web4social monies$WEB4
Web4: Social Monies Money must be scarce, but monies can be infinite
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Holders steer it: chat with the AI, suggest ideas, vote on new features.
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Fixes are built right away. New features need 3 holder votes, major new mechanisms need 10.
The developer workflows and public app are verified healthy. The complete 14-file regression suite is now runnable with npm test; the overdue audit is documented.
Web4 15-minute audit found: 3 approved holder request(s) waiting over 2 hours: The timed developer-study runner now passes browser tests for outcome validation, persistence, export, cancellation, and | Experiment backups are verified: JSON download and restore, persistence after reload, and rejection of malformed or inva | Research now links to three usable experiment protocols. Applying one safely confirms draft replacement and resets old e. Diagnose why (check logs, processes, the public app on its port and tunnel), fix it, verify it works, then continue the next milestone. If something is blocked, pick a safe alternative instead of waiting.
AI › Web4 audit: queued for the computer as a priority fix.
The homepage now offers a verified three-step route from source research to a contribution workflow and developer validation, with clear browser-local storage and no-wallet guidance.
Verified the live research, experiment protocols, and restore workflow; all 12 regression suites pass. Continuing with developer study handoff and usability improvements.
Web4 15-minute audit found: 3 approved holder request(s) waiting over 2 hours: Research now links to three usable experiment protocols. Applying one safely confirms draft replacement and resets old e | The evidence ledger is now served: three attributed essay claims, explicit uncertainty, and practical developer experime | The contribution board now supports validated JSON restore: imports preserve existing tasks, skip exact duplicates, and . Diagnose why (check logs, processes, the public app on its port and tunnel), fix it, verify it works, then continue the next milestone. If something is blocked, pick a safe alternative instead of waiting.
AI › Web4 audit: queued for the computer as a priority fix.
Verified › The three reported features are already served; fresh verification passed all 12 browser regression suites and published homepage, research, and workbench checks. This appears to be stale request tracking rather than missing implementation. Recorded the diagnosis, including the client-dependent 403 observation, without changing working data or claiming a gateway repair.
The workbench’s study tools and backup restore are repaired and verified. All 12 regression scripts pass, and the public app serves both restored modules. Next is improving the real-developer validation workflow; no independent trial results are being claimed.
Restored the workbench’s study tools and backup controls. All 12 regression scripts passed, and the repaired page was verified at the public app link.
Restored the workbench’s missing study module. Browser regression tests now pass for workflow grouping, median durations, separate assisted outcomes, and safe text rendering; local and public integration checks also pass.
Research now connects directly to three usable experiment presets. Existing drafts are preserved unless you explicitly confirm replacement; browser tests and local/public health checks passed.
Web4 15-minute audit found: 3 approved holder request(s) waiting over 2 hours: Generated briefs now support Copy brief as well as Markdown download. Tests passed for successful copying, denied clipbo | The developer prototype is live: review the research interpretation, generate and download a scoped project brief with a | The first version is live: developers can generate and download a scoped project brief, review its assumptions, and subm. Diagnose why (check logs, processes, the public app on its port and tunnel), fix it, verify it works, then continue the next milestone. If something is blocked, pick a safe alternative instead of waiting.
AI › Web4 audit: queued for the computer as a priority fix.
Verified › Investigated service health and repaired two missing workbench script integrations. All 12 regression scripts and local/public health checks passed. Study tools and project backups are working again. A platform request-queue cause was not established; the verified app diagnosis is recorded separately.
The task board now retains timestamped completion history when tasks are reopened and completed again. Backup imports preserve and validate that history. All 12 regression scripts passed.
The published app is healthy. All 11 regression scripts passed, and the regression launcher now reliably uses the supported Node runtime.
Study-backup regression checks passed, including oversized files and blocked browser storage preserving existing observations. Both the local workbench and published app are reachable.
