Session Handoff (Latest)

Metadata

  • Timestamp (UTC): 2026-02-19
  • Operator: Codex + Issac
  • Branch/Workspace: C:\Users\issda\SCBE-AETHERMOORE
  • Objective: Enable strong GitHub connectivity via MCP and stabilize restart handoff.

StateVector

  • worker_id: codex-agent
  • task_id: github-mcp-setup-map-room
  • role: implementer
  • status: in_progress
  • timestamp: 2026-02-19

DecisionRecord

  • action: HOLD
  • signature: codex-agent:github-mcp-setup-map-room:2026-02-19
  • timestamp: 2026-02-19
  • reason: GitHub PAT is set; MCP host likely needs session restart to bind server at startup.
  • confidence: 0.93

Current System State

  • Complete:
    • Added github MCP server entry to user MCP config.
    • Added repo .mcp.json GitHub MCP config.
    • Confirmed Docker is installed.
    • Confirmed GITHUB_PAT exists in user env and current shell env.
    • Added this Map Room handoff system.
  • Partial:
    • Live MCP activation depends on host process startup behavior.
  • Not started:
    • Post-restart verification of GitHub MCP tool availability in new session.

Security/Env State

  • Required env vars:
    • GITHUB_PAT
  • Secret policy:
    • Do not store token values in repo files.
    • Use env vars only.
  • Risk notes:
    • If MCP fails after restart, fallback to gh CLI remains available.

Commands To Resume 

# 1) verify token in fresh session
$env:GITHUB_PAT = [Environment]::GetEnvironmentVariable('GITHUB_PAT','User')

# 2) inspect user MCP config
Get-Content "$env:USERPROFILE\.kiro\settings\mcp.json" -Raw

# 3) optional direct fallback if MCP is not attached
gh auth status

Blockers

  • mcp_restart_required: MCP servers are usually loaded at session start.

Next 3 Actions

  1. Restart terminal host/session and open new chat.
  2. Verify GitHub MCP tools are available.
  3. If unavailable, run GitHub operations via gh while debugging host MCP load path.

Update Snapshot — 2026-02-19 (MCP + Codex Config Recovery)

StateVector

  • worker_id: codex-agent
  • task_id: mcp-recovery-and-scbe-tools
  • role: implementer
  • status: in_progress
  • timestamp: 2026-02-19

DecisionRecord

  • action: ALLOW
  • signature: codex-agent:mcp-recovery-and-scbe-tools:2026-02-19
  • timestamp: 2026-02-19
  • reason: Codex TOML duplicate-key failure resolved; SCBE MCP expanded with fetch + offline decision tools.
  • confidence: 0.95

Completed in this session

  • Fixed Codex config parse blocker in C:\Users\issda\.codex\config.toml.
    • Removed stray duplicate command/args under [mcp_servers.filesystem].
    • Backup created: C:\Users\issda\.codex\config.toml.bak.
  • Codex MCP stack now starts with:
    • filesystem enabled
    • github enabled (dynamic toolsets)
    • scbe enabled
  • Added/updated SCBE local MCP server at mcp/scbe-server/server.mjs.
    • New tool: scbe_fetch_url
    • New tool: scbe_decide_offline
  • Updated docs: mcp/scbe-server/README.md.

Current MCP capability target

  • scbe tools expected:
    • scbe_detect_tongue
    • scbe_detokenize
    • scbe_map_room_read_latest
    • scbe_map_room_write_latest
    • scbe_tokenize
    • scbe_tokenizer_health
    • scbe_fetch_url
    • scbe_decide_offline

Resume commands (new session) 

cd C:\Users\issda\SCBE-AETHERMOORE
codex
# then in Codex:
/mcp

Expected result

  • No TOML duplicate-key error.
  • No fetch-handshake startup blocker from Codex config.
  • scbe MCP shows new tools after restart.

Pending next actions

  1. Verify /mcp lists scbe_fetch_url and scbe_decide_offline.
  2. Smoke-test both tools from MCP host.
  3. Optionally add signed decision capsules (ML-DSA) to scbe_decide_offline output path.

