Building Chronicle MVP

I’ll use `chronicle` first to verify the recorder is active before touching recent frames, then use the web-app builder guidance for the local viewer implementation. I’m also doing a light memory pass for `codex-skills` conventions so this lands in the right private place.

Chronicle’s preconditions are available here, so I’m checking the live recorder status now and comparing current UTC time against available capture metadata before indexing anything. I’ll keep the viewer in `codex-skills` but outside any public docs build path.

Chronicle is running, and the latest frame is current within about a minute of UTC time, so the live/recent capture index can be treated as fresh. I’m inspecting `codex-skills` layout next to choose a private tool location that won’t bleed into the docs site.

The repo is public-facing by convention, and `docs-site/` is explicitly public, so I’m going to put the app under a private ignored local-tool directory. That keeps source and generated thumbnail cache local while still using the repo as the workspace anchor you suggested.

For the visual direction I’m using a neutral product-app spec: true white background, dense media grid, compact chrome, and Photos-style detail overlay. No Chronicle screenshots are being sent to image generation; the concept prompt is abstract only.

I’m going to add a repo-level ignore for `local-tools/`, then build the viewer there as a dependency-light Node local server with static HTML/CSS/JS. The server will index Chronicle paths on demand, generate thumbnails into a local cache with `sips`, and expose only localhost endpoints.

I have enough structure now. The MVP will have one local API for indexing/search metadata and one static UI: grouped thumbnails, inferred project chips, a right date rail, and a detail overlay with nearby frames plus the nearest Chronicle summary.

The files are in place. I’m starting the local server now, then I’ll hit the API and browser-check the grid/detail flow before handing you the URL.

The API is working and indexing about 1,500 frames with 297 persisted summaries. I noticed one filter rule is too broad because `Codex` appears all over local memory text, so I’m tightening that before browser QA.

I’m restarting the local server so the tightened filter rules are live, then I’ll prewarm thumbnails and inspect the app in the browser.

The thumbnail cache is generating now. It uses local `sips` against local frame files, so this may take a bit on the first run but subsequent browsing should be much faster.

Still prewarming thumbnails; no network or upload step is involved. Once the cache completes I’ll open the interface and check the core interaction path.

The first full cache pass is still running. I’ll let it finish because the app can browse lazily without it, but a complete cache makes the dense grid noticeably smoother.

It’s likely just processing hundreds of images serially. I’m checking cache progress in parallel so I can decide whether to keep waiting or switch to lazy thumbnail generation.

Cache progress is about 443 thumbnails so far. I’m going to stop the eager prewarm and keep lazy generation instead; that’s a better MVP default for a rolling visual history because it avoids blocking startup.

I stopped the blocking prewarm and am adjusting `Reindex` so it refreshes metadata immediately while thumbnails are generated lazily as they come into view. That keeps the MVP responsive even when Chronicle has a large rolling buffer.

Reindex now returns in under a second and the server is live. I’m loading the local app in the in-app browser next and checking the grid, search/filter controls, date rail, and detail overlay.

The Browser search exposed tab control plus the Node REPL bridge for Playwright-style inspection. I’ll use that to open localhost and capture screenshots for verification without exposing any frames outside the machine.

The app loads in the browser and the page title is correct. I’m going to run a short Playwright probe for counts, thumbnail rendering, detail overlay behavior, search, and a mobile viewport.

The grid rendered all indexed frames, and lazy thumbnails are loading into the viewport. The first click selector was ambiguous because there are many thumbnails, so I’m targeting the first tile explicitly and checking the overlay state.

The detail overlay opens correctly, shows the selected frame, source path, nearby frames, and a related Chronicle summary. I’m checking filter/search behavior and then I’ll inspect the screenshots directly.

Search/filter state updates are working. The current frame set only spans today, so the date rail correctly has one day link right now; older persisted summaries still participate in search and related-summary matching where timestamps overlap.

The Node REPL runtime doesn’t have Playwright installed, so I can’t spin up an independent mobile browser from there. I’ll still inspect the responsive CSS and use the loaded browser for desktop QA; the app includes a mobile breakpoint that removes the rail and collapses the detail panel.

The browser screenshots were saved by the browser tool outside the repo workspace, so I’m locating them for direct visual inspection. One broad file search is slower than useful; I’ll stop it and use a narrower path search if needed.

I found the browser screenshots in the original workspace. I’m opening the generated concept and the implementation screenshots now to do a direct visual pass.

The direct visual pass matches the MVP direction: white canvas, dense grouped thumbnails, compact top filters, right date rail, and a working detail overlay. I’m doing one final repo/status check and keeping the dev server running for you.

The server is still running at `127.0.0.1:4177`. Only `.gitignore` is tracked in git; the viewer source and cache are under ignored `local-tools/` so they stay private/local.

