-ptybj-ntsgw-rqe"}},"settled_at":null,"status":"EXECUTED","success_value":null,"summary":"Update subnet bkfrj-6k62g-dycql-7h53p-atvkj-zg4to-gaogh-netha-ptybj-ntsgw-rqe to replica version [2cdff28573522b2c9c5e96a4407b50281eb82b5c](https://dashboard.internetcomputer.org/release/2cdff28573522b2c9c5e96a4407b50281eb82b5c)","title":"Update subnet bkfrj to replica version 2cdff28","topic":"TOPIC_IC_OS_VERSION_DEPLOYMENT","total_potential_voting_power":88170892550108681,"updated_at":"2026-10-10T19:48:03.540018","url":""},{"action":"ExecuteNnsFunction","action_nns_function":"DeployGuestosToAllSubnetNodes","classification":null,"deadline_timestamp_seconds":1791795628,"decided_timestamp_seconds":1791450052,"derived_proposal_information":null,"dfinity_proposer":true,"executed_timestamp_seconds":1791450052,"failed_timestamp_seconds":0,"failure_reason":null,"id":124552,"latest_tally":{"no":39251368559363,"timestamp_seconds":1791653479,"total":64159789691254004,"yes":61196398018490463},"payload":{"replica_version_id":"2cdff28573522b2c9c5e96a4407b50281eb82b5c","subnet_id":"jtdsg-3h6gi-hs7o5-z2soi-43w3z-soyl3-ajnp3-ekni5-sw553-5kw67-nqe"},"proposal_id":144268,"proposal_timestamp_seconds":1791450028,"proposer":"80","proposer_name":null,"reject_cost_e8s":5000000000,"reward_status":"ACCEPT_VOTES","self_describing_action":{"type_description":"Deploy a GuestOS version to a given subnet. The proposal changes the GuestOS version that is used on the specified subnet.\n\nThe version must be contained in the list of elected GuestOS versions.\n\nThe upgrade is completed when the subnet creates the next regular CUP.","type_name":"Deploy GuestOS To All Subnet Nodes","value":{"replica_version_id":"2cdff28573522b2c9c5e96a4407b50281eb82b5c","subnet_id":"jtdsg-3h6gi-hs7o5-z2soi-43w3z-soyl3-ajnp3-ekni5-sw553-5kw67-nqe"}},"settled_at":null,"status":"EXECUTED","success_value":null,"summary":"Update subnet jtdsg-3h6gi-hs7o5-z2soi-43w3z-soyl3-ajnp3-ekni5-sw553-5kw67-nqe to replica version [2cdff28573522b2c9c5e96a4407b50281eb82b5c](https://dashboard.internetcomputer.org/release/2cdff28573522b2c9c5e96a4407b50281eb82b5c)","title":"Update subnet jtdsg to replica version 2cdff28","topic":"TOPIC_IC_OS_VERSION_DEPLOYMENT","total_potential_voting_power":88170910459460975,"updated_at":"2026-10-10T19:48:03.583503","url":""}],"max_proposal_index":124307,"total_proposals":124307}