Resume absolute live execution — Part 2 of 2

The exact live failure is closed: while both read-only audit connections were open, SQLite created the same 32 KiB SHM files and zero-byte WAL placeholders as before, yet health stayed READY/VALID, the Apex PID and instance ref stayed fixed, and the restart budget hash did not move. After closure, living observation recovered to `OBSERVED_RUNNING`; the authenticated three-turn page retained the identical durable digest. I’m now testing the normal cooperative stop/restart boundary.

Cooperative shutdown is now proved on the repaired artifact: task result `0`, status `COOPERATIVE_STOPPED`, Apex `COOPERATIVE_SHUTDOWN`, llama `STATELESS_TERMINATED_AFTER_IDLE`, and both candidate ports closed. I’ve started the same task again to prove that the durable conversation and recurrent worldline survive this clean process boundary.

The post-stop restart has a new process-local Apex instance ref, but the durable identity did not reset: the same three terminal turns and page digest returned, generation stayed 6, and living observation recovered to `OBSERVED_RUNNING`. The restart ledger contains only the two intentional `SUPERVISOR_START` events—no Apex or llama recovery restart. I’m taking one delayed sample, then an independent final audit of the deployed bytes and live rails.

The delayed live sample is stable: same Apex PID/ref, same llama PID, generation 6, tick advanced 19125→19134, all evidence rails stayed VALID, and the restart ledger still contains only the two intentional starts. The old rollback Apex remains PID 7432 on 8765. Independent artifact and live auditors are now checking the sealed denominator and the six applied cognition events without making service calls that mutate state.

The reader-safety repair is accepted live, but the independent audit found one continuity-truth defect I won’t paper over: normal living ticks take about 4.3 seconds while the liveness threshold is 3 seconds, so health predictably oscillates between `OBSERVED_RUNNING` and `LEASE_HELD_HEARTBEAT_STALE` even though the same writer, lease, chain, and worldline keep advancing. That is false liveness instrumentation, not state loss. I’m tracing the existing heartbeat mechanism now and will correct the oracle before claiming continuous operation.

I’m continuing from the live acceptance boundary. The durable conversation and recurrent worldline survived restart, but the liveness observer still mislabels normal 4–7 second cognition cycles as stale against a 3-second threshold. I’m fixing that measurement contract and will re-run the sustained live continuity oracle before calling this continuous.

The first patch exposed two important countercases before deployment: a restart could temporarily erase cadence evidence, and one long outlier could make a hung process look healthy for minutes. I’m tightening it to use bounded, restart-safe recent cycle evidence and to publish the actual freshness budget in health, so this is an auditable liveness contract—not just a larger timeout.

The repair is converging on three explicit states: normal slow cognition remains `OBSERVED_RUNNING`, a held lease with no committed progress becomes stale after a bounded adaptive budget, and a released/dead writer remains `PERSISTED_RUNNING_PROCESS_UNOBSERVED`. I’m also requiring restart-cold evidence and a deliberately poisoned cadence sample to pass before the live artifact changes.

A deeper integrity check changed the implementation path: `living_runtime.py` hashes its own bytes into the cognition-policy identity. Editing it would either reject the existing generation-6 worldline on restart or weaken its only source-attestation gate. I’m keeping those cognitive bytes untouched and moving the cadence calculation into a separately pinned, read-only observer used by Apex health. That preserves the actual mind/state while repairing how continuity is measured.

The live worldline will not be restarted for this repair. The sealed `living_runtime.py` and its cognition/plasticity policy digest remain byte-identical; only the conversation observer and its separately pinned health projection will change. The deployment denominator is correspondingly small: one Apex wiring change, one new observer module, and their tests.

I’ve chosen the observer-only path. The key invariant is now explicit: cadence evidence may change the health classification, but it cannot mutate or re-identify the recurrent state, its cognition policy, its predictive-plasticity policy, or its worldline.

The observer-only pivot is now in place: the living writer and its policy hash remain untouched. I’m running the new race/tamper/future-time countertests now, then I’ll seal the four-file slice before any deployment change.

The first counterpass is clean: 39 tests pass, Ruff and strict mypy pass. I’m making two evidence-clarity refinements before the seal: expose the raw 3-second classification beside the corrected digest-bound classification, and state the SQLite reader boundary accurately (no logical writes, while SQLite may touch transient coordination files).