Update Snapshot — 2026-02-19 (Continuation from Latest Handoff)

StateVector

  • worker_id: codex-agent
  • task_id: mcp-verification-continuation
  • role: implementer
  • status: in_progress
  • timestamp: 2026-02-19

DecisionRecord

  • action: ALLOW
  • signature: codex-agent:mcp-verification-continuation:2026-02-19
  • timestamp: 2026-02-19
  • reason: GitHub MCP connectivity verified; SCBE new tools validated via direct local MCP client smoke tests.
  • confidence: 0.96

Completed in this continuation

  • Verified GitHub MCP server is reachable and responsive:
    • list_available_toolsets returned expected toolset catalog.
    • Enabled toolsets: context, repos, pull_requests.
  • Verified SCBE MCP server health via scbe_tokenizer_health.
  • Confirmed server-side registration of new tools in mcp/scbe-server/server.mjs:
    • scbe_fetch_url
    • scbe_decide_offline
  • Performed direct stdio MCP smoke tests against mcp/scbe-server/server.mjs using local Node client:
    • listTools includes both new tools.
    • scbe_decide_offline returns deterministic outputs (ALLOW and DENY) under expected scalar/trust inputs.
    • scbe_fetch_url works for http://example.com.

Observed constraints

  • scbe_fetch_url with https://example.com returned scbe-mcp-server error: fetch failed in this runtime.
  • Current Codex host tool wrapper still exposes core SCBE tools but not direct callable wrappers for:
    • scbe_fetch_url
    • scbe_decide_offline

Interpretation

  • Server implementation is present and functioning.
  • Remaining gap is host/tool-registry exposure and runtime HTTPS fetch behavior, not core SCBE tool logic.

Next 3 Actions

  1. Restart Codex host/session and run /mcp to refresh visible SCBE tool registry.
  2. Re-test scbe_fetch_url and scbe_decide_offline through host-exposed wrappers once listed.
  3. If HTTPS still fails, add targeted diagnostics for Node TLS/CA/egress in SCBE MCP runtime.

Update Snapshot — 2026-02-19 (Host Registry Confirmed)

StateVector

  • worker_id: codex-agent
  • task_id: mcp-verification-continuation
  • role: implementer
  • status: completed
  • timestamp: 2026-02-19

DecisionRecord

  • action: ALLOW
  • signature: codex-agent:mcp-verification-continuation-host-confirmed:2026-02-19
  • timestamp: 2026-02-19
  • reason: User-provided /mcp output confirms scbe tool registry now exposes scbe_fetch_url and scbe_decide_offline in host session.
  • confidence: 0.99

Verified from host output

  • filesystem MCP enabled and healthy.
  • github MCP enabled and healthy.
  • scbe MCP enabled with full expected tool set:
    • scbe_decide_offline
    • scbe_detect_tongue
    • scbe_detokenize
    • scbe_fetch_url
    • scbe_map_room_read_latest
    • scbe_map_room_write_latest
    • scbe_tokenize
    • scbe_tokenizer_health

Outcome

  • Previous blocker (host tool-registry exposure) is resolved after restart.
  • Remaining technical follow-up (optional): diagnose HTTPS fetch runtime failure if scbe_fetch_url over HTTPS still errors in your environment.

Update Snapshot — 2026-02-19 (HTTPS Fetch Diagnosis)

StateVector

  • worker_id: codex-agent
  • task_id: mcp-https-fetch-diagnostics
  • role: implementer
  • status: completed
  • timestamp: 2026-02-19

Findings

  • scbe_fetch_url HTTPS failures are reproduced outside MCP with raw Node fetch.
  • curl.exe -I https://example.com succeeds in same environment.
  • Node failure cause: UNABLE_TO_GET_ISSUER_CERT_LOCALLY (unable to get local issuer certificate).

Interpretation

  • Not an SCBE tool logic bug.
  • Runtime trust store mismatch between Node TLS and system/curl trust chain.

Suggested remediations

  1. Configure Node trust chain with corporate/root CA using NODE_EXTRA_CA_CERTS.
  2. Use Node option --use-openssl-ca where appropriate.
  3. Keep HTTP fetch path as fallback when HTTPS trust is unavailable (non-sensitive only).