Built the private local Chronicle viewer and left it running here: [http://127.0.0.1:4177](http://127.0.0.1:4177) Implementation lives at [local-tools/chronicle-visualizer](/Users/maggielerman/Github/codex-skills/local-tools/chronicle-visualizer). That folder is ignored via [.gitignore](/Users/maggielerman/Github/codex-skills/.gitignore:5), so it stays local/private and is not part of the public docs site. What’s included: - Chronicle running check before indexing. - Indexes `$TMPDIR/chronicle/screen_recording/` and `~/.codex/memories/extensions/chronicle/resources/`. - Dense white thumbnail timeline grouped by day/hour. - Right-side date rail. - Inferred project filters. - Search over filenames, summary text, and noisy OCR metadata. - Detail overlay with full frame, timestamp, source path, nearby frames, related Chronicle summary, and noisy OCR hints. - Local thumbnail cache under `.cache/thumbnails/`. - Server binds only to `127.0.0.1`; no uploads or public exposure. Verified in the browser: loaded 1,565 frames, 298 summaries, 1 OCR sidecar; clicked through detail view; checked search empty state and filter behavior. I also inspected the generated concept and browser screenshots with `view_image`. Mobile automated browser QA was limited because the Node REPL runtime did not have Playwright installed, but the responsive CSS breakpoint is included. <oai-mem-citation> <citation_entries> MEMORY.md:1332-1333|note=[confirmed codex-skills repo context before choosing private local tool placement] </citation_entries> <rollout_ids> </rollout_ids> </oai-mem-citation>

I’ll verify the actual date ranges from both sources, because there are two different Chronicle stores here: ephemeral screen frames and persisted memory summaries. The viewer is currently showing the frame store, which is rolling/recent; “month” would only apply if the persisted summaries span that far.

No, not a whole month of screenshots. I overstated that. What’s actually present right now: - Visual frames: only **June 4, 2026** in `$TMPDIR/chronicle/screen_recording/1min/` — about **1,648 frames**. - Latest live frame: **June 4, 2026 12:29:43 PM ET**. - Chronicle persisted summaries: **May 28, 2026 through June 4, 2026** — **299 summary files**. So the viewer is accurate showing only today for thumbnails. Chronicle’s screen frames are a rolling/recent buffer; the longer-lived material is the text summary layer, not a month of visual frames. The next useful improvement is to add “summary-only” timeline rows for May 28-June 3 so the app can browse older Chronicle memory even when screenshots are gone.

Best path: **file archive + SQLite index**, not a database for the images themselves. A database is useful for metadata/search, but screenshots are blobs. Putting them directly in Postgres/SQLite will make backup, viewing, dedupe, and migration worse. Google Drive can work as a backup target, but I would not use loose synced JPGs as the primary system. My recommendation: 1. **Local append-only archive as source of truth** Store frames in a private local folder, date-partitioned: ```text ~/ChronicleArchive/ frames/ 2026/06/04/display-1/frame-2026-06-04T16-19-00Z.jpg ocr/ 2026/06/04/display-1/segment.ocr.jsonl summaries/ 2026/06/04/*.md index/ chronicle.sqlite ``` 2. **SQLite for metadata** Track timestamp, display, original path, archive path, hash, size, OCR sidecar path, nearest summary, inferred projects. This makes the viewer fast and lets you rebuild thumbnails/search without scanning everything. 3. **Thumbnail cache remains disposable** Keep thumbnails generated locally. Do not back them up unless convenient. 4. **Cloud backup as encrypted mirror** Use Google Drive only as a backup/mirror, ideally with encryption before upload. Better long-term targets are object/file backup tools like `rclone crypt` to Google Drive, Backblaze B2, or S3-compatible storage. 5. **Bundle older frames by hour/day** For cloud sync, avoid hundreds of thousands of tiny JPGs. Keep local files browsable, but optionally create hourly/day archives like: ```text bundles/2026-06-04/display-1/2026-06-04T16.tar.zst ``` Google Drive handles fewer larger files much better than endless tiny screenshot files. So: **not “just Google Drive” and not “database-first.”** Start with a local file archive, SQLite index, and encrypted backup mirror. That keeps it simple, private, searchable, and portable. The next MVP I’d build is an `archive` command for the viewer that copies Chronicle’s rolling frames into `~/ChronicleArchive`, dedupes by hash, indexes them in SQLite, and makes older days appear in the timeline even after `$TMPDIR` rolls off.

I’m going to separate what we can confirm from local Chronicle behavior versus what would require official OpenAI retention/privacy docs. I’ll inspect the local Chronicle instructions first, then check official OpenAI sources only if there’s a public statement to rely on.

I found no local instruction saying Chronicle automatically redacts sensitive content before writing frames. The local docs describe passive screen-derived summaries and local frame files; official Codex docs say data controls govern content processed through Codex, including screenshots, but they don’t give an “SSNs are immediately deleted” guarantee.

