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1. jdbencardinop

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   fork-backlogMaintainer backlog for the multi-machine forkMaintainer backlog for the multi-machine fork

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   pinned this issue on Sep 14, 2026
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   added sub-issues on Sep 14, 2026

   • [M-002] Reconcile maintained roots onto stable v0.0.42 #2
   • [ATT-01] Persist current approval and input attention #3
   • [ATT-02] Project thread awareness and lifecycle failures #4
   • [ATT-03] Synchronize bounded attention snapshots and live deltas #5
   • [ATT-04] Aggregate attention across connected environments #6
   • [ATT-06] Extend upstream notifications with canonical attention policy #8
   • [ATT-05] Add the web and desktop attention inbox #7
   • [TWS-01] Refresh read-only topology and authoritative thread context #9
   • [TWS-02] Add TWS secondary repository and thread grouping #10
   • [TAG-01] Store environment-owned manual thread tags #11
   • [TAG-02] Add web and desktop tag actions and filters #12
   • [TAG-03] Add native mobile tag actions and management #13
   • [TAG-04] Derive TWS tags with explicit stale and revoked states #14
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5. jdbencardinop commented on Oct 29, 2026

   

   jdbencardinop

   on Oct 29, 2026

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   Later checkpoint: physical Android installed and connected

   The approved in-place update on the Samsung Galaxy A54 (Android 16, ARM64) succeeded. The existing development app was updated from native version 1.2.0 to 2.2.0 without uninstalling or clearing data. The signing certificate and app UID were retained, and the installed APK matches the already-qualified candidate SHA-256 e27ea13bef29bb23132069e3782379bb147786b6d5d25b82b51394b989649838.

   Product source remains 16d428db823f17c18ec16a79e1ec12ae4ba795c1; this is new evidence, not another product build or a main/release promotion.

   The phone paired through the normal Add environment form to the isolated validation backend using USB forwarding. Its previous saved environment remains registered, although that environment was unreachable during this check and its compatibility is not qualified here.

   Demonstrated: standalone cold launch with Metro stopped and OTA updates disabled, saved pairing retained, existing fixture history loaded, and a fresh local Replay turn received after restart without another reload. Run ordinal 5 completed successfully with todo list fixture complete; its expanded prompt and completion are visible below. No new paid model turn was used.

   Open limitation: immediately after pairing, the list initially showed both fixture threads, then only the native thread with a working indicator despite completed authoritative runs. A cold restart restored both threads. The cause was not isolated, so initial-list freshness is not marked passed. Ordinal 4 was only observed after restart and is deliberately not counted as live-stream proof; ordinal 5 provides the post-restart live proof.

   This connection is USB-only and stops working when unplugged. It does not qualify LAN/VPN/relay access, notifications, or background delivery. Windows/WSL/Ubuntu runtime qualification and physical iPhone qualification remain separate.

   

   The earlier reconciliation report and receiving-host runbook remain the baseline. This later checkpoint does not retroactively change their earlier emulator-only statements.

   An independent GPT-6.1 Sol reviewer inspected the new record, image, package preflight and runtime receipts, finding no significant inaccuracies or overclaims within that bounded scope. The unresolved initial-list behavior is not waived by that review.

   The structured physical-phone checkpoint is committed on reconcile/v0.1.4-fork. Product source is unchanged.

   Model: GPT-6 Astra. Harness: GitHub Copilot CLI.
6. jdbencardinop commented on Oct 30, 2026

   

   jdbencardinop

   on Oct 30, 2026

   Last edited by jdbencardinop

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   v0.1.4 receiving-host qualification and recovery

   This is a qualification report, not a production deployment announcement.
   The tested runtime remains 16d428db823f17c18ec16a79e1ec12ae4ba795c1,
   version 0.1.4-preview.20261029.1, on upstream
   783581d461dc72cdd8f78fc8abb4ad536dfc4547.
   It supplements the earlier reconciliation report.
   Qualification and owned-test cleanup below are closed through 12:58 UTC.
   The separate read-only post-recovery observer completed its 14:30 UTC closeout.

   Source and tpatch accounting

   Two additional maintained roots were recorded and independently reviewed:

   • windows-preview-zip-artifact adds an optional ZIP workflow output while
     retaining NSIS as the default. No ZIP build was dispatched or qualified.
     Both Windows hosts instead verified and extracted the existing NSIS payload
     without running the installer.
   • linux-runtime-libatomic-prerequisite documents the Linux loader dependency
     and distinguishes a pristine image from an explicitly dependency-installed
     test variant. It does not install packages or change runtime behavior.

   The thirteen-root composition exactly reproduces tree
   194f437791ac3accb8dd0542fbe75b5378bc52b2, including file modes, outside
   administrative .tpatch metadata. Its recorded target is
   be4a0ae86808cbba5d23663a1e5d4fbe15493892.
   The latest documentation feature still encounters the known parent-footprint
   verification limitation tracked in tesseracode/tesserapatch#26; independent
   exact replay is the disclosed exception, not an all-green verifier claim.

   Only workflow and documentation files changed outside .tpatch after the
   tested runtime source. No replacement native build was needed. No additional
   CI attempt was used; the existing three remaining attempts per target were
   not consumed.