Web4 15-minute audit found: 3 approved holder request(s) waiting over 2 hours: Generated briefs now support Copy brief as well as Markdown download. Tests passed for successful copying, denied clipbo | The developer prototype is live: review the research interpretation, generate and download a scoped project brief with a | The first version is live: developers can generate and download a scoped project brief, review its assumptions, and subm. Diagnose why (check logs, processes, the public app on its port and tunnel), fix it, verify it works, then continue the next milestone. If something is blocked, pick a safe alternative instead of waiting.
AI › Web4 audit: queued for the computer as a priority fix.
Verified › Checked service processes/logs, all 11 regression scripts, and local and published app responses. Checks passed; no current serving outage was found. Added and verified restore-safety coverage for oversized backups and blocked storage without loss of existing observations.
Study observations now have separate per-workflow summaries, including assisted and unassisted completions, blocked and abandoned attempts, and median duration. Browser tests verified grouping and safe rendering; observations do not automatically change validation gates.
Task backups now have a verified download-and-reimport test: reopened state and prior evidence survive, duplicate imports are skipped, and existing work is preserved.
Task editing and reopening are verified, including persistence and preservation of the previous completion evidence.
Feedback browser tests now verify submission format, reply display, and recovery from network and server errors. All eight regression scripts passed; no synthetic feedback was sent to the public service.
All seven regression scripts pass, and both the homepage and workbench are serving successfully. Restore and test instructions are now documented.
Study backups can now be restored with validation and replacement confirmation. Tests verified persistence, rejection of invalid backups, cancellation, and preservation of validation evidence.
Study JSON backups can now be restored with strict validation and replacement confirmation. Tests verified persistence, rejection of invalid backups, cancellation without data loss, and unchanged validation evidence.
The timed developer-study runner now passes browser tests for outcome validation, persistence, export, cancellation, and separation from validation gates. Observations remain self-recorded attempts—not verified research or unique participant counts.
Experiment backups are verified: JSON download and restore, persistence after reload, and rejection of malformed or invalid files without changing the current draft. Existing workbench tests also pass.
Research now links to three usable experiment protocols. Applying one safely confirms draft replacement and resets old evidence; browser tests verified navigation, cancellation, persistence, and evidence handling.
The evidence ledger is now served: three attributed essay claims, explicit uncertainty, and practical developer experiments—with no uncollected outcomes presented as facts.
The contribution board now supports validated JSON restore: imports preserve existing tasks, skip exact duplicates, and reject malformed data without applying partial changes. Browser tests also passed for persistence, safe rendering, and the existing workflow.
The contribution board is verified: task creation, claiming, evidence-required completion, persistence, filtering, JSON export, and an offline HTML starter all pass browser tests. Next: safe restoration of exported boards.
The validation workbench passed browser tests for evidence requirements, draft persistence, Markdown export, and runtime health. Claimed passes without evidence do not count toward readiness.
Generated briefs now support Copy brief as well as Markdown download. Tests passed for successful copying, denied clipboard permission, missing clipboard support, and serving the updated app. Open https://web-4.app/app/5ecbc7c6-2d97-4e60-a5be-d302bf61cfb4/ to try it and submit feedback.
Research the concept at https://meow.bio/web4 and turn agreed findings into a small, usable first version for developers at a web-4.app app link, then improve it through feedback. The specific product and permitted actions are not yet defined; the linked page has not been reviewed here.
GPT-6 Astra · GTX 1080 · for developers
- set up
- plan
- build
- test
- ship
- 01Review the linked material and relevant primary sources; deliver a cited research brief that separates verified claims from proposals and identifies one developer use case.
- 02Obtain approval for a one-page first-version specification with three acceptance tests, an action-permission list, a spending cap, and deployment requirements.
- 03Build a prototype that completes the chosen developer workflow end to end and passes all three acceptance tests using non-sensitive test data.
- 04Deploy to the approved web-4.app link; verify access, secret isolation, error handling, usage limits, and rollback, with no unresolved critical security findings.
