LOCAL HTML VOLUME
S01–S29 RESIDENT
TRIAD-OF-TRIAD
GITHUB = DATA SOURCE ONLY
BRAINK v74
Engineering Research, Reconstruction & Stress Report
Evidence-bounded evolution of the v71 KEDDEH Linux Computer / BRAINK research-sector fabric into a hardened local HTML execution volume. The parent artifact is preserved; the v74 extension adds proof-bearing state, autonomous objective convergence, durable-state qualification, local triad failover mechanics, retained failure evidence and independent promotion blocking.
Parent size5,103,217 B
v74 size5,137,722 B
Added runtime34,505 B0.676% overhead
Sector fabric29 sectorsclassification ≠ execution order
1. Research-driven reconstruction
BRAINK remains the persistent substrate. IL-LLM remains recurrent traversal mathematics across resident state; KEX remains the typed evolution operator. The extension does not replace those roles with a repository, workflow or wrapper.
All research sectors remain addressable. S01–S25 are imported from the resident v71 sector graph; S26–S29 remain bounded research programmes. Objective routing selects relevant sectors without imposing sector-number execution order.
Projection state is separated from truth state. Objective, architecture/lineage, runtime, evidence/falsification and projection are distinct planes. GitHub is explicitly `DATA_SOURCE_ONLY`; SHA-256 values are byte-custody markers only.
2. Iterative R&D findings
| Iteration | Finding | Correction |
|---|---|---|
| v72 | HTML constructor converted a JavaScript escape into a literal newline. | Constructor fixed and all inline JavaScript syntax revalidated before execution. |
| v72 → v73 | Failover code existence was being counted as failover proof. | Observed `A→B` transition became a separate qualification objective; pre-failover local closure remains intentionally below 100%. |
| v72 → v73 | Ledger truncation contradicted append-only lineage; evidence duplicated complete events. | Removed ledger truncation; evidence plane now references immutable ledger sequence numbers. |
| v73 → v74 | Durable browser storage could fail or contain invalid JSON without becoming a qualification blocker/evidence object. | Persistence readback is now an observational gate; storage and checkpoint corruption are retained as failure evidence. |
| v73 → v74 | Single shared heartbeat object created unnecessary multi-writer contention. | Each carrier owns its own liveness register; election emits a shared primary receipt and append-only transition history. |
3. Logical-max execution model
INTENT → SOURCE_IDENTITY → OBJECTIVE_BINDING → MATERIAL_BOUNDARY → AUTHORITY_GATE → CURRENT_STATE_READBACK → BILATERAL_GROWTH → EXECUTION_MODE → EXECUTION → OBSERVATION → FALSIFICATION → READBACK → RECONCILIATION → EVIDENCE_PACKET → LEDGER_DELTA → NEXT_ROUTE
Autonomous convergence computes the actionable frontier from dependency state. It executes only local actions whose dependencies are satisfied. Observational obligations—durable persistence and actual failover—cannot be fabricated by convergence.
4. Stress-test results
Static replicas250 / 250byte-identical
Fault/recovery cycles300 / 300deterministic primary
Rehydrations200 / 200monotonic state
Final ledger312event 1 retained
| Test | Observed result |
|---|---|
| JSON + JavaScript syntax | All embedded JSON parsed; all 22 executable inline scripts passed Node syntax checking. |
| Pre-failover convergence | Core closure 100%; full local closure 91.67%; O12 deliberately open. |
| Stale-primary failover | A → B, reason `STALE_PRIMARY`. |
| Explicit fault chain | A fault → B; B fault → C; B recovery → B; A recovery → A. |
| Randomized deterministic fault stress | 300 cycles; no election mismatch; transition history 129 receipts. |
| Rehydration stress | 200 cycles; logical time monotonic; evidence references valid; first ledger event retained; median 6.641 ms, max 13.022 ms in the VM harness. |
| Corrupt stored JSON | Recovered and retained as `STORAGE_INVALID_JSON`. |
| Invalid checkpoint | Rejected and retained as `CHECKPOINT_REJECTED`. |
| Storage unavailable | Runtime continued in degraded mode but qualification remained false; persistence marked non-durable. |
| Chromium full-DOM execution | v74 UI/runtime instantiated with zero page errors. The harness context denied localStorage, and v74 correctly reported `WRITE_FAILED` and refused qualification. |
| Promotion attempt | Denied. Local qualification cannot self-promote global/product state. |
5. Research sector registry
The runtime carries the full sector index and objective-specific routes. The table preserves existing standing as source state; it does not reinterpret those standings as new v74 proof.