   Receiving-host evidence

   Gate	Supported result	Boundary
   Both Windows hosts	Independently reviewed fresh-profile native startup, real Copilot approval/tool delivery and reversible client-only OFF/restart/ON	Same-machine independent V2 backends; not production catalog migration or every cross-machine route
   Primary Windows cold continuation	Same native session reference, actual native resume, new provider PID and Ctrl+Enter submission at 600 CSS pixels	One supervised no-tools continuation; not every frame or every device
   First Ubuntu host	Packaged native runtime and one supervised no-tools Copilot marker, 19 assertions	Limited independent no-findings review; its attempted temporary cross-machine forward failed and was cleaned without repair
   Dedicated WSL pristine image	Startup blocked by missing libatomic.so.1	Not passed
   Dedicated WSL dependency-installed variant	Independently reviewed cold/warm startup, cache and identity reuse, both/WSL-only/both restarts, fresh CLI metadata and owned cleanup	Nine images reviewed; no provider turn, continuous-process or startup-performance claim
   Dedicated WSL executable-mode recovery	Same reviewer confirmed one rg execute-bit fault, product-managed cache recovery, successful repaired rg --version, and complete owned cleanup	Three additional images reviewed; no in-place-repair, provider-turn or separate fresh native public-version response claim in this subgate
   Second Ubuntu host	Independently reviewed scoped runtime/data/ownership successes: pinned load, one project and fresh identity retained across a cold restart, both backends and detached monitors stopped	Initial overall result failed its auth-cleanup assertion; not a full PASS or browser/protected-wire-protocol qualification
   Physical Android follow-up	In-place installation, pairing, retained environments after cold restart and a fresh live update were independently reviewed	Initial list freshness remains unresolved and explicitly accepted as non-blocking

   Four logical paid product-test turns were reported: two on primary Windows,
   one on the other Windows host and one on the first Ubuntu host. This is not a
   billing, token or SDK-request count. No paid WSL turn or additional paid turn
   was needed for the later readiness work.

   Primary Windows search and skill selection/removal have additional UI
   observations. Resizing a viewport is not proof of the Appearance Chat width
   preference; that Windows preference gate remains unqualified.

   The second Ubuntu run first stopped on extractor-created directory modes that
   differed from the archive. Only the validated directory modes were corrected;
   all 4,741 entries were then verified before execution. This was a harness
   correction, not a packaged-runtime fix or the separate WSL executable-mode test.

   Its initial auth cleanup successfully revoked the first automatic startup
   grant but did not target a second startup grant. That grant subsequently
   expired without revocation. Two historical CLI-issued bearer rows were already
   revoked; there were zero active sessions, not zero total session rows. An
   overstrict total-row guard stopped the separately permitted offline cleanup
   before invocation. These failures remain recorded. No active pairing grant,
   active bearer session or reachable test backend remains, but expiry is not
   labeled revocation and the original overall assertion is not relabeled PASS.
   No product defect was established.

   The WSL mode test used only its dedicated test distro and inactive runtime
   cache. A verified cache-only backup preceded the single 0755 to 0644
   change. The normal product invalidated and restaged the verified cache;
   expected bytes, ownership and executable mode were restored. All 27 tracked
   guest processes exited, and independent checks confirmed released
   ports and preserved originals. Matching sampled inode numbers were not used
   to claim in-place repair. No manual rollback was needed.

   Actual shipped-data migration rehearsal

   A consistent, read-only snapshot of the original WSL database was exercised
   through the real candidate persistence/importer layers without launching a
   server, provider or workspace operation. One thread, five user/assistant
   messages and all thirteen auth rows were retained; source bytes were unchanged,
   and reopening imported zero additional messages.

   This does not preserve old native sessions, tool/activity/checkpoint history
   or prove encrypted-catalog credential usability. The first V1 continuation is
   intentionally a fresh native provider session with transcript handoff.

   The focused migration command was:

   vp test run apps/server/src/persistence/initializeV2Database.test.ts apps/server/src/orchestration-v2/legacy/LegacyV1ThreadImporter.test.ts apps/server/src/orchestration-v2/legacy/LegacyV1Cutover.integration.test.ts
   

   Result: two files passed and one failed; seven tests passed and one failed.
   The upstream synthetic cutover fixture uses a migration-41 ledger name that
   the fork guard rejects. The actual shipped ledger is canonical and passed
   the separate snapshot rehearsal. The guard was not weakened and the fixture
   failure was not hidden.

   vp test run apps/server/src/auth/SessionStore.test.ts -t 'keeps recorded scopes unchanged|keeps reusable dev auth local'
   

   Result: both selected tests passed; thirteen unselected tests were skipped.
   No repository-wide check was run for this overnight qualification.

   Preservation incident and recovery

   At 10:27 UTC, the primary machine's original Windows and managed-WSL backends
   were found absent without an authorized production stop. The exact exit time
   and cause remain unknown. Bounded log/event/helper inspection did not establish
   a crash, clean shutdown or responsible actor.

   Further mutations were frozen. Pre-start evidence was preserved privately.
   A conservative global process inspection encountered protected records for
   longstanding OS/session services; ordinary metadata identified them without
   changing permissions. The incomplete global census remained recorded as such.
   A narrowly scoped normal-owner check was accepted only for restoration, not
   for backup consistency or migration.

   Exactly one normal launch of the unchanged original application occurred at
   10:53 UTC. By 10:58 UTC, actual Windows and native WSL owners, original versions
   and saved identities were verified. Passive authenticated shell-snapshot
   evidence demonstrated protected application access. The second Windows host
   independently corroborated both existing public consumer routes responding
   again, without claiming its own encrypted-catalog or protected-data proof.

   This is recovery, not uninterrupted preservation, hydrated-chat verification
   or an explanation of the original exit. No installer, transport repair,
   credential extraction, profile reset or production migration was used.
   Raw incident logs may contain sensitive headers; they remain private and are
   not part of this public report.

   All three primary-owned test runtimes were subsequently stopped under a
   separate, narrowly scoped grant. Actual job membership excluded original
   owners and transports before either Windows stop. Linux cleanup separately
   observed the detached resource monitor exiting rather than assuming a
   process-group stop covered it. Original owners and retained routes stayed
   healthy before and after each stage.

