This dashboard is the first public proof of transparency for Verified Frontier Tracking.
It exposes the public status surface for hard research claims:
| Signal | Meaning |
|---|---|
| CI health | Whether the public verification surface currently builds or tests |
| Repository integrity | Whether declared status artifacts remain internally consistent |
| Theorem-boundary status | Whether a result is proved, conditional, interface-only, or still open |
| External-review readiness | Whether an outside reader can inspect the current claim boundary |
Boundary: dashboard success certifies status visibility and repository-health signals only. It does not convert open frontiers, conditional bridges, or interface objects into theorem-level closure.
- Verified Frontier Tracking public door complete:
docs/status/VERIFIED_FRONTIER_TRACKING_PUBLIC_DOOR_2026_05_09.md
This dashboard is the first public proof of transparency for Verified Frontier Tracking.
It exists to show, in one place:
| Signal | Meaning |
|---|---|
| CI health | Whether the public verification surface currently builds or tests |
| Repository integrity | Whether the repo’s declared status artifacts remain internally consistent |
| Theorem-boundary status | Whether a result is proved, conditional, interface-only, or still open |
| External-review readiness | Whether an outside reader can inspect the current claim boundary |
Boundary: dashboard success certifies status visibility and repository-health signals only. It does not convert open frontiers, conditional bridges, or interface objects into theorem-level closure.
- Date: 2026-05-02
- Repository:
clay-problem-lab - Update: RA1n symbolic transfer bridge merged and reflected in dashboard data.
- Boundary: Conditional Frontier only; no unrestricted or unconditional RA1n closure is claimed.
Live product: https://frontier-status-dashboard.vercel.app
Repository: https://github.com/inaciovasquez2020/frontier-status-dashboard Public product surface for tracking repository integrity, CI health, theorem-boundary status, proof-hole visibility, and external-review readiness across the Vasquez Research program.
This dashboard turns a distributed research-program surface into a single commercial-facing artifact:
- repository status visibility
- theorem-boundary discipline
- CI/test/build credibility
- proof-hole and conditional-frontier separation
- external-review readiness
This product publishes repository status, CI health, proof-hole visibility, and claim-boundary discipline.
It does not represent unresolved mathematical frontiers as solved theorems.
npm ci
npm run test
npm run build
Optional repository-data ingestion
GITHUB_TOKEN="$(gh auth token)" npm run ingest
npm run test
npm run build
Deploy
npm install -g vercel
vercel --prod
Repository
https://github.com/inaciovasquez2020/frontier-status-dashboard
## Recent Status Updates — 2026-06-13
- urf-textbook: bounded-closure proof pattern section pushed in commit `8def1fc`; validation: `python3 scripts/check_placeholders.py`, `python3 -m py_compile scripts/check_placeholders.py`, and `git diff --check`.
- urf-textbook: placeholder checker formatting pass pushed in commit `7741abb`; validation: `python3 scripts/check_placeholders.py`, `python3 -m py_compile scripts/check_placeholders.py`, and `git diff --check`.
- Boundary: documentation/status-surface update only; no theorem-level closure, mathematical closure, or dashboard theorem-promotion claim is introduced.
## Recent Status Updates — 2026-06-02
- URF-core: finite-state Markov-kernel stack closed inside the bounded formal domain via PR #374 / commit 8f990a8. Boundary: no unrestricted URF law closure, no empirical gravity validation, no P vs NP, and no Clay-problem closure.
- Finite graph distance layer: GlobalSLASHAxiomsDischarge, GlobalDistanceTriangleTheoremUnconditionalOnSLASH, and DistanceSymmetryForUndirectedGraphClass recorded closed. Boundary: directed symmetry remains not closed.
## Recent Status Updates
- Biological Friction Framework: quotient-linear substrate SOLVED/PUSHED in biological-friction-framework commit 3022c38; graph-theoretic quotient-independence remains FRONTIER_OPEN.
## Private repository metadata policy
Private repository metadata is intentionally omitted from the public dashboard. Public rows are limited to externally inspectable repositories or intentionally disclosed aggregate status.
Boundary: no theorem-level closure is claimed unless explicitly public and inspectable.
## Chronos PR #217 public status
Chronos PR #217 merged the RankRateGap axiomatic bridge.
Boundary: axiom-dependent bridge only; no theorem-level RankRateGap proof, no unconditional UniversalFiberEntropyGap closure, no DepthBridge beyond selected final carrier domain, no Chronos-RR theorem promotion, no P vs NP closure, and no Clay-problem closure.
Boundary guard: No theorem-level H4.1/FGL closure; FRONTIER_OPEN is preserved; No UniversalFiberEntropyGap from Reg-SNF; Axiom-dependent RankRateGap bridge only; no theorem-level RankRateGap proof; no unconditional UniversalFiberEntropyGap closure; no DepthBridge beyond selected final carrier domain; no Chronos-RR theorem promotion; no P vs NP or Clay-problem closure.
## Chronos Lean library target exposure
- Date: 2026-05-10
- Repository: `chronos-urf-rr`
- Commit: `23b0a96`
- Status: `LEAN_LIBRARY_TARGET_EXPOSED`
- Update: Chronos Lean library target exposed and `XorLemmas` proof mechanics repaired.