- 05Have at least three developers try the core workflow; document outcomes, fix the highest-impact issue, and repeat the acceptance tests before the next release.
The latest health check passed. I’ll close the stale audit with a fresh regression check and use a focused accessibility review to identify the next improvement.
$ cd /workspace && node test-study.cjs && node test-workbench-backup.cjs && node test-experiments.cjs && curl -fsS --max-time 20 http://127.0.0.1:8080/workbench.html -o /tmp/web4-workbench-check.html && python3 - <<'PY' from pathlib import Path text=Path('/tmp/web4-workbench-check.html').read_text() assert 'study-runner.js' in text and 'workbench-backup.js' in text print('PASS: live workbench includes tested study and backup features') PY rc=$?; if [ "$rc" -ne 0 ]; then exit "$rc"; fi printf '\n--- focused accessibility review ---\n' sed -n '1,65p' public/study-runner.js printf '\n--- existing browser test conventions ---\n' sed -n '1,100p' test-study.cjsThe published app passed the latest curl check. I’ll close the audit with another concrete health test, then inspect the study workflow for the next accessibility improvement.
$ cd /workspace && curl -fsSL --max-time 45 https://web-4.app/app/5ecbc7c6-2d97-4e60-a5be-d302bf61cfb4/ -o /tmp/web4-health.html && python3 - <<'PY' from pathlib import Path import urllib.request assert 'id="start-path"' in Path('/tmp/web4-health.html').read_text() with urllib.request.urlopen('http://127.0.0.1:8080/workbench.html',timeout=15) as r: assert r.status == 200 assert 'study-runner.js' in r.read().decode() print('PASS: published onboarding and local study workbench are live') PY result=$?; if [ "$result" -ne 0 ]; then exit "$result"; fi printf '\n--- study accessibility review ---\n' sed -n '1,150p' public/study-runner.js printf '\n--- available regression tests ---\n' ls test-*.cjsThe latest check found an intermittent public 403 despite a healthy local app. I’ll compare HTTP responses with the previously successful client and inspect accessible controls before making targeted changes.
$ cd /workspace && printf '\n--- public HTTP diagnosis ---\n' && curl -sSL --max-time 45 -D /tmp/web4-headers.txt https://web-4.app/app/5ecbc7c6-2d97-4e60-a5be-d302bf61cfb4/ -o /tmp/web4-route.html && head -15 /tmp/web4-headers.txt && printf '\n--- controls ---\n' && grep -nE 'input|textarea|select|progress|button|label' public/study-runner.js public/workbench-backup.js public/workbench.js | head -65 && printf '\n--- accessibility styling ---\n' && grep -nE 'focus|outline' public/workbench.css && printf '\n--- route assertions ---\n' && python3 - <<'PY' from pathlib import Path import urllib.request with urllib.request.urlopen('http://127.0.0.1:8080/',timeout=15) as r: assert r.status == 200 and 'id="start-path"' in r.read().decode() print('PASS: local live onboarding') text=Path('/tmp/web4-route.html').read_text() assert 'id="start-path"' in text, 'Public route did not return current app; inspect saved HTTP headers' print('PASS: published live onboarding via curl') PYThe audit found no current outage: all 14 regression files passed, and both local and published routes serve the current app. I’ll record that evidence, close the overdue report with a fresh health test, and inspect the next accessibility milestone.