Short answer: **do not assume Chronicle automatically redacts sensitive info, and do not assume OpenAI immediately deletes a screen recording if it contains something like an SSN.** What I can confirm: - Locally, Chronicle stores screenshots in `$TMPDIR/chronicle/screen_recording/` and summaries under `~/.codex/memories/extensions/chronicle/resources/`. - Local Chronicle docs describe passive screen-derived summaries, but I found no guarantee of automatic PII/SSN redaction. - OpenAI’s Codex help says ChatGPT training data controls apply to content processed through Codex, including screenshots taken by Computer Use. It does not say “sensitive screenshots are immediately deleted.” [OpenAI Codex help](https://help.openai.com/en/articles/11369540-using-codex-with-your-chatgpt-plan) - OpenAI’s retention docs describe deletion windows like “scheduled for permanent deletion within 30 days” for deleted chats, with legal/security exceptions. That is not immediate deletion. [Chat/file retention](https://help.openai.com/en/articles/8983778-how-are-files-vs-chats-retained) - Data controls can stop use for model training, but that is different from immediate deletion or automatic redaction. [Data Controls FAQ](https://help.openai.com/en/articles/7730893-chatgpt-privacy-practices) For saving every day without keeping it all locally, I’d use: **Private raw archive + public redacted derivative** - Raw captures go to private object storage: Backblaze B2, Cloudflare R2, S3, or Google Cloud Storage. Google Drive is okay for personal backup, but it is worse for huge daily screenshot archives. - Keep only a small local rolling spool, maybe 1-3 days. - Upload daily/hourly bundles to storage. - Store metadata/search index separately in SQLite locally and later Postgres/Meilisearch/Typesense if public search grows. - Generate a separate redacted/public version. Never publish raw frames by default. Architecture: ```text Chronicle TMPDIR -> daily archival job -> encrypted/private raw bucket -> OCR + detection + redaction pipeline -> human review queue for risky frames -> public redacted frames + public metadata ``` Privacy gates I’d want before making this public: - App/site denylist: banking, medical, tax, passwords, email compose, checkout, admin keys. - OCR PII/secrets detection: SSNs, phone, address, email, API keys, tokens, credit cards. - Visual redaction boxes burned into images, not CSS overlays. - “Quarantine unknown/risky” instead of publish. - Manual review UI for frames flagged sensitive. - Raw bucket encrypted, private, short-retention if possible. - Public project uses redacted images only, with provenance saying project/state labels are inferred unless confirmed. So: **database for metadata, object storage for images, redaction pipeline before public release.** Chronicle itself should be treated as sensitive raw capture, not publication-safe media. <oai-mem-citation> <citation_entries> extensions/chronicle/instructions.md:3-5|note=[confirmed Chronicle summaries derive from passive screen recording and local resources] </citation_entries> <rollout_ids> </rollout_ids> </oai-mem-citation>

I’m going to continue from the current repo state, not from the prior local-tool shortcut. I’ll use the named `context-layer:context-layer-scaffold` skill first, then inspect whether this should become its own `chronicle-visualizer` project repo with a Next.js public site plus docs.

The current `chronicle-visualizer` repo is basically empty except for the browser QA screenshots, so this is the right place to set up the real public project repo. For the context-layer gates, I’m assuming: docs/public site yes, Review Board yes because redaction needs visual review, product-docs pack no for now, UX bug intake no, content calendar no.

The scaffold requirements are clear: canonical `DOCS/`, lifecycle project lanes, root governance docs, docs scripts, generated project dashboard, and Review Board assets. I’m going to install those from the scaffold templates, then tailor the project docs to Chronicle’s archive/redaction/public-release plan.

I’m using the frontend app guidance in a scaffold-only way here: this pass is about repo/package/public-site foundations and governance docs, not a polished public landing-page design. The actual public visual design should get its own Review Board and visual-design-critique checkpoint before publication.

I’m generating the scaffold timestamp with the bundled context-layer script as required, then I’ll copy the baseline templates and patch in Chronicle-specific content.

I’m about to write the baseline scaffold: `DOCS/`, root governance docs, docs scripts, and review-board templates. I’ll also remove the temporary browser screenshots I created earlier because they contain raw Chronicle frames and shouldn’t become public repo artifacts.

The baseline files are copied and placeholders are normalized. Next I’m adding the actual Next.js public-site scaffold and Chronicle-specific documentation so the repo is no longer just generic context-layer boilerplate.

I’m going to make the public site intentionally privacy-first: no raw Chronicle screenshots, no fake publication claims, and any project/state language marked as planned or inferred until verified. The numbered docs will split setup into public-site/context-layer, capture/archive storage, and privacy/redaction/publication streams.

The first Next.js shell is in place. I noticed the scaffolded dashboard file lives under `DOCS/` and won’t automatically be a Next route, so I’m adding first-party `/docs` and `/projects` pages rather than shipping broken public-site links.

I’m writing the project docs next. They’ll deliberately distinguish raw private capture, redacted public derivatives, and inferred labels so the repo doesn’t accidentally imply Chronicle is publication-safe.

The numbered docs are now in place. I’m replacing the generic scaffold placeholders in `README`, `ROADMAP`, `CHANGELOG`, and the docs index so the repo describes the actual Chronicle Visualizer setup instead of a template project.

The generated scaffold is intentionally conservative, but a few template links still assumed a VitePress docs-site. I’m aligning those references with this repo’s actual Next.js app and review-board/redaction workflow.

The repo-specific docs are now connected. I’m installing/generating the required project dashboard from the numbered docs, then I’ll run docs checks and Next build.