   The requested Linux interruption produced backend exit 130 and outer-wrapper
   exit 1. Those values remain recorded, not relabeled as exit 0; actual stop
   receipts, stable process-exit events and released ports establish cleanup.
   Private profiles, journals and evidence were retained.

   The observer was then stopped at 14:30 UTC with its actual exit verified.
   All 178 completed samples, from 11:32:12 to 14:29:13 UTC, passed the sampled
   Windows owner and public Windows/WSL version/identity checks. Sample starts
   were at least sixty seconds apart. This is not continuous uptime, native WSL
   process ownership, protected-data or rendering proof. The original exit cause
   remains unknown; no further original-service or migration changes were made.

   Migration remains gated

   No complete stopped-profile backup, full application restore rehearsal,
   original encrypted catalog/credential rehearsal or production cutover was completed. V1 and V2
   clients and servers are incompatible; a rolling mixed cohort cannot be called
   globally healthy merely because its public endpoints respond.

   Windows and its desktop-managed WSL runtime form one upgrade/rollback boundary.
   Copied managed-SSH entries can bootstrap a remote runtime even with a saved
   bearer, so catalog transport classification must precede any clone launch.
   Any future cutover must preserve existing identities, auth/signing state,
   connections and tunnels, with explicit compatible-client and rollback plans.

   The original services remain the production owners. No PR, main promotion,
   release tag or computer-use experiment was performed.
   Before deployment, finish a connection-preserving catalog and backup/restore
   rehearsal in a separately approved maintenance window, followed by an explicitly
   coordinated compatible-client upgrade. None is implied by these isolated successes.

   Retrospective extension

   Tpatch again helped preserve complete intent, feature ownership and exact
   composition. It did not provide runtime isolation, discover the loader
   prerequisite or prove restoration. The parent-baseline limitation recurred
   with the new documentation child, despite an exact combined replay.

   Archive extraction/tool availability, WSL large-file allocation failure,
   message-correlation mistakes and process-inspection harness corrections are
   separate operational issues, not tpatch defects. The unexpected original-owner
   exit also remains unassigned rather than being attributed to tpatch or a test.
   In particular, archive file ownership need not equal the test shell's UID,
   active sessions are not total historical rows, and a public HTTP-ready response
   does not establish completion of later startup-auth issuance. Acceptance had
   to follow actual product behavior rather than these stronger proxy assumptions.

   The earlier conclusion still holds: stronger evidence and intent accounting,
   with recurring metadata overhead. Plain Git could simplify immediate port
   mechanics, but would still require the intent ledger, source/mode comparison,
   native qualification, migration rehearsal and preservation checks. No measured
   speedup, cost advantage or causal claim is available.

   The previously identified future folds remain Foundation compatibility into
   Foundation and completion watermarks into attention policy. The two new
   packaging children remain explicit; no parent recapture or unrelated
   consolidation was forced merely to silence verification warnings.

   Coordination: GPT-6 Astra in GitHub Copilot CLI. Receiving-host execution and
   independent reviews used GPT-6 Astra and GPT-6.1 Sol in GitHub Copilot CLI,
   with the scopes and limitations stated above.
7. jdbencardinop commented on Oct 30, 2026

   

   jdbencardinop

   on Oct 30, 2026

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   v0.1.4 preview deployed to the six-environment cohort

   The two Windows installations, their two managed WSL backends and both Ubuntu
   services now run the tested 0.1.4-preview.20261029.1 runtime from
   16d428db823f17c18ec16a79e1ec12ae4ba795c1. This is a preview deployment,
   not a main-branch promotion or new release tag.

   Both participating Windows clients independently read fresh authenticated
   Providers data from all six environments. Original environment identities
   and existing saved connection names/endpoints were retained. No re-pair was
   needed for those read checks, and no new paid provider turn was run.

   Deployment record

   Times below are UTC on October 30.

   Boundary	Activation and acceptance
   Primary Windows + managed WSL	Normal installer launched the new desktop at 18:55:57; actual Windows/native WSL owners, pinned payload, original identities and protected local reads accepted by 19:01:31.
   First Ubuntu	Existing service switched at 19:05:25; new owner/pin/protocol/original identity and protected data through the existing saved route verified at 19:06:23.
   Second Ubuntu	Existing service switched at 19:13:50; actual new owner/pin/protocol/original identity and protected saved-route read verified at 19:16:39.
   Secondary Windows + managed WSL	Following direct operator timing approval, ordinary shutdown drained at 19:24:40; one installer launched the new desktop at 19:28:28. Both local protected reads and exact ownership/payload/identity checks accepted by 19:41:33.

   The primary client's six-target read matrix completed by 19:36:40; the
   secondary's separate matrix completed by 19:47:26. Genuine normal UI evidence
   and runtime receipts remain private on the receiving hosts.

   The Windows installs used the existing fork identity/profile, not a third
   installation. Ubuntu changes were minimal overrides of the existing services,
   retaining host/port/home and unrelated transport definitions. Legacy databases,
   previous releases and private backups were retained. Native provider stores
   were not migrated or rewritten. No stock application was uninstalled.

   Backups and explicit limits

   The user accepted best-effort backups and did not require particular thread
   histories or native-session continuity to survive. No-stop captures covered all
   six environments, including individually consistent SQLite snapshots and
   opaque connection/identity/signing context. Both Windows Chromium captures
   were partial because of live locks/timeouts; failed partial databases are
   explicitly excluded from qualified restore candidates.