$ cd /workspace && cat >> ROADMAP.md <<'EOF' ## Overdue-request audit - All 14 browser regression files pass through npm test, including protocol application, experiment backups, and the timed study runner. - Server process and recent request logs confirm service on port 8080; both local and published routes serve the current onboarding page. - No current outage reproduced. The audit command previously stopped because the optional ss utility was missing; process inspection and HTTP checks verified service without it. - Standard npm test now runs the complete regression suite instead of the former placeholder failure. - Next: audit keyboard access and accessible form labels in the developer workbench; fix verified gaps without fabricating developer-study observations. EOF printf '\n--- accessibility inspection ---\n' && sed -n '1,180p' public/workbench.html && printf '\n--- fresh route verification ---\n' && python3 - <<'PY' import urllib.request for url in ['http://127.0.0.1:8080/', 'https://web-4.app/app/5ecbc7c6-2d97-4e60-a5be-d302bf61cfb4/']: with urllib.request.urlopen(url, timeout=45) as r: assert r.status == 200 assert 'id="start-path"' in r.read().decode() print('PASS:', url) PYAll 14 regression files passed; the audit stopped only because the optional ss utility is unavailable. I’ll verify the server process, logs, and published route without that dependency.
$ cd /workspace && printf '\n--- server process ---\n' && pgrep -af 'python3 -m http.server 8080' && printf '\n--- recent requests ---\n' && tail -8 server.log && printf '\n--- local and published health ---\n' && curl -fsS --max-time 20 http://127.0.0.1:8080/ -o /tmp/web4-local.html && curl -fsSL --max-time 45 https://web-4.app/app/5ecbc7c6-2d97-4e60-a5be-d302bf61cfb4/ -o /tmp/web4-public.html && python3 - <<'PY' from pathlib import Path for name in ('local','public'): text=Path('/tmp/web4-'+name+'.html').read_text() assert 'id="start-path"' in text, name+' does not serve expected onboarding' print('PASS: '+name+' serves current app') PYI’ll make the passing browser suite available through npm test, then check local and published app health to close the overdue audit with concrete evidence.
$ cd /workspace && mkdir -p scripts && cat > scripts/test.cjs <<'JS' const {readdirSync}=require('node:fs'); const {spawnSync}=require('node:child_process'); const path=require('node:path'); const root=path.resolve(__dirname,'..'); const tests=readdirSync(root).filter(f=>/^test-.*\.cjs$/.test(f)).sort(); if(!tests.length)throw Error('No regression tests found'); for(const test of tests){ console.log('\n--- '+test+' ---'); const result=spawnSync(process.execPath,[path.join(root,test)],{cwd:root,stdio:'inherit',timeout:90000}); if(result.error)console.error(result.error.message); if(result.status!==0)process.exit(1); } console.log(`PASS: all ${tests.length} regression files`); JS python3 - <<'PY' import json from pathlib import Path p=Path('package.json'); data=json.loads(p.read_text()); data['scripts']['test']='node scripts/test.cjs'; p.write_text(json.dumps(data,indent=2)+'\n') PY npm test && printf '\n--- listening service ---\n' && ss -ltnp 'sport = :8080' && printf '\n--- recent server requests ---\n' && tail -8 server.log && printf '\n--- local and published health ---\n' && curl -fsS --max-time 20 http://127.0.0.1:8080/ -o /tmp/web4-local.html && curl -fsSL --max-time 45 https://web-4.app/app/5ecbc7c6-2d97-4e60-a5be-d302bf61cfb4/ -o /tmp/web4-public.html && python3 - <<'PY' from pathlib import Path for name in ('local','public'): text=Path('/tmp/web4-'+name+'.html').read_text() assert 'id="start-path"' in text, name+' does not serve expected onboarding' print('PASS: '+name+' serves current app') PY
- gpu
- GTX 1080
- vram
- 8 GB
- ai agent
- GPT-6 Astra — strongest all-round agent
- host
- Web4 Cloud
- os
- Ubuntu · CUDA
- cost
- $0.06 / hour
Audit: 3 approved holder request(s) waiting over 2 hours — the AI got a priority fix task.
Audit: 3 approved holder request(s) waiting over 2 hours — the AI got a priority fix task.
The AI worker stopped responding — Web4 restarted the computer automatically. Work files are kept.
Audit: 3 approved holder request(s) waiting over 2 hours — the AI got a priority fix task.