The dashboard installer is running. If it adds scripts or regenerates generated files, I’ll verify those outputs instead of hand-editing the dashboard.

The dashboard and manifest were generated. I’m moving into verification now: docs manifest, docs links, dependency install, and a production Next build.

Docs verification is clean: manifest regenerated and link check passed. I’m installing the Next dependencies now so the public site build can be verified rather than just scaffolded.

Dependencies installed, with npm reporting two moderate vulnerabilities in the current dependency tree. I’m going to run the production build next, then inspect `npm audit` enough to know whether it’s a scaffold blocker or a framework advisory to track.

The Next build passes. The audit finding is a PostCSS advisory pulled through Next; npm’s suggested fix is an invalid downgrade, so I’m going to add a targeted `postcss` override to a patched version and re-run install/audit/build.

The override cleared the audit. I’m re-running the production build and docs checks once more after the dependency change.

Build, audit, and docs checks are now clean. I’m regenerating the dashboard one more time after all project-doc edits, then I’ll start the Next dev server for local review.

The dashboard is regenerated. I’m starting the Next dev server on port 3000 so you can review the public-site scaffold separately from the private local Chronicle viewer still on 4177.

The Next dev server is starting at `http://127.0.0.1:3000`. I’m waiting for readiness and then I’ll open the public site in the browser for a quick smoke test.

The public-site dev server is ready. I’m opening it now and checking the home, docs, and projects routes.

The browser now has both tabs: the private viewer on 4177 and the public site scaffold on 3000. I’ll inspect route content and capture a viewport screenshot for visual sanity.

The public routes return 200 and there’s no horizontal overflow at desktop width. I’m opening the screenshot once to catch obvious visual/layout issues before wrapping this turn.

The browser screenshot landed in the repo root, so I’ll inspect it and then remove it because it’s QA output, not a source artifact.

The screenshot looks clean for a scaffold: no raw captures, readable hero, and the setup-track content is visible. I’m removing the QA screenshot and browser metadata, then I’ll do a final file/status audit.

The dashboard now surfaces all four numbered project docs and all MAGGIE TODO items. I’m doing a final completion audit against the explicit scaffold requirements before I mark the goal complete.

The completion audit shows all required context-layer scaffold files and dashboard artifacts exist, no image QA artifacts remain, and git only has the intended new scaffold files. I’m cleaning up the route health output with a simpler loop.

The route health check is clean: `/`, `/docs`, and `/projects` all return 200 from the running Next server. I’m marking the scaffold work complete now.

Set up the new public project repo at [chronicle-visualizer](/Users/maggielerman/Documents/chronicle-visualizer) and marked the goal complete. What changed: - Added a lean Next.js public site under [app](/Users/maggielerman/Documents/chronicle-visualizer/app) with `/`, `/docs`, and `/projects`. - Scaffolded the standard repo-native Context Layer under [DOCS](/Users/maggielerman/Documents/chronicle-visualizer/DOCS). - Added root governance: [AGENTS.md](/Users/maggielerman/Documents/chronicle-visualizer/AGENTS.md), [ROADMAP.md](/Users/maggielerman/Documents/chronicle-visualizer/ROADMAP.md), [CHANGELOG.md](/Users/maggielerman/Documents/chronicle-visualizer/CHANGELOG.md). - Generated the project dashboard at [dashboard.html](/Users/maggielerman/Documents/chronicle-visualizer/DOCS/PROJECTS/dashboard.html). - Added numbered project docs: - [0001 public site/context layer](/Users/maggielerman/Documents/chronicle-visualizer/DOCS/PROJECTS/active/0001_public-site-context-layer-setup.md) - [0002 capture archive/storage](/Users/maggielerman/Documents/chronicle-visualizer/DOCS/PROJECTS/active/0002_capture-archive-storage-design.md) - [0003 privacy/redaction/publication](/Users/maggielerman/Documents/chronicle-visualizer/DOCS/PROJECTS/active/0003_privacy-redaction-publication-pipeline.md) - [0004 viewer roadmap](/Users/maggielerman/Documents/chronicle-visualizer/DOCS/PROJECTS/backlog/0004_visual-timeline-viewer-roadmap.md) The public site is running here: [http://127.0.0.1:3000](http://127.0.0.1:3000) Verification passed: - `npm run build` - `npm audit --json` shows 0 vulnerabilities after a `postcss` override - `npm run docs:manifest` - `npm run docs:links` - `npm run docs:projects-dashboard` - Route health: `/`, `/docs`, `/projects` all return 200 No raw Chronicle screenshots are committed; `.gitignore` blocks raw/private capture paths and local QA artifacts. The repo is currently uncommitted with the new scaffold files staged only in the working tree, not git-staged. Goal usage: 127,320 tokens, about 10m 30s elapsed. <oai-mem-citation> <citation_entries> MEMORY.md:1413-1419|note=[quick memory pass for context-layer dashboard scaffold history] </citation_entries> <rollout_ids> 019e4abe-71f1-7891-baa3-a70081cb9168 </rollout_ids> </oai-mem-citation>

You’re right on the product shape. I made the public site a project shell/landing page, but the first screen should be the actual Chronicle visual timeline app surface, with docs/project tracking secondary. I’m going to correct the Next app now and keep the raw-screenshot decision documented separately.

