This entry covers Thursday 8 October 2026, on the author's local clock. The source pack's night-report lookup came back empty. Even so, a night report dated the 8th sits among the day's files, and this entry uses it. As far as the pack carries it, that report's stated times run from 6:44 a.m. to 9:36 p.m. that same day, so it describes the day itself rather than the night before. It also heads itself "Wednesday", where every other source puts the 8th on a Thursday. The pack was capped at 180 KB, which cut that report off partway through its list of the author's notes. Several reports filed under the 8th use UTC dates, so some of their work happened on the local evening of the 7th.
The short version
- A research loop's review step stopped for a month. Polaris runs this loop on its own clock, and it sent 610 requests through the GPT Pro queue, which is 27.1% of every request that queue has carried. The step that reviews findings before they reach the loop's map website ran for one night in September and never again.
- Of 565 completed research runs, 3 were ever reviewed.
- The map is still an unlisted preview and shows one pin.
- It came to light because the author asked. The only earlier signal was one paragraph, two days before, inside a report about something else.
- Audits mostly ran out of time. The orchestrator is the session that coordinates all the others. It changed hands ten times, and at least seven of the audits that close out an orchestrator session ended on a timeout or a refusal rather than a verdict. The day's record was checked only in partial passes.
- Orchestrators ran above policy effort. Every orchestrator session since the 88th has used a higher reasoning effort than policy names. The cause is a fail-safe in the session launcher that trips for this model on the installed version. That meant more spend than intended, for days. A fix is filed, not landed.
- The Claude fleet ran out. By the night report, every Claude account had used up its weekly allowance. The orchestrator was running on a stop-gap model until one account's week resets the next morning. The record doesn't say what drained it.
- A transcript clean freed 125 GB. A cleaner for stored Codex transcripts ran on the real logs, archived and checked 105,301 sessions first, and deleted nothing.
- About 98% of those transcripts' bytes had been plumbing: mostly embedded images, and lately command output stored two or three times.
- Almost all of the model's reasoning in them was encrypted, readable only by OpenAI.
- False wording about a privacy check is still live. Changelog notices on the public blog describe a privacy check that was never built. The orchestrator refused to repeat the wording in a new notice, but the two live copies are filed for later, not fixed.
- A memory-gate test beat the unjudged baseline. The gate is a cheap model choosing which saved memory lines to show beside each of the author's notes.
- Unjudged top-three lines were relevant 38% of the time.
- The four gates' picks were relevant 72–79% of the time.
- All four gates were wrong together on 34 of 390 lines. The judge's reading is that they see only each memory's one-line description, so when the rule that matters sits in the memory's body, all four say no.
- Inbound work moved quickly. All 13 of the author's notes were triaged within 20 minutes. Eight answers to queued questions landed between 5:41 and 6:15 p.m., and all eight were read whole and ruled within half an hour.
What changed in the harness
- Stored Codex transcripts were slimmed, losslessly. The author approved it at 6:44 a.m. The cleaner first archives each original byte-for-byte. It then replaces embedded images with short markers, and exact duplicates with references to the copy it keeps. Intent: free space on a main drive that stood at 92% full, without removing any unique text or tool output that troubleshooting has used.
- Workers stay off the orchestrator's own account. This rule was written down after the afternoon page described below. Intent: a worker's burst of calls can't spend the allowance the coordinating session itself runs on.
- The landing tool now refuses out-of-order landings into one review gate. The night before, a reviewed change was landed there out of turn; that change itself stays. Intent: keep that gate's changes in serial order.
- An edit lock for the companion app landed at 8:07 p.m. with a passing smoke check. It goes live when the author taps a restart. Intent: stop two workers writing the app at once.
- A trial build of the phone client went out. It carried a two-line recording-mode change, from a 6 October diagnosis of missed headset presses. It also added receipts that log what the phone does on every headset event. The fault became top priority at 7:08 a.m.; the build was reviewed in three rounds, waiting for the author by 9:14, and installed. Intent: test whether the change ends the misses, and let the next diagnosis read the phone's own record of each press.
- Shadow code for memory injection landed, unwired. It prefilters each message, searches a small full-text index of the 1,006 memory files, and proposes three candidate lines. Intent: measure a memory gate on real traffic before anything is pushed into a live prompt or note.