   Additional cheap closed critical context was preserved during actual cutovers.
   These are not full atomic OS/profile images or proof of complete rollback.
   The secondary's native recovery copy was verified separately from a retained
   Store-Python-cache copy with a documented access/lifecycle limitation.

   The previously unexplained original-owner exit remains unexplained. Generic
   Windows job membership was disclosed rather than treated as proof of a
   test-job lifetime; normal installed owners persisted after installer/helper
   exit. No OS, foreground, trust or security restriction was bypassed.

   Remaining permission work

   The new UI identifies old saved grants that lack newer fine-grained permissions.
   On the primary client, each of its four remote sessions was independently
   observed with:

   • orchestration:read
   • orchestration:operate
   • terminal:operate
   • relay:read

   The pinned ordinary thread dispatch/launch/stop authorization gate uses the
   retained orchestration:operate scope. This is a source/permission check, not
   an additional paid agent-turn test. Provider/settings controls and other newer
   UI actions remain restricted under the old grants.

   The user explicitly approved normal in-place refresh to the current full
   standard set of sixteen permissions, including access management, relay write
   and environment maintenance. Two conditional first-target refreshes were
   reserved, requiring direct local consent and preservation of IDs/names/routes.
   No completed refresh or updated effective-scope receipt reached the
   coordinator before the 20:20 UTC cutoff. Do not assume the restrictions are
   resolved or that no partial auth action occurred; obtain the final local
   receipts before any further attempt.

   No new work was started after the cutoff. The coordinator receiver exited;
   separate final remote relay/receiver exit confirmations were not received.
   Healthy installed services were not targeted for shutdown.

   Separate requested feature

   copilot-fusion-model-selection
   was registered in requested state on its own branch. The current native
   adapter dynamically passes SDK model IDs, but has no Fusion-tier plumbing;
   full support remains unqualified. Official Fusion documentation and public
   CLI compatibility cautions are recorded in the request.

   No Fusion implementation, SDK upgrade or model change was mixed into this
   deployment. The thirteen-root replay and tested runtime identity remain the
   same as in the qualification report.

   Coordination: GPT-6 Astra in GitHub Copilot CLI. Receiving-host execution and
   qualification evidence: GPT-6 Astra and GPT-6.1 Sol in GitHub Copilot CLI,
   within the stated scopes.
8. jdbencardinop commented on Oct 31, 2026

   

   jdbencardinop

   on Oct 31, 2026

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   October 31 inventory: fleet rollout, mobile compatibility and backlog

   Live changes are paused. This is a read-only inventory and next-step plan,
   not approval for another migration, pairing, install or network change.

   Rollout state

   There are eight known T3 environments: two Macs, two Windows environments,
   their two WSL environments, and two Ubuntu services. Six were migrated to
   0.1.4-preview.20261029.1, source
   16d428db823f17c18ec16a79e1ec12ae4ba795c1.

   Separately, the two Windows clients have eight saved remote connection entries.
   Seven now have actual full-current-sixteen-permission, authenticated-read
   and preserved-identity/name/route checkpoints. All four primary-client entries
   are complete. The remaining entry is the secondary Windows client's connection
   to the primary managed WSL environment; its backend is already migrated.

   The final receiving-view confirmation arrived after the eight-hour window
   expired. Dispatch of its next check was refused; no P4 issuance or exchange was
   reported, and its prepared command was not released. Resume only under fresh
   explicit authorization; the old guarded command has expired.

   Both workers reported actual coordination-helper completion, and the primary's
   receipt was retrieved privately. Exact exit timestamps were not recorded, so
   on-time helper exits and report deadlines are not claimed. No production
   process was targeted in closeout. Earlier transient reconnect observations and
   best-effort backup limitations remain qualified, not silently marked fixed.

   Environment group	Last proven version / remaining migration
   Two Windows, two WSL, two Ubuntu	Migrated v0.1.4 preview; one selected client authorization refresh remains.
   Current arm64 Mac	Fresh public descriptor still reports 0.0.42-preview.20261001.1. Production upgrade remains pending.
   Older Intel Mac	Fresh NetBird descriptor still reports 0.0.42-preview.20261003.2, with its original identity. Controlled source-built V2 migration remains pending.

   The published reconciliation tip is 5de10d464685e7e579883c4ac4fc8350a39c012f.
   No main promotion, new release tag or PR is implied.

   Mobile: signing renewal was not a V2 upgrade

   Client	Last verified installation	Current conclusion
   iPhone	T3 Code Dev 1.2.0 / build 1, legacy V1; October 29 re-sign preserved the working code/resources and app identity/data.	Not upgraded to v0.1.4/V2. Recorded profile expiry is November 5 06:08 UTC / November 4 10:08 PM Pacific.
   Android	T3 Code Dev 2.2.0 / versionCode 1, source 16d428db8; standalone embedded JavaScript, OTA disabled, development identity/debug certificate.	Last verified physical installation matches the tested v0.1.4/V2 client. USB pairing, cold reconnect and a fresh server message were qualified.

   Neither physical phone was currently available for a fresh installed-package
   query. The iPhone's CoreDevice connection is disconnected; cached boot/OS data
   is not a live app inventory. The existing ADB server listed no attached Android.
   No device was woken, launched, installed, paired or newly connected.

   Android's initial stale-list observation remains unresolved and accepted as
   non-blocking. Android network setup is explicitly out of this plan.

   Best first iPhone target

   Use the older Intel Mac with the existing V1 iPhone app first. Its known
   private NetBird endpoint returned HTTP200 with the original identity during
   this audit, and its V1 release matches the phone's last verified client.
   This is not a claim that the Intel Mac is upgraded to V2 or that a phone
   connection has already succeeded.