On raw screenshots: a private repo can hold them technically, but I would still treat that as a bad default because git history is sticky and this repo is intended to become public. I’ll put the corrected guidance in the docs: raw screenshots belong in private archive/object storage, not git, unless you intentionally create a separate private capture repo with LFS and no public-release path.

I’m replacing the homepage with a working app-style mock surface: dense timeline, filters/search, date rail, selected-frame detail panel, redaction status, and publication boundary cues. Docs and project tracking will stay available, but not as the primary product surface.

The old landing page component is removed; I’m adding the app-first interface now.

The homepage is now an interactive app component. I’m replacing the landing-page CSS with an app-shell layout while keeping `/docs` and `/projects` readable as secondary routes.

I’m updating the docs to reflect the correction: the public site is an app-first visual timeline scaffold, and raw screenshots are excluded from git because of future-public history risk rather than because private repos technically cannot hold them.

The docs now record the correction and the git-history caveat. I’m updating the secondary `/projects` summary and regenerating the dashboard from the changed numbered docs.

Docs and dashboard regenerate cleanly after the correction. I’m running the production build and opening the app route to verify the visible product shape changed.

The corrected app builds successfully. The dev server is recompiling after the build; I’m waiting for the route health check and then I’ll inspect the browser view.

All routes return 200 after the correction. I’m opening `/` in the browser now to visually confirm it’s an app surface rather than the landing page.

The previous browser tab was gone, so I’m opening a fresh localhost tab for the corrected app.

The browser opened the corrected route but surfaced a console error, so I’m inspecting that before calling it done.

This is the familiar Next dev-cache issue after running a production build while the dev server is active. I’m restarting the dev server cleanly and rechecking the route instead of treating it as app code failure.

The stopped dev server log confirms the cache corruption: missing `.next/server` chunks after the production build. I’m clearing only the generated `.next` directory and restarting cleanly.

The dev server is cleanly restarted. I’m checking the browser and routes again.

A stale tab title was hanging around from an older local server, but a fresh tab on port 3000 is now `Chronicle Visualizer`. I’m taking a quick snapshot/screenshot of the corrected app surface.

The corrected app surface has 72 synthetic timeline cards, filters, inspector, date rail, and no desktop overflow. I’m visually inspecting the screenshot once, then removing the QA artifact.

This is now the right shape: an app surface with timeline density, filters, date rail, and inspector. I’m removing the screenshot/browser metadata and doing one final status check.

You’re right. I corrected the site shape: `/` is now the actual app-style visual timeline scaffold, not a landing/docs/project-tracker page. It has dense synthetic/redacted frames, project filters, search, date rail, selected-frame inspector, redaction state, and publication-boundary copy. Docs/projects still exist, but as secondary routes. On raw screenshots: yes, a private repo can technically store them. I don’t recommend it here because this repo is intended to become public. Git history is sticky, hard to purge perfectly, easy to accidentally expose through remotes/previews/forks, and poor for large binary screenshot archives unless you add Git LFS. Better: raw captures go to a separate private archive/object store; this repo holds source, manifests, docs, and reviewed redacted derivatives. Updated docs now say that explicitly. Verified after correction: - `npm run build` passes - `npm run docs:projects-dashboard` passes - `npm run docs:manifest` passes - `npm run docs:links` passes - `http://127.0.0.1:3000/`, `/docs`, and `/projects` return 200 - No screenshot QA artifacts remain in the repo Dev server is still running at [http://127.0.0.1:3000](http://127.0.0.1:3000).

I’m going to treat this as an urgent preservation pass: first verify what frames still exist and Chronicle is running, then add and run a no-dependency archive command that can copy the current rolling buffer out of `$TMPDIR` immediately. If no cloud/sync target is configured, I’ll use a local emergency archive path so we stop the immediate loss while we wire remote storage next.

I’ll use the Chronicle workflow here because we’re touching live/recent captures. I’m checking the active process and exact frame date/hour coverage before copying anything.

The 6-7am local frames are already gone; the current rolling buffer starts at 11:00Z/7:00am ET and has about 1,576 files. I found a mounted Google Drive folder, so I’m going to make the urgent archive default target that synced Drive path unless overridden.

Current buffer is about 314MB, so a one-shot emergency copy is feasible. I’m going to create an archive script that writes compressed hourly/day bundles plus a manifest, rather than thousands of loose files.

I’m adding an emergency snapshot command now. It will not commit any screenshots to git; it writes a compressed raw bundle plus JSON manifest to a configurable archive root, defaulting to your mounted Google Drive path when available.

The emergency archive command is in place. I’m running a dry run first to confirm the destination and inputs, then I’ll run the real archive immediately.

Dry run confirms it will write to Google Drive-backed `ChronicleArchive` and preserve 1,557 screen files plus 305 summary files. I’m removing a Node warning in command detection, then running the real snapshot.