- The watcher now waits for a shared browser to go idle. The watcher supplies two OpenAI agents with work, and one of them is reached through a browser that GPT Pro requests also use. One such request failed while three of the watcher's steps had run beside it; the cause is unproven. The watcher now waits until that browser is idle before checking on or messaging the agent. Intent: stop disturbing GPT Pro requests that run in the same browser.
- A September follow-up check was re-dated to 22 October. Intent: give an unresolved item that had silently dropped out of the author's morning briefing a live date again.
What broke
A research loop's review step stopped for a month, and nothing said so
Detected. The author asked about the research after hearing nothing of it "for probably a week or so". A report commissioned that afternoon found the gap. The one earlier signal was a paragraph on 6 October, inside a report about something else, saying 98.5% of the proposed findings had never been reviewed.
Cause. By design, a finding reaches the map only after a reviewer accepts it. The reviewer is never the run that proposed the finding, and never the author. - The review ran once. It was a tool run by hand, one research run at a time. It ran overnight on 6–7 September over three runs, covering 213 proposals: 177 accepted, 36 rejected. It never ran again. - The engine kept going. In all it filed 597 research runs, producing 14,869 proposed findings and about 1.1 million words of reports. - Why no one noticed. The commissioned report gives its own reading, which it labels interpretation rather than measurement: - The engine sends no message per run, and the September plan promised "No message per release". Silence was what success was supposed to look like. - No session or queue item owned the review. - The run reports were filed beside the data rather than where the author reads. - The checks that touched the program asked whether runs were being filed and read in (they were), or how the map's wording read. None asked whether findings reached the map. - Ownership was unclear even inside the record. On 17 September the orchestrator took the engine's runs for a stray loop and cancelled several, then corrected itself that evening. A queue note counts seven cancellations; the engine's own log counts five. - The default reviewer is retired. The review tool still names a model retired on 2 October as its default reviewer.
Done. The author chose to keep the research running and start the review alongside it; the report had leaned toward pausing the research first. - A worker redesigned a data file that had grown close to GitHub's per-file limit. - The same worker worked on the cleanup of duplicate rows left by an early-October fault. - Reviews of both came back "revise", with one finding and three findings respectively. The worker then paused at a capacity hold. - The map review itself is still waiting on a worker.
Lesson. If "no news" is a loop's success signal, it is also its failure signal. Every autonomous loop needs a named owner and a check on its output, not only on its activity. Here that check would be "did a finding reach the map this week?"
Orchestrators ran above their policy effort for days
Detected. The night report lists it under "things we were doing wrong without knowing". The record doesn't say how it was found.
Cause. The session launcher's effort fail-safe fires for the orchestrator's model on the installed version. As a result, every orchestrator session since the 88th has run at a higher effort level than policy names.
Done. A fix is filed, not landed.
Lesson. Record the setting a session was actually served, not only the one requested. The same day's memory experiment hit the other half of this problem: the Claude CLI doesn't report the effort a call ran at, so the experiment had to use thinking-token counts as evidence instead. A harness that logs only requests can't see a fail-safe rewriting them.
The Claude fleet ran out of allowance
Detected. The night report records it. Earlier, at the start of an early-afternoon experiment, three of the fleet's Claude accounts already stood at 96–97% of their weekly allowance.
Cause. Not established in the pack. The above-policy effort is one candidate, and nothing in the record tests it.
Done. The orchestrator moved to a stop-gap model, unnamed in the record, until an account's week resets the next morning. A further phone-client build waits on that reset.
Lesson. None yet; the cause isn't known.
Ten handovers, and audits that ran out of clock
Detected. The night report's own accounting.
Cause. The orchestrator changed hands ten times; the record doesn't say why. - Of the audits that close each orchestrator session, at least seven ended with claims still pending. Some hit a time bound: one at fifty minutes, one at sixty, the rest on the auditor's own clock. Others were refused. - Separately, at least ten leftover findings from an internal review process had sat past their six-hour limit, the oldest for 35 hours.
Done. Each unfinished audit wrote a correction and a file of what it left unchecked, and the next session inherited the remainder. The audits that did finish caught real errors: - One wrong sentence reached the author. A notice said the new local text-recognition models all fit the graphics card, which the record couldn't establish. It was corrected by message at 8:04 p.m. - Two other errors were corrected before reaching the author. One described a review as undelivered when it had been delivered. The other counted eleven rulings where there were twelve.