   The existing server/LaunchAgent and saved phone route avoid a new exposure
   mechanism. It is a laptop: keep it awake for the test rather than assuming
   always-on availability. The private operator report retains the exact endpoint.

   Morning sequence:

   1. Confirm the actual iPhone app opens and matches the expected legacy build.
   2. Connect its existing NetBird profile and confirm the phone-to-host policy.
   3. Open the existing old-Mac entry in T3 and use normal reconnect; do not
      delete/re-add or re-pair merely because it says reconnecting.
   4. Verify transport, then authenticated access to existing projects/history
      from that exact environment. Public HTTP200 alone is not authentication.
   5. Only if authorization genuinely needs renewal, obtain approval for a fresh
      phone-specific grant with agreed compatible scopes. Do not reuse Windows
      codes or mint a token while the user is asleep.
   6. With device-use approval, record secret-free connection/reopen evidence and
      a fresh protected response. No provider turn is necessary for this test.

   Generic private-IP pairing already works; #19's optional NetBird integration is
   not a prerequisite. Windows localhost forwards are not phone addresses, and
   one phone connection does not inherit the desktop's other connections.
   NetBird does not provide T3 mobile push delivery.

   To use the six migrated V2 servers, the iPhone first needs a qualified
   physical-device V2 native build, preserving the personal bundle/team/keychain
   identity for an approved in-place upgrade or explicitly choosing a separate
   candidate. Re-signing the old Expo57 binary or loading newer JavaScript alone
   is insufficient. Coordinate the two Mac migrations with that compatibility
   transition so the working V1 phone path is not removed prematurely.

   The primary Windows host is an existing NetBird anchor, but its known T3 port
   timed out from this Mac and earlier UI showed network access off. A V2 phone
   path would require approved private exposure/access policy, not an assumed
   reachable localhost URL or a backend-outage diagnosis. Do not use public
   netbird expose for this private connection.

   Current GitHub backlog

   Snapshot: 24 open issues, including umbrella #1. Older issue bodies/labels
   are not always updated with the later v0.1.4 evidence; no issues were closed
   or relabeled by this inventory.

   Issue	Topic	Inventory disposition
   #1	Fork workspace roadmap	Canonical tracker; reconcile older body with current rollout comments.
   #10	TWS secondary grouping	Ready after #9; still a later presentation slice.
   #11	Manual tag storage	Ready after #2; prerequisite for tag surfaces.
   #12	Web/desktop tags	Blocked on #11.
   #13	Native mobile tags	Blocked on #11.
   #14	Derived TWS tags	Needs #11; #9 is complete.
   #15	Mobile attention/optional relay	Foreground paths demonstrated; physical iPhone V2/background delivery remain separate coverage.
   #16	Provider capability matrix	Broader native/SDK/adapter/client comparison still queued.
   #17	Native preview packaging	Current preview delivery and scoped Windows/WSL qualification progressed beyond the stale blocked body; review evidence/closeout rather than rebuild blindly.
   #18	Narrow-window send override	Modified shortcuts demonstrated; separate persisted plain-Enter override remains.
   #19	Optional NetBird integration	Requested evaluation; manual private connectivity does not depend on implementing it.
   #21	Context tiers/compaction	Requested; retain effective-runtime versus catalog-budget distinction.
   #22	Windows menu/title-bar dragging	Specific native menu/drag/DPI cases still need proof; generic app qualification is not that proof.
   #23	Chat widths	Upstream controls adopted and Comfortable/Wide reversal measured; broader native coverage/closeout remains qualified.
   #24	Copilot current-work descriptions	Requested; native intent event consumption, not extra polling/model calls.
   #25	Self-hosted/optional notifications	Delivery architecture/rollout evaluation remains; connectivity is not background push.
   #26	Copilot quota/session usage	GitHub-only backlog; tpatch registration explicitly deferred.
   #27	Bottom settled-turn fold control	Requested; existing fold behavior does not implement the specified affordance.
   #28	Client-only mode/ownership	Upstream reuse plus scoped reversible-mode qualification exist; update stale premise/evidence, avoid duplicate implementation.
   #29	Herdr read-only session access	Discovery/provenance/read-only first; no implicit foreign-session takeover.
   #30	Copilot skills picker	Fixed in native V2 workspace-scoped discovery; original host-specific edges and full slash-command parity are not universally qualified.
   #31	Relative-path copying	Upstream basename correction verified on actual clipboard; platform edges and ambiguous agent-written paths remain separate.
   #32	Environment display names	Evaluate aliases/advertised labels without hostname, identity or credential changes; no tpatch registration yet.
   #33	Copilot CLI session import	Decide history/new-conversation/stopped-resume/live-owner/uncertain-owner semantics before implementation.

   Also retained: copilot-fusion-model-selection, requested only on its own
   published feature branch, not deployed. Dynamic model aliases do not prove
   Fusion tier support. No SDK upgrade or Fusion turn was mixed into this work.

   Closed #2-#9 and #20 cover earlier reconciliation, attention, TWS context and
   truthful Copilot lifecycle work; do not recreate those implementations.

   Tpatch and qualification follow-ups

   The last proven v0.1.4 source/file-mode replay uses 13 selected maintained
   roots, not every historical ledger record. Today's read-only tpatch 0.16.0
   dashboard contains 50 entries, including historical and pre-implementation work.
   Legacy background-task/custom-agent/resource/tool-detail/skill-UI requests and
   the old system-generated-turns implementing record need upstream V2 re-audit,
   not automatic replay.