| ID | Sector | Division | Resident standing |
|---|---|---|---|
| S01 | BRAINK Core Runtime | Core Intelligence | PACKAGE BUILT · COMPILE/REPLAY PASS · CORRECTION ROUTE PASS · EVOLUTION PASS |
| S02 | KEX Algebra and Typed State | KEX & Theorem | PACKAGE BUILT · COMPILE/REPLAY PASS · CORRECTION ROUTE PASS · EVOLUTION PASS |
| S03 | IL-LLM Learning and Knowledge | Core Intelligence | PACKAGE BUILT · COMPILE/REPLAY PASS · CORRECTION ROUTE PASS · EVOLUTION PASS |
| S04 | KERA Server, Network, and DNS | Infrastructure & Runtime | PACKAGE BUILT · COMPILE/REPLAY PASS · CORRECTION ROUTE PASS · EVOLUTION PASS |
| S05 | Workbook OS, KDRIVE, and Web4 | Cross-Domain Research | PACKAGE BUILT · COMPILE/REPLAY PASS · CORRECTION ROUTE PASS · EVOLUTION PASS |
| S06 | Bilateral Polygon and Mirror Learning | KEX & Theorem | PACKAGE BUILT · COMPILE/REPLAY PASS · CORRECTION ROUTE PASS · EVOLUTION PASS |
| S07 | KCPU Routing, Software Nodes, and Update Lanes | Compute & Physical Systems | PACKAGE BUILT · COMPILE/REPLAY PASS · CORRECTION ROUTE PASS · EVOLUTION PASS |
| S08 | Governance, Proof, and Constraints | Trust & Governance | PACKAGE BUILT · COMPILE/REPLAY PASS · CORRECTION ROUTE PASS · EVOLUTION PASS |
| S09 | Security, Hardgate, and Identity | Trust & Governance | PACKAGE BUILT · COMPILE/REPLAY PASS · CORRECTION ROUTE PASS · EVOLUTION PASS |
| S10 | UI, Dashboard, and AI Shell | Infrastructure & Runtime | PACKAGE BUILT · COMPILE/REPLAY PASS · CORRECTION ROUTE PASS · EVOLUTION PASS |
| S11 | Backend, API, and Service Runtime | Infrastructure & Runtime | PACKAGE BUILT · COMPILE/REPLAY PASS · CORRECTION ROUTE PASS · EVOLUTION PASS |
| S12 | Virtual Memory and Sparse Storage | Compute & Physical Systems | PACKAGE BUILT · COMPILE/REPLAY PASS · CORRECTION ROUTE PASS · EVOLUTION PASS |
| S13 | Cloud, Mesh, and Deployment | Infrastructure & Runtime | PACKAGE BUILT · COMPILE/REPLAY PASS · CORRECTION ROUTE PASS · EVOLUTION PASS |
| S14 | Thermodynamic Ledger, TER, and Hardware | Compute & Physical Systems | PACKAGE BUILT · COMPILE/REPLAY PASS · CORRECTION ROUTE PASS · EVOLUTION PASS |
| S15 | Quantum, Matrix, and Simulation | Cross-Domain Research | PACKAGE BUILT · COMPILE/REPLAY PASS · CORRECTION ROUTE PASS · EVOLUTION PASS |
| S16 | Mining, Compute, and Economics | Compute & Physical Systems | PACKAGE BUILT · COMPILE/REPLAY PASS · CORRECTION ROUTE PASS · EVOLUTION PASS |
| S17 | Linguistic Process and Ethics | Core Intelligence | PACKAGE BUILT · COMPILE/REPLAY PASS · CORRECTION ROUTE PASS · EVOLUTION PASS |
| S18 | Research, Proof, and Publication | Cross-Domain Research | PACKAGE BUILT · COMPILE/REPLAY PASS · CORRECTION ROUTE PASS · EVOLUTION PASS |
| S19 | Agent CLI and Codex Fleet | Core Intelligence | PACKAGE BUILT · COMPILE/REPLAY PASS · CORRECTION ROUTE PASS · EVOLUTION PASS |
| S20 | Cross-Sector Synthesis and Global Ledger | Trust & Governance | PACKAGE BUILT · COMPILE/REPLAY PASS · CORRECTION ROUTE PASS · EVOLUTION PASS |
| S21 | Cosmology and Planetary Models | Cross-Domain Research | PACKAGE BUILT · COMPILE/REPLAY PASS · CORRECTION ROUTE PASS · EVOLUTION PASS |
| S22 | Heliosphere and Hidden-Layer Models | Cross-Domain Research | PACKAGE BUILT · COMPILE/REPLAY PASS · CORRECTION ROUTE PASS · EVOLUTION PASS |