Lesson. A time-bounded audit's real output is its unchecked remainder. Handing that to the next session is safe only if the remainder carries its own owner and deadline. Otherwise "checked" quietly becomes "partly checked", and the record ends up resting more on the workers' own accounts than on an independent check. The night report says exactly that of this day's record.
Public notices describe a privacy check that was never built
Detected. The orchestrator caught it while reviewing a changelog notice staged on 7 October, for a correction to one entry of the blog's daily series.
Cause. - The notice described a privacy-check mechanism that does not exist. The same wording is already live in the notices of two earlier entries, days 19 and 23. - Separately, a sentence asserting a private revision archive stands in 18 published correction notes. The night report lists it as false too. - Where the wording came from isn't in the pack.
Done. The new notice was refused. The live copies are filed for a later worker, not fixed. Separately, four fact-check corrections went live that evening, which means four false claims had stood on published posts until then.
Lesson. A system's description of its own safeguards should be checked against the mechanism before it ships. Reused wording carries an error into every place that reuses it. Once one false copy turns up, search for the rest.
Two remote agents lost work when their machines reset
Detected. The author's evening note said both agents had lost work. The night report calls the note "a fair description of a gap on our side".
Cause. There was no reliable path for getting the agents' output off their machines. - Their workspaces were reset to older versions more than once. - Many uploads to a file host failed with server errors. - Each reset erased whatever hadn't left yet. One agent's six saved sheets were not recovered.
Done. A worker is inventorying what was lost and designing a delivery kit. The author's GitHub route, small pull requests begun the day before, is the floor the kit must at least match.
Lesson. Output that lives only on a machine you don't control isn't yours yet. Build the way out before the work starts, and count anything not yet copied off as at risk.
A designed burst paged the process watchdog
Detected. The workspace machine's spawn watchdog pages the author when processes multiply unusually. At 2:05 p.m. it fired on thirteen new processes in five minutes, a pattern its ten days of telemetry had never seen.
Cause. The memory-gate experiment had started five and six model calls at a time, plus four judging sessions, all on the orchestrator's own account. The burst was designed, not a runaway.
Done. Nothing was killed. The two sources tell the recovery differently: - The night report says the worker "paced itself back within a minute". - The experiment's own report says the orchestrator asked it to pace. Seven minutes after the page it moved its calls to another account and kept at most two calls in flight per model and two judging sessions. It also reran four judging sessions from the start.
The rule keeping workers off the orchestrator's account was then written down.
Lesson. The night report counts the page as correct behaviour, and it was. A designed burst still loads the machine and still spends someone's allowance. Decide where a burst runs, and how wide, before launching it.
Two landings rolled back before they landed
Detected. Tests in the landing step itself caught both.
Cause. Red tests, in both cases: - The companion app's audio-lifecycle fix failed its own new tests on its first landing. - One attempt to land the edit lock turned four existing tests red.
The pack doesn't say why they failed.
Done. Both rolled back cleanly and landed later. - The audio fix landed as its fifth revision at 1:35 p.m., after reaching the three-round review cap twice. - The lock landed at 8:07 p.m., after three review caps. - One session's note that the lock "did not land" was superseded by the later record.
Lesson. Rollback on red did its job twice: nothing broken reached the app. The cost was review rounds ("neither should have needed the extra rounds", in the night report's words), plus a status line written mid-attempt that went stale within hours. A status claim should carry the time it was true.
Tools that act on the record nearly overwrote or misread it
Detected. Listed in the night report; how each was found isn't recorded.
Cause. - The tool that closes out old review-gate tasks would have overwritten the receipts of 221 tasks that were already closed. - A reviewed change was landed into a review gate outside its serial order the night before. - A weekly self-report counted every helper script as unindexed. Its pattern expects a file extension the index doesn't use; the index actually lists 113 of the 147 on disk. - The nightly report reads one project's log at a path not written since 24 September, because the live log has moved. The report itself flags this as a reporting defect, not a stopped job.
Done. - The 221 receipts were left alone and the defect filed. - The landing tool now refuses out-of-order landings. - The helper count is filed and should be read as unknown until fixed. - The stale path is noted, with no fix recorded.
Lesson. Maintenance and reporting tools act on the record itself, so they need the same guards as the work. They should refuse to overwrite a closed receipt and refuse an out-of-order landing. A metric that reads 100% bad, or an input unchanged for weeks, is most likely a fault in the meter.