   The status read reports one historical metadata warning:
   satisfied_by on copilot-package-payload-pruning -> windows-portable-packaging-tests while that parent is blocked. No repair ran,
   and it is not asserted to be the same issue as tesseracode/tesserapatch#26.
   The accepted exact-replay exception still requires preserving failed verifier
   evidence and behavioral/platform qualification. No fresh all-green verifier
   claim is made.

   Remaining rollout work is therefore: the final client permission entry,
   physical iPhone V2, the two production Mac upgrades, and explicitly approved
   promotion/release decisions. Optional ZIP delivery and unqualified platform
   corners remain labeled rather than hidden. Larger feature work and computer
   use remain deferred.

   Prior evidence

   • Source qualification
   • Physical Android
   • Receiving-host qualification
   • Six-environment deployment
   • Official NetBird iOS client

   Inventory and plan: GPT-6 Astra in GitHub Copilot CLI. No new runtime/mobile
   installation, pairing, VPN/firewall change, provider turn or feature
   implementation was performed for this inventory.
9. jdbencardinop commented on Nov 3, 2026

   

   jdbencardinop

   on Nov 3, 2026

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   Copilot Fusion: v0.1.4 integration candidate prepared

   Pinned source: integration/v0.1.4-copilot-fusion, df3383e475c3d052bcac52259384cec319dc6901.

   The prior custom build 16d428db823f17c18ec16a79e1ec12ae4ba795c1 (0.1.4-preview.20261029.1, build-only run 40928076911) and current reconciliation tip 5de10d464685e7e579883c4ac4fc8350a39c012f are already ancestors. No wholesale cherry-pick or historical tpatch rewrite is needed. The candidate includes SDK 1.0.28, observed bundled runtime 1.0.105/protocol 3, packaging/layout and licensing fixes, and separately tracked Fusion client presentation.

   Old receiving-host and Android/Mac rollout receipts do not qualify this updated packaged candidate. Remaining gates are current packaged platform execution, native picker/desktop interaction, real client Critique/changed-draft revision, and the preserved native tpatch overlapping-ancestor refusal. Manual canonical replay is not a native verifier pass.

   The first receiving-host relay is pinned offline SDK qualification and read-only inventory only. Build version/channel and CI attempt budget remain to be agreed before artifact assembly. No PR, CI dispatch, publication, live-profile write or installation upgrade has occurred.
10. jdbencardinop commented on Nov 3, 2026

    

    jdbencardinop

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    Copilot Fusion candidate df3383e475: receiving-host offline SDK passes have been relayed for Luffy Windows/WSL, SANJI Ubuntu, mlvm Ubuntu, and Dendenmushi Windows/WSL (raw receipts remain on receiving hosts; Dendenmushi exact pins still need explicit receipt confirmation). Windows runtime execution passed natively, including PowerShell, after integrity-verified offline installation of Windows packages downloaded through WSL; initial npm TLS transport failure remains a separate receipt.

    Actual macOS Electron development-client coverage now includes Settings Fusion opt-in, discovered model/tier controls, and a real High Critique turn: Claude Opus 5.5 solver/final, GPT-6 Luna critic. The correct scheduling answer appears once and survives reload. CDP discovery/attachment succeeds. Some menu actions used semantic DOM activation because pointer delivery/menus lingered; full native-pointer coverage is not claimed.

    Changed-draft revision and mobile picker coverage remain unproven. This is development-client evidence, not packaged release qualification. No CI dispatch, publication or live upgrade.
11. jdbencardinop commented on Nov 4, 2026

    

    jdbencardinop

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    Current-source mobile progress for candidate df3383e (integration/v0.1.4-copilot-fusion):

    • Android Pixel_10 emulator: fingerprint-matched development client loaded current Metro JS. Actual native tier controls exercised Standard, High, Max and explicit Provider default. High Single returned the correct makespan15 scheduling answer; Max Cascade ran Claude Opus5.5 solver/final with GPT6 Sol judge. Standard/default returned exact sentinels. Four intended prompts each have exactly one completed durable final answer.
    • Android cold app restart reconnected without pairing and preserved history/selection. iPhone18 Pro/iOS27 loaded current JS and displayed the same Max Cascade/default/Standard results through registered thread navigation, including cold restart. It also displayed the existing desktop-created High Critique with Opus5.5 solver, GPT6 Luna critic and one correct final answer; this is native presentation, not a new iOS inference turn. iOS picker interaction remains unqualified because the semantic automation framework is unavailable.
    • The initial reused Android release APK and an IME-truncated prompt were excluded from intended current-source task coverage. The supported helper reused a matching cached development client; no native rebuild or dependency installation was needed.
    • Per maintainer instruction, changed-answer revision is observational, not a hard release blocker. No changed committed answer was demonstrated in this pass. SDK issue searches found no relevant replacement bug; this does not establish the runtime never revises. SDK1.0.28 explicitly defines authoritative commitId metadata.

    No source edits, PR, publication, live installation changes or CI dispatch. Remaining distinct gates are newly assembled packaged execution, native tpatch ancestor-overlap support, iOS picker interaction and selection of artifact channel/version/build budget. Receiving-host SDK passes remain reported rather than independently retrieved receipts.

    Model/harness: GPT-6.1 Sol / GitHub Copilot CLI in T3 Code.
12. jdbencardinop commented on Nov 4, 2026

    

    jdbencardinop

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    Preview preparation update: source df3383e475c3d052bcac52259384cec319dc6901, version 0.1.4-preview.20261103.1.