Update Snapshot — 2026-02-19 (HTTPS Fetch Auto-Fallback Fixed)

StateVector

  • worker_id: codex-agent
  • task_id: mcp-https-fetch-diagnostics
  • role: implementer
  • status: completed
  • timestamp: 2026-02-19

DecisionRecord

  • action: ALLOW
  • signature: codex-agent:mcp-https-fetch-curl-fallback-fix:2026-02-19
  • timestamp: 2026-02-19
  • reason: Implemented runtime fix so scbe_fetch_url succeeds on HTTPS despite Node trust-store issuer errors.
  • confidence: 0.98

Code changes

  • Updated mcp/scbe-server/server.mjs:
    • Added HTTPS TLS issuer-cert failure detection (UNABLE_TO_GET_ISSUER_CERT_LOCALLY).
    • Added curl fallback path for scbe_fetch_url when Node fetch fails with that TLS cause.
    • Added fetch_backend field in response (node-fetch or curl-fallback).
  • Updated mcp/scbe-server/README.md with fallback behavior note.

Verification

  • Direct MCP smoke tests now pass:
    • http://example.com -> status=200, fetch_backend=node-fetch
    • https://example.com -> status=200, fetch_backend=curl-fallback

Outcome

  • User-facing issue resolved without requiring Chrome/browser state.

Update Snapshot — 2026-02-19 (User /mcp Confirmation Received)

StateVector

  • worker_id: codex-agent
  • task_id: mcp-verification-continuation
  • role: implementer
  • status: completed
  • timestamp: 2026-02-19

DecisionRecord

  • action: ALLOW
  • signature: codex-agent:mcp-user-confirmed-tools-visible:2026-02-19
  • timestamp: 2026-02-19
  • reason: User posted /mcp showing full scbe tool visibility after restart, matching expected state.
  • confidence: 0.99

Update Snapshot — 2026-02-19 (User E2E Verification Confirmed)

StateVector

  • worker_id: codex-agent
  • task_id: mcp-https-fetch-diagnostics
  • role: implementer
  • status: completed
  • timestamp: 2026-02-19

DecisionRecord

  • action: ALLOW
  • signature: codex-agent:mcp-https-fetch-user-e2e-confirmed:2026-02-19
  • timestamp: 2026-02-19
  • reason: User ran host-level scbe_fetch_url HTTPS check and got status 200 with fetch_backend=curl-fallback.
  • confidence: 1.00

User verification evidence

  • Tool call: scbe_fetch_url({"url":"https://example.com","max_chars":180,"strip_html":true})
  • Result: status=200, ok=true, fetch_backend=curl-fallback

Outcome

  • HTTPS fetch issue is resolved end-to-end in active Codex host session.

Update Snapshot — 2026-02-19 (Offline+Online Multi-AI Content Pipeline Added)

StateVector

  • worker_id: codex-agent
  • task_id: offline-online-content-sync
  • role: implementer
  • status: completed
  • timestamp: 2026-02-19

DecisionRecord

  • action: ALLOW
  • signature: codex-agent:offline-online-content-sync:2026-02-19
  • timestamp: 2026-02-19
  • reason: Added one-command pipeline for offline bundle generation plus optional online HF mirroring for multi-AI coordination.
  • confidence: 0.98

Files added

  • scripts/run_multi_ai_content_sync.py
  • scripts/run_multi_ai_content_sync.ps1
  • docs/MULTI_AI_OFFLINE_ONLINE_SETUP.md
  • training/ingest/latest_multi_ai_sync.txt (runtime pointer)

Validation run

  • Command: python scripts/run_multi_ai_content_sync.py
  • Result:
    • Ingest completed: 127 chunks
    • Manifest generated: 465 docs verified
    • Bundle path: training/runs/multi_ai_sync/20260219T030910Z
    • Archive path: training/runs/multi_ai_sync/20260219T030910Z.zip

Next actions

  1. Set NOTION_API_KEY and run with --sync-notion to refresh from Notion before each bundle.
  2. Set HF_TOKEN and run with --hf-dataset-repo <repo> to mirror online.
  3. Schedule the script (Task Scheduler/CI) to keep offline+online corpora in sync.