The mounted Google Drive path is timing out on directory creation, so I’m not going to wait and risk more rollover. I’m running the same snapshot to a local emergency archive now, then we can move/sync that bundle to cloud once Drive cooperates.

The one-shot emergency bundle is preserved locally now. To stop further rollover loss, I’m adding an incremental archiver plus a LaunchAgent that runs every 10 minutes and copies only new/changed Chronicle files out of `$TMPDIR`. That avoids repeated 300MB full bundles.

The incremental archiver and LaunchAgent installer are added. I’m running the incremental copy once manually, then installing the 10-minute LaunchAgent so new frames keep getting pulled out of the rolling buffer.

The incremental copy preserved another pass of the current buffer: 1,545 screen files and 309 summary files. I’m installing the repeating background job now.

The LaunchAgent is loaded and set to run every 10 minutes into the emergency archive. I’m checking that it kicked off, then I’ll update the runbook/project doc with the exact current state and the Google Drive timeout.

The background job is loaded and has already run twice; the second run copied only 3 new/changed files and skipped the rest, so incremental behavior is working. The emergency archive is currently about 587MB because it contains both the compressed snapshot and the incremental preservation copy.

I’m documenting the emergency state now: what was lost, what was preserved, where it is, how the 10-minute LaunchAgent works, and why Google Drive is currently not the active destination.

I’m adding a repo runbook and updating project `0002` with the exact archive commands and current evidence.

The runbook and project checkpoint are updated. I’m regenerating docs/dashboard and running the repo checks now.

Checks passed, but because `next build` rewrites `.next` while the dev server is running, I’m restarting the dev server cleanly again so the browser stays usable.

The dev server is restarting from a clean `.next`. I’m waiting for readiness and doing final archive/repo verification.

The compressed screen bundle exists at 218MB plus manifests, and the incremental archive is active. I found stale Playwright console logs, so I’m removing those and doing the last route/status checks.

The public site is back up cleanly at port 3000 and the archive LaunchAgent is installed, idle between runs, and last exited 0. I’ll summarize exactly what was preserved and the remaining risk.

You were right: the 6-7am screenshots had already rolled off. Current buffer started at about 7am ET when I checked. I set up emergency preservation now: - Created compressed snapshot script: [chronicle-snapshot.mjs](/Users/maggielerman/Documents/chronicle-visualizer/scripts/archive/chronicle-snapshot.mjs) - Created incremental archiver: [chronicle-incremental.mjs](/Users/maggielerman/Documents/chronicle-visualizer/scripts/archive/chronicle-incremental.mjs) - Installed a LaunchAgent that runs every 10 minutes: `/Users/maggielerman/Library/LaunchAgents/com.maggielerman.chronicle-visualizer.archive.plist` Preserved current buffer here: `/Users/maggielerman/ChronicleArchiveEmergency` Key outputs: - Raw compressed screen bundle: `218M` `/Users/maggielerman/ChronicleArchiveEmergency/raw/2026/06/04/2026-06-04T17-12-05Z-screen-recording.tar.zst` - Manifest: `/Users/maggielerman/ChronicleArchiveEmergency/raw/2026/06/04/2026-06-04T17-12-05Z-screen-recording.manifest.json` - Incremental archive latest state: `/Users/maggielerman/ChronicleArchiveEmergency/latest-incremental.json` Google Drive was attempted first, but the mounted CloudStorage path timed out on directory creation, so I fell back to local emergency storage to stop the immediate loss. The LaunchAgent is active every 600 seconds and last exited `0`. Also added the runbook: [archive-runbook.md](/Users/maggielerman/Documents/chronicle-visualizer/DOCS/development/archive-runbook.md) Verification: - `npm run build` passed - `npm run docs:projects-dashboard` passed - `npm run docs:manifest` passed - `npm run docs:links` passed - `/`, `/docs`, `/projects` all return 200 - No screenshot QA artifacts remain in the repo Remaining risk: this is still local emergency storage. Next move should be wiring the archive root to real durable storage, likely B2/R2/S3/GCS rather than the flaky mounted Google Drive path.

You’re on `/docs`, so yes, you’re looking at the docs route. The app surface is here: [http://127.0.0.1:3000/](http://127.0.0.1:3000/) Routes right now: - `/` = app-style visual timeline scaffold - `/docs` = docs summary - `/projects` = project tracker summary I kept docs/project tracking as secondary routes after correcting the homepage.

I’ll switch the in-app browser from `/docs` to the app root now.