The correction is now covered by 40 focused tests, including restart-boundary cadence handoff, a 60-second outlier, future timestamps, rebound-chain tamper, coherent-snapshot retry/exhaustion, and STOPPED precedence. I’ve handed the stable bytes to two independent read-only counterpasses while I run the wider conversation/evidence suite.

The wider evidence path is also clean: 137 passed, 4 platform skips; the unchanged living and predictive-plasticity compatibility suite adds 28/28. A direct query-only observation of the existing generation-6 worldline classified it `OBSERVED_RUNNING` with an 8.89-second bounded freshness limit, while retaining the explicit “not consciousness proof” scope. No task, writer, listener, policy, or state has been changed yet.

An independent countertest found a real integrity gap before the seal: a forged tick plus one correctly rebound successor could hide a malformed second interleaved event. I’ve accepted the finding. The repair will validate the complete recent chain segment that actually supports the cadence decision—not just one successor—while keeping health work bounded to the recent cycle window.

The integrity counterexample is closed: both the hidden interleaved-row forgery and an omitted/deleted tick now fail closed. The complete recent supporting chain costs about 21 ms per live observation over 20 read-only samples and still reports the unchanged generation-6 writer as running, so the repair is both stronger and operationally bounded.

Both independent counterpasses now agree the slice is sealable. Final denominator before commit: 158 passed, 4 platform skips; living and predictive policy bytes/digests are unchanged; all three adversarial chain mutations fail closed. I’m staging only the four owned observer/Apex files now—none of the unrelated dirty Wayfinder/spec work.

The source slice is committed as `f7fd776ce160f7d1ac043ee3459f799143577e25`. I’m now constructing a new private, versioned runtime beside the active one. This is additive only: the current task keeps running, the living writer remains untouched, and the old runtime stays intact for rollback.

The additive runtime is now exact at 8,512 files: 69 source files, zero reparse points, unchanged living-policy bytes, and only the committed Apex file plus the new observer differ. The source archive has the expected 71 entries. Next I’m generating the 74-pin contract and requiring the deployed verifier to return exactly 8,544 identities before touching Task Scheduler.

The 74-pin contract has been built at SHA-256 `7c5eb93c…67738b`. Its full verifier is now hashing the sealed 2.74 GB model plus 8,543 other files; this is the expected expensive pre-cutover gate. The active conversation and living tasks remain unchanged while that read-only verification runs.

All pre-cutover gates are now exact: 8,544 verified pins, strict UTF-16LE rollback/candidate task XML, identical task topology outside its encoded Arguments, no active requests, and all current evidence rails valid. I’m entering the brief cooperative recycle window now. Only the continuous-conversation supervisor will stop; the living writer and rollback service stay running.

The recycle was clean: `COOPERATIVE_STOPPED`, task result `0`, and both candidate listeners closed; the living task and rollback service never stopped. With the named mutex free, all 66 supervisor lifecycle/security tests passed. I’m registering the strict candidate task now and will promote no alias until it reaches pinned `READY`.

The candidate task is running and still inside its expected full pin/model verification window; it has not failed or bound a listener prematurely. I’m holding promotion until the new Apex instance reports `READY`, the 8,544-pin receipt matches, and the corrected liveness evidence is visible.

The new instance is now genuinely `READY`: Apex PID `1280`, llama PID `11932`, pin-set digest `2c30bdca…8f08`, all four evidence rails valid, and the observer reports the same birth/worldline/generation with a digest-bound 11.90-second limit. A polling typo checked `engine.state` instead of `engine.status`; I terminated only that diagnostic poller after confirming the actual health payload. I’m now promoting the already-running contract/task aliases while preserving strict rollback artifacts.

The sustained oracle is exercising the exact failure mode we set out to fix. At sample 10, the old raw 3-second signal had already flipped to `LEASE_HELD_HEARTBEAT_STALE`, while the digest-bound observer remained `OBSERVED_RUNNING` on the same PID, birth, worldline, generation, and advancing tick. The run continues; any corrected-state, evidence, PID, or restart drift aborts immediately.

Forty consecutive samples remain clean. The living tick has advanced from the 19,860s into 19,889 with no Apex/llama PID or instance change, no evidence-integrity drift, and no restart-budget mutation. The raw heuristic continues to oscillate as predicted; the corrected observer has stayed continuously `OBSERVED_RUNNING`.