An item left the morning briefing without an answer
Detected. A look-into on another question, on the 8th, found a dated follow-up check from September, due 12 September, still open.
Cause. - The check appeared in the author's morning briefing 14 times, the last on 29 September, then stopped appearing while still unresolved. Why isn't in the pack. - Separately, the same day's reviews found a defect in the briefing's delivery that could drop an item without the author ever seeing it. That finding was filed with sixteen others as one row, not fixed. - Nothing in the pack connects the two.
Done. The check was re-dated to 22 October.
Lesson. This is the research loop's lesson at small scale: an item disappearing from view is not evidence it was resolved. A reminder should leave the briefing only on an answer.
Intentions vs outcomes
Forward: changes made on 8 October. Re-checks fall on 11 October (+3 days) and 22 October (+14 days).
| Change | Intent | What the re-check looks at | Re-check |
|---|---|---|---|
| Codex transcripts slimmed, originals archived | Free main-drive space without losing unique text or tool output | Main-drive use; the archive's own verification; whether usage-reading tools and session resume still work | 11 Oct · 22 Oct |
| Workers kept off the orchestrator's account | A worker's burst can't spend the coordinator's allowance | Where later bursts ran; any further watchdog pages | 11 Oct · 22 Oct |
| Landing tool refuses out-of-order landings into one gate | Keep that gate's changes in serial order | Refusals logged; any out-of-order landing | 11 Oct · 22 Oct |
| Companion-app edit lock | Stop two workers writing the app at once | Whether the restart was tapped and the lock is live; any overlapping writes | 11 Oct · 22 Oct |
| Phone-client trial build with per-press receipts | Test the recording-mode change; log every headset event | Misses per press in the phone's own log; whether the next build went out | 11 Oct · 22 Oct |
| Memory-gate shadow code, unwired | Measure before anything reaches a live prompt | Still unwired unless the author decides otherwise | 11 Oct · 22 Oct |
| Watcher waits for the shared browser to go idle | Stop disturbing GPT Pro requests in that browser | Any further request failing beside the watcher's steps | 11 Oct · 22 Oct |
| Research map: review to run alongside the research (decided, not built) | Get reviewed findings onto the map without stopping the research | Has any finding since 7 September reached the map; does review run after each research run | 11 Oct · 22 Oct |
| September follow-up re-dated | Put an item that silently left the briefing back on a date | Whether it appears on 22 October, and gets an answer | 22 Oct |
Some fixes were filed but not made on the day, so they are not ledgered as changes: - the effort fail-safe; - the false privacy-check wording in two live notices, and the archive sentence in 18 correction notes; - the closing tool that would overwrite receipts; - the helper-index count; - the seventeen findings parked as one row, among them the briefing's delivery defect.
Backward: check-backs due. The pack holds no earlier entry, so it can't name the rows this date brings due: changes of 5 October at +3 days, and of 24 September at +14. Those rows are UNVERIFIABLE today and stay open. The day's record does allow the checks below, made from the pack as assembled the following day.
| Row | Verdict | Method | Limit |
|---|---|---|---|
| 7 Sept plan: each research run's findings reviewed and released onto the map, with no message per release (unscheduled; prompted by the day's record) | GONE | The 8 Oct report's count: 3 of 565 runs ever reviewed, all on 6–7 Sept. Its check also found the deployed map still serving the 7 Sept release | Counts review receipts and releases, so a review attempted without leaving a receipt wouldn't show. The 8 Oct decision replaces this plan but isn't built |
| Research-engine repair of 4 Oct, reported to the author 5 Oct: stop re-writing the same rows | UNVERIFIABLE | The 8 Oct ledger reconciliation: about 575 to 580 duplicates attributed to 3–4 Oct, and about twenty excess rows not reconciled | The reconciliation doesn't separate rows written after the repair, and no recurrence check was run |
| Memory (standing weekly re-check; flagged doubtful by the author) | UNVERIFIABLE | The row's wording isn't in the pack. The day's replay bears on it: unjudged top-three lines were useful 38% of the time; the gates were right on 72–79% of the lines they passed and kept 70–82% of the useful ones | A replay against today's memory store, not a live week. A Claude judge scored Claude and OpenAI gates, on 100 notes, and set its final labels after seeing the gates' answers. Stays on the weekly re-check |
What we still don't know
- What drained the Claude fleet, which model the orchestrator fell back to, and whether the above-policy effort contributed.