- Boundary: build/exposure/proof-mechanics repair only; no theorem-level Chronos-RR, UniversalFiberEntropyGap, unrestricted H4.1/FGL, P vs NP, or Clay-problem closure.
## Chronos PR233 status update — 2026-05-12
Chronos `chronos-urf-rr` now records PR #231, PR #232, and PR #233 as merged surfaces:
- RepositoryNativeZeroArityInterface closure.
- Zero-arity exhaustiveness to Reg-SNF bridge.
- Current real Chronos-admissible unrestricted Reg-SNF status lock.
- Selected DepthBridge reachability only.
Dashboard percentages updated:
- Repository integrity: 100%.
- Theorem closure: 82%.
Boundary preserved: no UniversalFiberEntropyGap closure, no DepthBridge beyond selected final carrier domain, no Chronos-RR theorem-level closure, no H4.1/FGL theorem-level closure, no P vs NP closure, and no Clay-problem closure.
## Chronos PR254 status update — 2026-05-13
Chronos `chronos-urf-rr` now records PR #254 as a merged repository-native rank/ambient datum surface.
- Repository integrity: 100%.
- Theorem closure: 82%.
- Status: `CONDITIONAL_EXTERNAL_DATA_ASSUMPTION_ONLY`.
- Verified: rank/ambient datum verifier, targeted pytest 3/3, `lake build`, full pytest 646/646.
Boundary preserved: metadata is not theorem-level source validity; importer is not formalized in Lean; no unconditional `SemanticRankRateCertificate`; no unrestricted `UniversalFiberEntropyGap` theorem; no Chronos-RR closure; no H4.1/FGL closure; no P vs NP closure; and no Clay-problem closure.
## Profile row removal — 2026-05-13
Removed the `inaciovasquez2020` profile/start-here row from the dashboard data because it is navigation/profile-only and does not require theorem closure.
Boundary preserved: no theorem status changed; no Chronos theorem closure changed; no UniversalFiberEntropyGap theorem; no Chronos-RR closure; no H4.1/FGL closure; no P vs NP closure; no Clay closure.
<!-- DASHBOARD_STATUS_START -->
## Current Dashboard Status
Status: `DASHBOARD_SYNC_CURRENT_NO_THEOREM_PROMOTION`
Current synced main-chain status:
```text
#137 Chronos PR459 README build closeout sync
#136 top-ranked source theorem extraction packet
#131 nuclear Chern topological matter source map
#129 gravity dark-sector theory claim boundary packet
#128 gravity hoop censorship dark-sector source packet
#127 gravity cosmology 2026 source alignment mapCurrent verification state:
Vitest: 86 files / 326 tests passed
Build: passed
Open PRs: none
Latest known main HEAD: 910fcf2
Dashboard role:
This repository synchronizes public-facing frontier status data, source maps, status documents, and no-promotion tests across the URF/Chronos research program.
Boundary:
- no analytic Einstein-matter bootstrap package proof
- no concrete analytic Einstein-matter estimate package proof
- no gravity closure
- no Chronos-RR
- no H4.1/FGL
- no P vs NP
- no Clay problem
| Repository | Status | Explicit non-closure boundary |
|---|---|---|
dfm-mkc-cosmology |
public executable cosmology consistency surface | BOUNDARY := ¬ dfm_mkc_executable_consistency_checks_imply_cosmology_or_gravity_closure |
cslib-fmt |
public Lean finite-model-theory support layer | BOUNDARY := ¬ cslib_fmt_library_interfaces_imply_finite_model_theory_problem_closure |
STATUS := good stopping point for today
TOTAL_UPDATE :=
- PR #924 merged: added a known closed Cantor theorem benchmark.
- PR #925 merged: recorded a local timing baseline for the known closed Cantor benchmark.
- PR #926 merged: added
THEOREM_LEDGER.md, a proof-portfolio index of Lean theorem/lemma declarations.
MAIN_COMMITS :=
51c763c52fbe49043f5feb6c1e36c6270f3c0721— known closed Cantor boundary demo45b65b9257aa0dddbc23d76694f2a8baca1ae08b— known closed Cantor timing baselinee8782a881c594684c8cf5d1553f9d6f5946e65ec— theorem ledger
VALIDATION :=
- PR #924 main-push CI: all tracked checks passed.
- PR #925 main-push CI: all tracked checks passed.
- PR #926 main-push CI: all tracked checks passed.
PUBLIC_MEANING := The program now demonstrates that it can accept a genuinely proved theorem, record bounded timing measurements for that verification, and index its Lean proof declarations in a public theorem ledger.
BOUNDARY := This does not prove P vs NP, Chronos-RR, gravity, cosmology, foundations-of-physics closure, general proof efficiency, or open-problem acceleration.
TODAY_STOP := No more structural work planned for today.
STATUS := tracked historical dashboard total
SUMMARY :=
A full tracked cross-repo historical total has been added in CROSS_REPO_HISTORICAL_TOTAL_2026_06_30.md.
COVERED_REPOS :=
chronos-urf-rrphase-transition-pnpdfm-mkc-cosmologycslib-fmturf-templatesurf-verifierurf-textbookiris-leanfrontier-status-dashboardvasquez-index
BOUNDARY := This is a status ledger only. It does not prove P vs NP, Chronos-RR, gravity, cosmology, foundations-of-physics closure, general proof efficiency, open-problem acceleration, or exhaustive cross-repo audit completeness.