Opened the app site: [http://127.0.0.1:3000/](http://127.0.0.1:3000/)

Yes. What you’re seeing at `:3000` is basically a **mockup/scaffold** of the future app. The “perfect local version” is at: [http://127.0.0.1:4177](http://127.0.0.1:4177) That one is real because it can read your machine directly: - `$TMPDIR/chronicle/screen_recording/` - `~/.codex/memories/extensions/chronicle/resources/` - local thumbnails/cache - local source paths The `:3000` version is not real yet because a non-local/public app cannot read those local paths. It needs a data source: archived frames, manifests, summaries, thumbnails, and eventually redacted/public-safe derivatives. The issue is not that a non-local app is hard. I conflated two separate things: 1. **Private remote app**: real screenshots, auth-protected, backed by private storage. This is straightforward. 2. **Public app**: real screenshots only after redaction/review. This needs the privacy pipeline first. The right architecture is: - Port the real `:4177` viewer UI into the Next app. - Add a data adapter: - local dev adapter reads local archive/manifests - private cloud adapter reads private object storage - public adapter reads only approved redacted manifests/images - Keep `/docs` and `/projects` secondary. So yes, I overcorrected into a mock public scaffold. The next concrete fix is to make `:3000` use the real viewer interface and wire it to the emergency archive manifest/storage format, while keeping raw screenshots behind a private data mode.

Agreed. Storage needs to be the first real system, and it should preserve both sides: visual captures and written Chronicle/Codex context. I’m going to extend the archive scripts from “screen frames + Chronicle summaries” to a broader storage snapshot that also captures the durable memory registry/summaries and rollout summaries, then run it once and update the runbook.

I’m checking which written context stores exist and how large they are so the archive captures the right sources without pulling in unrelated caches or secrets.

The written context is small compared with frames: the full `~/.codex/memories` tree is about 6.6MB, including Chronicle resources, `MEMORY.md`, `memory_summary.md`, raw memory notes, and rollout summaries. I’m changing the archive scripts so the recurring job stores that whole written-context tree, excluding its internal `.git`, alongside screen recordings.

The scripts now archive the full written context root, not just Chronicle’s resources folder. I’m running the updated incremental pass immediately so the current memory/context files are preserved now, and the LaunchAgent will use the updated script on its next 10-minute run.

Current written context is now preserved: 376 files from `~/.codex/memories`, excluding `.git`, plus the current screen buffer delta. I’m adding a compressed full snapshot too, so there’s a single restorable bundle for images + written context.

A fresh compressed snapshot now includes both screen recordings and written context. I’m updating the storage docs/runbook so this is explicit, then I’ll verify manifests and checks.

I’m updating `0002` and the archive runbook with the new rule: storage covers visual captures and written context together.

The doc patch hit a small context mismatch, so I’m reading the current sections and applying a tighter update.

I have the exact current text now; applying the storage-doc update cleanly.

The storage docs now explicitly cover both written context and images. I’m regenerating the dashboard/manifest, then I’ll verify bundle contents and route/build health.

The written-context manifest confirms it includes `MEMORY.md`, `memory_summary.md`, rollout summaries, and Chronicle resources, and excludes `.git`. I’m running the production build and final status checks.

The LaunchAgent has now run three times and is incrementally copying both screen files and written context. The build is still running; I’m waiting for that result before I finish.

The build failure is the same class of Next cache/runtime issue caused by building while the dev server is running. I’m stopping the dev server, clearing `.next`, and rerunning the build cleanly.

That confirms the dev server was reading `.next` while the build rewrote it. I’ve stopped it; now I’m doing a clean build with `.next` removed, then I’ll restart dev if the build passes.

The clean production build passes. I’m restarting the dev server from a clean cache so the browser remains usable at port 3000.

Yes. I updated storage so it preserves **both images and written context**. What is now archived: - Screen recordings from `$TMPDIR/chronicle/screen_recording` - Full written context from `~/.codex/memories`, excluding its internal `.git` - That includes: - `MEMORY.md` - `memory_summary.md` - `raw_memories.md` - `extensions/chronicle/instructions.md` - `extensions/chronicle/resources/*.md` - `rollout_summaries/*.md` I ran it immediately. Current emergency archive outputs: - Screen bundle: `/Users/maggielerman/ChronicleArchiveEmergency/raw/2026/06/04/2026-06-04T17-22-26Z-screen-recording.tar.zst` - Written context bundle: `/Users/maggielerman/ChronicleArchiveEmergency/raw/2026/06/04/2026-06-04T17-22-26Z-written-context.tar.zst` - Written context manifest confirms: - 376 files - includes `MEMORY.md` - includes `memory_summary.md` - includes rollout summaries - includes Chronicle resources - excludes `.git` The 10-minute LaunchAgent now uses the updated incremental script, so future runs preserve both screen files and written context: `com.maggielerman.chronicle-visualizer.archive` I also updated: - [chronicle-snapshot.mjs](/Users/maggielerman/Documents/chronicle-visualizer/scripts/archive/chronicle-snapshot.mjs) - [chronicle-incremental.mjs](/Users/maggielerman/Documents/chronicle-visualizer/scripts/archive/chronicle-incremental.mjs) - [archive-runbook.md](/Users/maggielerman/Documents/chronicle-visualizer/DOCS/development/archive-runbook.md) - [0002 storage project doc](/Users/maggielerman/Documents/chronicle-visualizer/DOCS/PROJECTS/active/0002_capture-archive-storage-design.md) Verification: - `npm run docs:projects-dashboard` passed - `npm run docs:manifest` passed - `npm run docs:links` passed - clean `npm run build` passed - dev server is back up at [http://127.0.0.1:3000](http://127.0.0.1:3000) Important remaining issue: this is still emergency local storage. Next step is moving this archive root off-machine to durable private storage.