    • Current-source iOS native picker now exercised with the previously recovered AXe1.8.0 workaround: High, Max, Provider default, Standard, and retained Standard after cold restart. This closes the picker automation gap; it is not a new inference run.
    • Build-only run41758659501 passed Linux x64 and Windows x64. Original artifact hashes/source/base/version verified; Windows embeds the same Linux archive digest. Windows ZIP contains65 application files (budget80), with required desktop boot chain present. Receiving-host execution is still pending.
    • Clean unsigned Mac arm64 package now launches and displays the exact migrated historical fixture thread in isolated state. Earlier private Mac builds were invalidated by a leftover development watcher racing staging; those diagnostic packages are excluded. Stopping that watcher and rebuilding produced the complete main bundle without source changes.
    • Packaged Mac Electron + shipped SDK/native runtime passed the unchanged offline harness: create, local fixture turn, cold resume, permissions/tool, input, cancellation; SDK1.0.28/native1.0.105/protocol3. Explicit unpacked runtime path used, matching the existing application adapter. This does not claim authenticated packaged Fusion or saved-credential/session continuity.

    Mac candidate DMG SHA256: a36db3c8d119229ff87381402550167d218db8a314442beade9155ac032b620f.
    Mac candidate ZIP SHA256: a1abdc1ac993cc8bc72a1edeee9d117e8a4f1d83ddd3201b59b9ff58a94f2089.

    Receiving-host Windows/WSL and Ubuntu prompts are prepared with exact artifact provenance, isolation, cache/repair, copied-profile continuity and rollback scope. Prior restricted Luffy SSH route still resets before authentication; its narrowly scoped restoration prompt needs manual relay before direct transfer.

    Pending: receiving-host package execution/continuity/rollback, later physical mobile clients, Intel Mac if included. Native tpatch replay remains the maintainer-accepted manual-replay exception, not a native verifier pass. No publication, live upgrade, source edit, or additional CI retry. Two of four authorized CI attempts per target consumed.
13. jdbencardinop commented on Nov 5, 2026

    

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    Fusion rollout: physical iPhone updated

    The maintainer-authorized in-place iPhone upgrade is complete: standalone app
    2.2.1 / build 2, with the Fusion-capable JavaScript from
    df3383e475c3d052bcac52259384cec319dc6901.

    The installed Xcode 27.2 / Swift 6.4.2 compiler crashed while compiling
    ExpoModulesCore. Rather than patch dependencies or downgrade tooling, the
    maintainer explicitly approved reuse of the previously verified native build
    at 16d428db823f17c18ec16a79e1ec12ae4ba795c1. The relevant changes are
    JavaScript-only; mobile native source/configuration and native dependencies
    are unchanged. The new bundle/assets were produced using the existing
    Expo/React Native/Hermes build phase, then exported and re-signed by Xcode.
    This is not a successful fresh native compilation under Xcode 27.2.

    Fresh Personal Team provisioning was genuinely issued, extending validity to
    2026-11-12 06:11:35 UTC. The exact final app passed signature, device-inclusion,
    application/keychain identity, embedded-bundle and expiry checks before install.
    The original app identity was retained; no uninstall or data clear occurred.
    A private best-effort app-container backup was taken first; it is not an atomic
    device backup or OS keychain export.

    iOS initially required Developer trust. The maintainer approved that through
    Settings and reports normal opening; a subsequent device launch also succeeded.
    The maintainer additionally confirmed the saved environments remain listed.
    A real Fusion provider turn has not been exercised on the physical phone in this pass.

    Artifacts and detailed receipts remain private. No screenshots, provisioning
    files, device/account identifiers, credentials or filesystem paths are attached.
    Mac and Android migrations remain separate pending rollout work.
14. jdbencardinop commented on Nov 5, 2026

    

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    Fusion rollout progress: the existing macOS x64 headless environment is now running 0.1.4-preview.20261103.1, pinned source df3383e475c3d052bcac52259384cec319dc6901.

    Built web/server natively in a separate clean release checkout, with only the declared four-manifest preview-version transform. The unchanged offline SDK harness passes with SDK 1.0.28, native runtime 1.0.105, protocol 3 on the existing Node 24.15 runtime.

    The persistent service retained its original settings, binding, data directory, identity and environment; only its server script path changed. Existing project/history/pairing-session identifiers and settings/signing-secret bytes were retained. The upgraded endpoint is reachable remotely. Original release, service definition, online snapshots and a closed-profile backup are retained privately.

    The first cutover attempt restored the original service when macOS system SQLite could not inspect a closed WAL database read-only. Backup integrity was then confirmed using disposable writable copies, without modifying the original closed backup; the second cutover completed normally.

    The ARM desktop's canonical qualified ZIP is verified and staged, with the old app and current core state backed up. Its live cutover is still pending a coordinated normal quit because the current maintainer conversation is hosted by that app. Do not count this desktop as upgraded yet.

    No real provider inference was exercised in this migration, no Fusion opt-in was changed, and paused bug-fix changes were not included. This is not a claim that the remaining cross-platform packaging backlog is complete.
15. jdbencardinop commented on Nov 5, 2026

    

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    ARM desktop cutover is now complete. The actual restarted endpoint reports 0.1.4-preview.20261103.1 with its original environment identity, matching the successful cutover receipt. Existing project/history/pairing-session identifiers and settings/signing-secret bytes were retained. A closed-profile backup and the actual previous app remain available privately. Both macOS environments and the physical iPhone are now updated. Android and outstanding receiving-host qualification remain separate pending work. No Fusion opt-in was changed by these migrations.
16. jdbencardinop commented on Nov 5, 2026

    

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    Physical Android rollout completed: standalone client 2.2.1 / versionCode 2, pinned source df3383e475c3d052bcac52259384cec319dc6901.

    Built the ARM64 Release APK using the retained generated native project and original development signing certificate. OTA updates remain disabled; no Metro server was started. Installed in place without uninstalling or clearing data. The actual installed APK SHA-256 matches e1bc3739c3b9671a562cee03de5f24294f72ead2f0132453c513795d8f1414a2.