| S23 | Ledger, Economy, and Civilisation | Cross-Domain Research | PACKAGE BUILT · COMPILE/REPLAY PASS · CORRECTION ROUTE PASS · EVOLUTION PASS |
| S24 | Cultural and Language Decode | Cross-Domain Research | PACKAGE BUILT · COMPILE/REPLAY PASS · CORRECTION ROUTE PASS · EVOLUTION PASS |
| S25 | News, Events, and Pressure Ledger | Cross-Domain Research | PACKAGE BUILT · COMPILE/REPLAY PASS · CORRECTION ROUTE PASS · EVOLUTION PASS |
| S26 | BRAINK Substrate Generality and Multi-Domain Realisation | Research Evolution | RESEARCH_SECTOR_INSTANTIATED |
| S27 | IL-LLM Recurrent Mathematics and Machine-Description Closure | Research Evolution | RESEARCH_SECTOR_INSTANTIATED |
| S28 | KEX Self-Representation, Data Evolution and Definition Evolution | Research Evolution | RESEARCH_SECTOR_INSTANTIATED |
| S29 | Formal Computational Universality and Refinement Proof | Research Evolution | UNIVERSALITY_OPEN |
6. Triad-of-Triad reconstruction
Physical local carriers: A | B | C Each carrier: CONTROL | RUNTIME | EVIDENCE Liveness: per-carrier heartbeat registers Election: deterministic A → B → C priority over currently observed live carriers Failover proof: transition receipt, not code existence State: carrier-local append-only ledger + shared primary receipt Recovery: rejoin and deterministic re-election
The three carrier HTML files are byte-identical. Runtime carrier identity comes from the filename. This preserves one executable code lineage while allowing A/B/C state roles to diverge during execution.
7. Replicability and optimisation conclusions
The optimised state is not “more layers.” It is fewer duplicated state writes, stronger orthogonality, explicit observational gates, and evidence-preserving recurrence. The runtime extension is only 0.676% of the parent file size.
Convergence is now bounded by reality: code can close constructible objectives, but it cannot close persistence or failover until those conditions are observed. That prevents false 100% convergence.
Capability is measured, not assumed. Local volume, continuation, persistence and local mesh can advance through observed states; multi-machine and public-edge capabilities remain `NOT_OBSERVED` until exercised in those environments.
8. Claim boundary
Proven here: local HTML reconstruction; embedded-data and JavaScript syntax integrity; deterministic execution under a JavaScript VM harness; three-carrier shared-state failover logic; stale and explicit fault election; durable-storage positive/negative gates under controlled storage adapters; checkpoint rejection/rehydration; append-only event retention through the tested horizon; Chromium DOM instantiation with zero page errors.
Not claimed: multi-machine LAN failover, independent physical server recovery, public ingress, authoritative DNS/TLS control, production browser multi-tab failover on the user's host, or formal computational universality. S29 remains research-open by design.
9. Byte-custody manifest
Parent v71 SHA-256: 9aaf61466c123acc0554ce0a1514b40bd57b824b9bfeea0ac2b3313e150d294b Carrier A/B/C SHA-256: be2efb2d00067f7d0c38a5a201d6d15487924c7828a861045ad9fc22278dc23e SHA role: byte-custody equality only; not functional or semantic proof.