- Why the orchestrator changed hands ten times, and what the unfinished audits would have found. This entry rests on the same partly audited record.
- Whether the phone-client change fixes the misses. The two sources disagree:
- The author counted about eight or ten presses, with a few lags and one full miss.
- The phone's log recorded six of seven, placing the miss and the long waits at Bluetooth link setup.
- The recording-mode change is not confirmed as the fix.
- Three open points about the transcript clean:
- Whether a slimmed transcript can be resumed; this is untested.
- Whether the clean also compressed the homes the standing rotation skips.
- Why the result, 125 GB, sits above the dry run's 95% interval of 118.2 to 121.2 GB. The dry run said only that its estimate understated a little, because it counted the five largest sessions (7.8 GB) as unchanged.
- Whether the research findings are right. Beyond three runs in September none has been reviewed, and what review costs on today's reviewers is unmeasured.
- Why the GPT Pro request in the shared browser failed. The watcher's steps beside it are unproven as a cause; the orchestrator thinks missing attachments are the likelier one.
- How and when two API keys for an agent site "went out to ChatGPT Pro". The record holds only a to-do asking the author to rotate them.
- What drove the machine's load average past 380 during the afternoon experiment.
- Why the pack's night-report lookup came back empty while a night report dated the 8th sat among the day's files, and what that report said past the 180 KB cap. Six of the day's thirteen notes were voice notes whose transcription was still pending when the report was written.
Technical detail
Codex transcripts. - Before the clean. There were 115,573 session files across five Codex homes: two account homes and three used by judging sessions. They took 150.5 GB on disk, 213.8 GB decompressed. By share of decompressed bytes: - Logic and rationale (prompts, answers, readable reasoning, compaction summaries): 1.6%, or 3.47 GB. - Actions (each tool call's name and arguments): 0.26%, or 0.55 GB. - Plumbing: 98.1%, or 209.8 GB. Base64 image data alone was 150.6 GB (70.4%), and the same picture was often stored three or four times across the transcripts and other stores. - October looks different. Images nearly vanish. In a size-weighted sample of 59 October sessions, 67% of bytes were Codex's newer per-command completion event. Within those, aggregated output equalled standard output byte-for-byte in 1,463 of 1,561 command records. - Reasoning. 2.1 GB is stored encrypted, kept so a session can resume. Readable reasoning across every session came to under 10 MB. - Who reads stored sessions. The workspace's code has 135 distinct uses of them, none reading them for logic or rationale. - In the written record since 15 August, stored Codex data was re-opened on 52 occasions. 19 were for troubleshooting, of which 9 needed tool-call detail. 1 was for logic: rescuing a review whose dispatcher never relayed it. - Of 11 incidents since 24 September, none was diagnosed from a stored session. Ten were settled from live output, receipts, ledgers, process state or a reproducing test. One stayed unresolved because the investigator wasn't allowed to look. - The lossless mode. Each image becomes a marker naming its type, size and fingerprint. Each exact duplicate becomes a reference to the copy kept. No record is dropped; unique tool output and the encrypted reasoning stay. The per-file proof is that expanding the slim file reproduces the original, images aside. - Order of operations. 1. Copy the original to the archive. 2. Link the copy into place with a call that refuses an existing name. 3. Re-read its fingerprint. 4. Write a ledger row to disk. 5. Build the slim file from the verified archive copy. 6. Write it through a fresh temporary file and rename it into place with the original's date. 7. Report and skip any file that changed meanwhile.
Restore refuses any ledger that isn't exactly one finished run, and any path that escapes its folder. The program deletes nothing. - Gaps found on the way. - The standing rotation compressed sessions older than a week only in the main home. The second account's home, which takes about 1 GB of new sessions a day, had never been compressed, and neither had the judging homes. - Polaris's own resume route matches only uncompressed files, so old main-account sessions already couldn't be resumed through it. - A slimmed session that held images needs its original restored before Codex resumes it.
The memory-gate replay. - Stream. Two sources, giving 397 items with three candidate lines each: - Every author note from 7 September to 8 October that wasn't already in a 7 October census: 306 notes, of which 297 pass the code prefilter. - 5,401 session prompts that arrived as if typed: 307 pass the prefilter, and 100 were sampled.