    Original package, signing certificate, app UID, data-directory inodes and initial installation timestamp were retained. Native launch succeeded, and the maintainer explicitly confirmed normal opening and saved environments still present.

    The previous installed APK and package metadata are retained privately. Android denies private-data export from this non-debuggable release app, so this is not a full app-data/keychain backup or tested rollback claim.

    Both Macs, iPhone and Android are now upgraded. This does not close the remaining receiving-host packaged qualification gates. No real Fusion inference was exercised on Android, no provider opt-in was changed by migration, and paused bug-fix changes were excluded.
17. jdbencardinop commented on Nov 6, 2026

    

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    Published the history-preserving v0.1.4 main/source reconciliation:

    • main: 0490e7bb2753ee455d58f9832f6ea943af81b0e0; actual two-parent merge: edee604cdf3ef0fbc6ef96708e0c73022a7162cb.
    • Immutable source snapshot: fork-v0.1.4-1.
    • Unmodified upstream baseline: baseline/upstream-v0.1.4 at 783581d461dc72cdd8f78fc8abb4ad536dfc4547.
    • Previous main preserved as an actual merge parent and archive/main-before-v0.1.4-20261106 at 870f7a1975f429f5465730bf73c8169d81faf347.

    Patch/branch convention: new features start from validated main; reconciliation branches target pinned upstream versions; late main changes are reconciled before promotion; upstream baselines and validated fork snapshots stay immutable; older-version support/backports are explicit rather than the default development base.

    Source-acceptance evidence retains exact 30-root canonical product/mode reconstruction, direct canonical/recipe/actual-landing proofs for the two current roots, the native failures, and exact old-main artifact identities. All 35 net old-main product paths were accounted for; the resolved merge has zero product/mode differences from the independently reviewed candidate. Seven obsolete old-only incremental/staleness artifacts were preserved byte-for-byte in a historical namespace instead of reactivating them in current feature records.

    vp run check:changed 98213a256b — passed: format, lint, both Knip passes, GraphQL, 33 affected-package typechecks, 225 tests/12 files. Additional preserved-entrypoint controls passed 107 tests, with 13 platform-conditional skips. Independent review of the exact frozen merge found no significant issues.

    Native tpatch verification did not pass. Version 0.16.0 still reports policy historical-anchor ambiguity, preservation parent-landing drift, and overlapping provider/SDK ancestor postimage failures. The four exact reports are retained. Promotion used the explicitly approved source-only historical/overlap exception and independent strict proofs; it does not waive malformed current attestations, unexplained source differences, actual current replay failure, or package/receiving-host gates.

    No deployment, installed-app restart, live-profile change or packaged release was performed. Windows/Linux package continuity remains separate. GitHub CI was queued after the push; the upstream-only production mobile and relay jobs were skipped. #42 received bounded current-source findings without claiming the original incident reproduced or fixed; #31's upstream correction is now on main, with receiving-host checks still outstanding.
18. jdbencardinop commented on Nov 6, 2026

    

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    CI queue diagnosis: run 42179137308 has not acquired a runner. The Changes job requests blacksmith-2vcpu-ubuntu-2404, has runner_id=0, and the repository self-hosted runner inventory is empty. The workflow retains upstream Blacksmith Linux/macOS labels without a fork fallback. This establishes a scheduling/provisioning blocker, not a build/test failure; repository inventory alone does not establish organization/app setup or provider capacity. No checks were skipped, billing/access settings changed, or deployments dispatched. Existing source qualification remains separate; CI success is still unclaimed.
19. jdbencardinop commented on Nov 6, 2026

    

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    Second bounded unattended batch:

    • CI diagnosis is complete: the promoted-main run still has queued jobs, with no executor attached in the captured job evidence. The workflow requests upstream Blacksmith labels; repository runner inventory was empty. This is scheduling/provisioning, not a build/test failure. No runner, billing, permission or workflow policy was changed.
    • Verified the actual SDK 1.0.28 / bundled runtime 1.0.105, protocol 3, with isolated loopback-only model faults and no vendor inference. Permanent HTTP 503 produces five native retries / six requests, one original user message and one final session error. Native identity remains unchanged. Model-request retry therefore already exists on this tested CLI path; adding outer prompt retries could multiply work.
    • Generic T3 event-stream reconnection remains an analyzed request, not an implemented retry. The current contract does not establish a durable replay position plus admitted-request/ownership preservation. EOF, persistence failure, shutdown/handoff and the steering observation in Copilot thread cannot resume after interruption #42 must not be blindly classified as retryable network faults. No prompt was resent and no native session replaced.
    • Investigate reported missing Copilot Auto/Fusion thread titles #36 has a source-qualified diagnostics-only candidate on tpatch/copilot-text-generation-failure-diagnostics, head d7f11b3. It preserves SDK failure stages and emits an allowlisted provider-boundary routing warning. The original symptom remains unreproduced. Focused checks and exact source/recipe proofs passed; the existing historical native-verifier refusal is retained explicitly.
    • Copilot thread cannot resume after interruption #42's new steering observation remains preserved privately with only a sanitized public summary; its causal relationship to the older resume failure is unproven. Investigate file-pill relative-path base: copied paths include the current directory name #31's source correction is already on main; Windows/WSL receiving-package clipboard evidence remains outstanding.

    Main remains 0490e7b and the frozen fork tag is unchanged. The new diagnostics are a published feature candidate, not a main promotion, package, deployment or installation. No PR was created. No live chat/profile was changed, and no local worker or server was left running.