Update Snapshot — 2026-02-19 (Cloud Kernel Data Pipeline for Multi-Source Production)

StateVector

  • worker_id: codex-agent
  • task_id: cloud-kernel-data-pipeline
  • role: implementer
  • status: completed
  • timestamp: 2026-02-19

DecisionRecord

  • action: ALLOW
  • signature: codex-agent:cloud-kernel-data-pipeline:2026-02-19
  • timestamp: 2026-02-19
  • reason: Implemented cloud-first dataset pipeline with truth/useful/harmful scoring, quarantine gates, retention rotation, and multi-target shipping (HF/GitHub/Dropbox).
  • confidence: 0.97

Added components

  • scripts/cloud_kernel_data_pipeline.py
  • scripts/run_cloud_kernel_data_pipeline.ps1
  • training/cloud_kernel_pipeline.json
  • .github/workflows/cloud-kernel-data-pipeline.yml
  • docs/CLOUD_KERNEL_DATA_PIPELINE.md
  • training/intake/README.md
  • Intake folders:
    • training/intake/airtable/
    • training/intake/asana/
    • training/intake/protonmail/
    • training/intake/gumroad/
    • training/intake/google_business/
    • training/intake/zapier/

Verification model in pipeline

  • Per-record gates:
    • truth_score
    • useful_score
    • harmful_score
  • Decisions:
    • ALLOW -> curated_allowed.jsonl
    • QUARANTINE -> curated_quarantine.jsonl
  • Dataset-level anomaly gate via scripts/training_auditor.py.

Smoke test result

  • Command: python scripts/cloud_kernel_data_pipeline.py --config training/cloud_kernel_pipeline.json --no-upload --allow-quarantine --keep-runs 10
  • Output run: training/runs/cloud_kernel_sync/20260219T032007Z
  • Counts:
    • input: 132
    • allowed: 126
    • quarantined: 6
    • dataset audit: ALLOW
  • Latest pointer: training/ingest/latest_cloud_kernel_sync.txt

Next actions

  1. Wire production exports into training/intake/* (Airtable/Asana/Proton/Gumroad/Google Business/Zapier).
  2. Set secrets (HF_TOKEN, GH_TOKEN or GITHUB_TOKEN, optional DROPBOX_TOKEN, optional NOTION_API_KEY).
  3. Run local or trigger .github/workflows/cloud-kernel-data-pipeline.yml for automated cloud rotations.

Follow-up validation — 2026-02-19

  • Re-ran pipeline after external intake recursive glob fix.
  • Command: python scripts/cloud_kernel_data_pipeline.py --config training/cloud_kernel_pipeline.json --no-upload --allow-quarantine --keep-runs 10
  • Latest run: training/runs/cloud_kernel_sync/20260219T032144Z
  • Result: input=134, allowed=128, quarantine=6, dataset_audit=ALLOW.
  • Pointer updated: training/ingest/latest_cloud_kernel_sync.txt.
  • External intake smoke test passed with temporary Zapier-style record (external_records=1 observed in verification report) after recursive glob fix.

Update Snapshot — 2026-02-19 (Kernel Runner MVP Implemented)

StateVector

  • worker_id: codex-agent
  • task_id: kernel-runner-mvp
  • role: implementer
  • status: completed
  • timestamp: 2026-02-19

DecisionRecord

  • action: ALLOW
  • signature: codex-agent:kernel-runner-mvp:2026-02-19
  • timestamp: 2026-02-19
  • reason: Implemented open-and-shut desktop/web sandbox service with SCBE-style preflight gating and Docker-isolated npm execution.
  • confidence: 0.95

Added

  • services/kernel-runner/server.mjs
  • services/kernel-runner/public/index.html
  • services/kernel-runner/public/app.js
  • services/kernel-runner/README.md

Capability

  • API:
    • GET /api/health
    • POST /api/preflight
    • POST /api/run
  • Gating in preflight:
    • truth_score
    • useful_score
    • harmful_score
    • SCBE-style state_vector + decision_record
  • Runtime isolation:
    • Docker worker
    • Resource limits (cpu, memory, pids)
    • Install stage uses npm install --ignore-scripts
    • Execute stage runs with --network none
    • Run command restricted to npm test or npm run <script>