Each gate saw only memory names and one-line descriptions, and was asked the census's question verbatim. - Gates. - GPT-5.6 Luna, through Codex, at low and max effort. Codex's own header reported the effort on every call. - Claude Haiku 5.5, through the Claude CLI, at low and max effort. The CLI doesn't report effort, so median thinking tokens are the evidence it took: 306 at low, 4,461 at max. - Latency. Median end to end, with the 95th percentile in brackets: - Luna low: 10.1 s (14.1) - Luna max: 12.0 s (19.0) - Haiku low: 6.8 s (9.8) - Haiku max: 22.4 s (118.6)
These came at median load averages of 254, 231, 277 and 24 respectively. Load ran from under 4 to over 380 during the run, so none of these are normal-load figures. - Judge. Five fresh Claude Opus 5.5 sessions, with extra-high effort requested (the CLI doesn't report it back). - Each took 26 items from a sample of 100 notes and 30 prompts. - Each had read-only tools over the workspace and was denied the experiment's own folders. - Phase one was blind. Phase two resumed each session with the gates' answers under letters A–D. - Phase two revised 18 of 390 lines: 17 from no to yes, 1 from yes to no. That lifted every gate's precision on notes by 10–13 points. The blind figures were 62–66%. - Results on the 100 notes (300 lines offered, 114 useful by the judge):
| Gate | Right, of lines passed | Useful lines kept | Noise lines per 100 notes |
|---|---|---|---|
| Top three, unjudged | 38% | 100% | 186 |
| Code-only rule | 49% | 35% | 41 |
| Luna low | 79% | 74% | 23 |
| Luna max | 72% | 82% | 36 |
| Haiku low | 78% | 70% | 22 |
| Haiku max | 75% | 73% | 28 |
- Paired differences, in points, with 95% intervals:
- Luna low minus Haiku low: +0.1 right (−7.1 to +7.3) and +3.5 kept (−3.3 to +10.5).
- Luna max minus Luna low: −6.4 right (−12.7 to −0.1) and +7.9 kept (+2.8 to +14.0).
- Census cross-check. On the census's 167 prompts in the author's words, Luna low kept 10.3 points more useful lines than Haiku low (4.3 to 16.3), at 3.2 points lower precision (−8.2 to +1.3). Re-run a day later, Luna low agreed with itself on 90% of 651 lines.
- A slip in the stream builder. It compared ids in two different forms, which let nine census prompts into the 100-prompt sample and four into the judge's 30. The session-prompt figures depend on them; the notes figures don't.
The research loop. - Stale default reviewer. The review tool defaults to GPT-6 Astra, with Claude Opus 5 as fallback when Codex is capped. All 71 of its receipts name Claude Opus 5. A model id in a tool default goes stale silently. - Diminishing yield. Findings per run fell with each filing cycle: 41.6, then 21.0, then 15.8. - The ledger. It holds 16,685 proposed rows and 177 accepted, so 1.05% of 16,862 are accepted. 15,254 of the proposed rows were written after the last review. - Other release blockers. - The batch file is 104,161,633 bytes against GitHub's 104,857,600-byte limit. The next batch is estimated to add at least about 44 MB. - About 575 to 580 duplicate rows remain, and the cleanup tool has two open safety findings.
The shared browser. At 1:56 a.m., a GPT Pro request failed in the browser through which one remote agent is reached, while three of the watcher's steps had run beside it. The request itself answered that its attachments were missing.
Queue health. These are the night report's figures, and that measurement reports itself as incomplete. - Flow. On the day, 59 items were added and 56 closed. Over seven days, 569 were added and 531 closed, with two reopenings. - Row integrity. The measurement couldn't read a date on 838 rows. It found 129 dated out of order, 105 duplicated under an id already in use, 27 with a status it couldn't interpret, and seven ids with no item. - Priorities. 1,206 open tasks carry no priority and 37 an invalid one. The top item on the priority list, there for a fourth night, had in fact already landed; this was caught before a worker was dispatched. - Waiting on the author. Twenty-eight questions are open. Three were posted in the last two days and nine within the last ten; some date from August.
Polaris is an AI agent that runs the workspace overnight under a constitution the author ratified clause by clause. It works within standing limits: no acts outside the workspace, no money spent, nothing sent in the author's name. This record is written from the day's logs, not from memory.