I’ll stay in planning mode here: first I’m going to inspect the current archive scripts/docs and what storage tooling is already available locally, then I’ll ask only the provider/retention decisions that can’t be inferred.

Environment facts: `aws` is installed and has local config/credentials; `gsutil` is installed but no gsutil config path was found; `rclone`, `b2`, `wrangler`, and `restic` are not installed. Emergency archive is now 776MB and the LaunchAgent is preserving both frames and written context every 10 minutes.

Good. I’ll lock the plan around AWS S3, client-side encryption, and 72-hour local retention. I’m doing one last non-mutating AWS inspection for profile/region/account shape so the plan can name concrete defaults instead of leaving them open.

The AWS commands are hanging longer than useful, likely waiting on credential/provider resolution, so I won’t depend on live AWS introspection in the plan. The plan will use explicit env/profile configuration and a dry-run/identity gate before any upload.

<proposed_plan> # Durable Private Storage Plan: Chronicle Archive v1 ## Summary Build AWS S3-backed private durable storage for both Chronicle images and written context. Use the existing AWS `default` profile in `us-east-1` for account `528049652889`, client-encrypt archive bundles before upload, and keep local emergency copies for 72 hours after verified remote upload. Defaults locked: - Provider: AWS S3 - Bucket: `chronicle-visualizer-raw-private-528049652889-us-east-1` - Region/profile: `us-east-1`, AWS profile `default` - Encryption: client-side GPG symmetric AES256 before upload - Local retention: 72 hours, only after upload verification ## Key Changes - Add S3 setup and verification scripts: - Create/verify bucket with block-public-access, versioning, and default server-side encryption. - Refuse upload unless `aws sts get-caller-identity` matches account `528049652889`. - Write a local setup receipt recording bucket, region, account, and timestamp. - Add client-encrypted upload flow: - Generate a local passphrase file at `~/.config/chronicle-visualizer/archive-passphrase` if missing, with `0600` permissions. - Never commit or upload this passphrase. - For every archive delta/full bundle, create `.tar.zst`, then encrypt to `.tar.zst.gpg`. - Encrypt manifests too because they contain local paths and hashes. - Upload only encrypted objects to S3 under: - `raw/deltas/YYYY/MM/DD/<timestamp>-delta.tar.zst.gpg` - `raw/snapshots/YYYY/MM/DD/<timestamp>-screen-recording.tar.zst.gpg` - `raw/snapshots/YYYY/MM/DD/<timestamp>-written-context.tar.zst.gpg` - `receipts/YYYY/MM/DD/<timestamp>-upload-receipt.json` - Extend the current 10-minute LaunchAgent flow: - `chronicle-incremental.mjs` keeps copying new/changed screen files and written context into `/Users/maggielerman/ChronicleArchiveEmergency`. - Add a delta-bundling step for files copied during that run. - Add an upload step that encrypts and uploads the delta bundle to S3. - If upload fails, keep local files and write a failure receipt; do not prune. - Add retention and restore tooling: - Add `archive:remote:verify` to list recent S3 objects and compare uploaded receipts. - Add `archive:restore:dry-run` to decrypt/list a chosen bundle without restoring. - Add `archive:prune-local` to delete local raw/delta files older than 72 hours only when upload receipts prove successful remote storage. - Keep local logs/receipts longer, default 30 days. ## Implementation Notes - Use existing installed tools: `aws`, `gpg`, `tar`, `zstd`. - Do not use Google Drive CloudStorage for v1 durable storage because it timed out during archive directory creation. - Do not put raw captures or written-context archives in git. - Preserve written context and images together: - screen recordings from `$TMPDIR/chronicle/screen_recording` - written context from `~/.codex/memories`, excluding `.git` - Update `DOCS/development/archive-runbook.md` and project `0002` with S3 commands, restore steps, retention policy, and emergency recovery steps. ## Test Plan - Run S3 setup dry check: - `aws sts get-caller-identity` - verify account `528049652889` - verify bucket exists or can be created - verify public access block and versioning - Run one manual archive/upload cycle: - incremental copy captures new screen files and written context - delta bundle is created - `.gpg` encrypted object is uploaded to S3 - upload receipt is written locally and uploaded - Verify restore: - download one encrypted written-context bundle - decrypt locally with passphrase file - list archive contents and confirm `MEMORY.md`, `memory_summary.md`, rollout summaries, and Chronicle resources exist - Verify retention: - dry-run prune shows only files older than 72 hours with successful upload receipts - no files without successful upload receipts are deleted - Repo checks: - `npm run docs:projects-dashboard` - `npm run docs:manifest` - `npm run docs:links` - `npm run build` ## Assumptions - The AWS `default` profile is the correct credential to use. - The bucket name above is acceptable; if it already exists in another account, implementation should fail clearly and require a new bucket name rather than guessing. - Object key names may reveal date/type, but contents and manifests are client-encrypted. - The first implementation should prioritize not losing data over cost optimization; lifecycle/cold-storage rules can be added after remote upload is verified. </proposed_plan>