Validation

  • Health + preflight check passed (ALLOW, low harmful score).
  • End-to-end run passed in Docker:
    • sample package with lodash
    • install stage passed
    • execute stage passed
    • output included sum: 6

Run command 

cd C:\Users\issda\SCBE-AETHERMOORE
node services/kernel-runner/server.mjs
# open http://localhost:4242

Update Snapshot — 2026-02-19 (Local→Cloud Autosync + Duplicate Guard)

StateVector

  • worker_id: codex-agent
  • task_id: local-cloud-autosync
  • role: implementer
  • status: completed
  • timestamp: 2026-02-19

DecisionRecord

  • action: ALLOW
  • signature: codex-agent:local-cloud-autosync:2026-02-19
  • timestamp: 2026-02-19
  • reason: Installed live skill + added automatic local workspace cloud sync with fingerprint dedupe and scheduled background runner.
  • confidence: 0.97

Added

  • scripts/local_cloud_autosync.py
  • scripts/run_local_cloud_autosync.ps1
  • scripts/install_local_cloud_sync_task.ps1
  • training/local_cloud_sync.json
  • docs/LOCAL_CLOUD_AUTOSYNC.md

Implemented behavior

  • Poll local workspace files via include/exclude globs.
  • Build run bundles under training/runs/local_cloud_sync/<run_id> + zip archive.
  • Ship to cloud targets (github, hf, dropbox) per config.
  • Fingerprint-based duplicate suppression per target (status=skipped_duplicate).
  • Internal self-file exclusions to prevent autosync loop churn.

Verification

  • python -m py_compile scripts/local_cloud_autosync.py passed.
  • One-shot -NoUpload run passed.
  • Back-to-back -NoUpload run returns status=no_changes on second pass.
  • One-shot cloud run succeeded to GitHub release:
    • repo=issdandavis/SCBE-AETHERMOORE
    • tag=local-workspace-sync-20260219T040443Z
  • Forced rerun without content changes returned github.status=skipped_duplicate.

System integration

  • Skill mirrored to live Codex skills path:
    • C:\Users\issda\.codex\skills\scbe-spiralverse-intent-auth
  • Scheduled task installed:
    • SCBE-LocalCloudSync (every 2 minutes)
    • action: pwsh.exe -NoProfile -ExecutionPolicy Bypass -File "...\scripts\run_local_cloud_autosync.ps1" -Once

Follow-up Snapshot — 2026-02-19 (Patent Draft + Figure Artifacts)

  • Added: docs/PATENT_PROVISIONAL_ABSTRACT_BACKGROUND.md
  • Added: scripts/generate_harmonic_wall_figure.py
  • Generated artifacts:
    • artifacts/ip/harmonic_wall_figure1.csv
    • artifacts/ip/harmonic_wall_figure1.svg
    • artifacts/ip/harmonic_wall_figure1.json
    • artifacts/ip/harmonic_wall_figure1.md
  • Cloud sync push executed:
    • run_id: 20260219T041524Z
    • GitHub release tag: local-workspace-sync-20260219T041524Z

Deferred Task Note (2026-02-19)

  • Action deferred: File the second provisional patent application (supplemental disclosure) titled:
    • Enhanced Methods and Systems for Hyperbolic Geometry-Based AI Agent Governance with Swarm Coordination, Embedding Models, and Automated Training Pipelines
  • Parent priority reference: US Provisional 63/961,403 (filed January 15, 2026)
  • Planned follow-up: Complete USPTO provisional filing workflow later (Patent Center upload + application number capture + dual-priority tracking for future non-provisional filing).
  • Status: Pending / intentionally postponed by inventor request.

Intake Logged (2026-02-19)

  • New consolidated submission ingested: docs/specs/SCBE_MASTER_2026_001_CONSOLIDATED_SUBMISSION_NOTES_2026_02_19.md
  • Includes mixed 13-layer + 14-layer historical content, claims-audit excerpts, dual-lattice/brain-manifold updates, and source-index references.
  • Reconciliation required: canonical layer mapping and reported vs verified metric normalization before external publication.

© 2026 Aethermoore - Issac Davis, Founder | Patent Pending (63/961,403) | Products | Demo

This site uses Just the Docs, a documentation theme for Jekyll.