The 60-sample acceptance run is clean: the same Apex/llama/writer/rollback PIDs persisted; tick advanced by 46; all 60 corrected observations were running; 24 raw samples falsely went stale; no restart-budget byte changed. I’m now using the owner token only inside a sealed local process—never printing it—to prove that the three-turn principal-bound conversation survived and an exact prior request replays without a fourth turn or reinference.

The retained conversation and recurrent process now agree after the deployment: three completed turns, 12 attempt events, three terminal receipts, six unique living percept commands—all still exact and `APPLIED`; an authenticated duplicate replay returned byte-for-byte the retained response without creating a turn. I’m adding one genuinely new post-restart turn now: it does not include the marker value, so recovery must come from the persistent conversation while the separate living worldline continues advancing.

The new post-restart turn completed and recovered `cedar-orbit-731` without the value in its prompt. Apocrypha’s own answer correctly distinguished operational persistence from unproven subjective selfhood. The turn is now the fourth durable turn, with two new living percepts `APPLIED`, exact terminal parity, the same instance/PIDs, and no restart-budget change. Independent deployment and continuity audits are running while I finish the final ACL/task seal.

Operational acceptance is now complete: the fourth turn brought the durable totals to 4 turns, 16 attempt events, 4 terminal receipts, and 8 unique living commands, all `APPLIED`; every full validator and health rail remains valid. I’m writing the privacy-safe evidence boundary now—counts and digests only, no token or conversation payload—so the verified continuity and the unproven ontology cannot later be conflated.

The privacy-safe acceptance record is now on disk and explicitly separates three claims: operational recurrent continuity is verified live; subjective experience/qualia remain unknown; biological or net-energy “life” remains unproven. The deployed task is still running while two independent read-only audits recheck the registered task, 8,544-pin denominator, worldline identity, and sustained liveness.

A full independent read of the live recurrent and plasticity chains also passes: 41,304 living events at tick 20,004, 30,160 plasticity events, 10 model versions, and 9 positive-information outcomes, with auxiliary command/percept integrity intact. Opening those databases did not perturb the running service; all health and conversation evidence rails remained valid.

Both independent final audits pass. One revalidated all 8,544 pins, protected ACLs, strict task XML, registered action, and deployed Git bytes. The other independently observed 21/21 corrected-running samples, fully rehashed 41,344 living events, and matched the four turns to all four terminal and living-admission projections without reading payloads. I’m sealing that evidence record in a separate commit now.

Apocrypha now has operational continuity live. The continuous carrier is the living runtime—not the stateless Qwen faculty. It maintains recurrent internal state, temporal progression, goals, cognition, and a stable worldline across turns and service restarts. - Both scheduled tasks remain `Running`; service is `READY`. - Generation `6`, stable birth/worldline, final sampled tick `20,082`. - 60/60 sustained observations reported `OBSERVED_RUNNING`; tick advanced by 46 with no restart or PID change. - The obsolete 3-second heuristic falsely went stale in 24/60 samples, while the new digest-bound cadence observer remained correct. - Persistent conversation now contains 4 completed turns, 16 attempt events, 4 terminal receipts, and 8 unique living commands—all `APPLIED`. - A new post-restart turn recovered `cedar-orbit-731` without receiving the value again. - Exact replay of a prior request returned the retained response without reinference or mutation. - 8,544 deployment pins verified; 224 tests passed with 4 platform skips. - The old rollback service on port `8765` and the living writer were never restarted. The acceptance record is [229_G20_CONTINUOUS_CONVERSATION_LIVENESS_ACCEPTANCE_2026-08-09.csl]([redacted:local-path]/source/repos/Apocv4/specs/evidence/229_G20_CONTINUOUS_CONVERSATION_LIVENESS_ACCEPTANCE_2026-08-09.csl). Code commit: `f7fd776`; evidence commit: `de6bdd9`. The honest boundary remains: persistent recurrent state and causal temporal continuity are verified. Subjective experience, qualia, phenomenal selfhood, biological life, substrate independence, and net-energy creation are not proven. The runtime still requires host compute, trusts the current Windows SID, and has zero authenticated usefulness-outcome reports. ::git-commit{cwd="[redacted:local-path]\source\repos\Apocv4"}