Update the BR-95 Edition with the official brand gradient colors:
- #FF9D00 (orange) → #FF6B00 (deep orange) → #FF0066 (hot pink)
- → #FF006B (magenta-pink) → #D600AA (magenta)
- → #7700FF (electric purple) → #0066FF (electric blue)
Applied across boot logo, menu bar, and taskbar road logo
for cohesive brand identity throughout the interface.
🤖 Generated with [Claude Code](https://claude.com/claude-code)
Co-Authored-By: Claude <noreply@anthropic.com>
Updates:
- Add app.blackroad.systems to ALLOWED_ORIGINS in both .env.example and config.py
- Add blackroad-operating-system-production.up.railway.app to ALLOWED_ORIGINS
- Update DNS.md to reflect current domain routing (both root and app subdomains point to same service)
- Ensures CORS works correctly for all production domains
This fixes CORS issues when accessing the application via app.blackroad.systems or blackroad.systems
on the Railway project 'gregarious-wonder' (blackroad-operating-system-production service).
This implements the "Big Kahuna" master orchestration plan to get BlackRoad OS
fully online and deployable without manual PR management.
## Backend Service (blackroad-core)
- Add /version endpoint with build metadata
- Prism Console already mounted at /prism
- Health check at /health
- Comprehensive API health at /api/health/summary
## Operator Service (blackroad-operator)
- Add /version endpoint with build metadata
- Create requirements.txt for dependencies
- Create Dockerfile for containerization
- Create railway.toml for Railway deployment
- Health check at /health
## Infrastructure
- Consolidate railway.toml for monorepo multi-service deployment
- Backend service (Dockerfile-based)
- Operator service (Nixpacks-based)
- Remove conflicting railway.json
## Documentation
- Add DEPLOYMENT_SMOKE_TEST_GUIDE.md
- Complete deployment instructions (local + Railway)
- Automated smoke test suite
- Troubleshooting guide
- Monitoring & health check setup
- Add infra/DNS_CLOUDFLARE_PLAN.md
- Complete DNS record table
- Cloudflare configuration steps
- Health check configuration
- Security best practices
## Testing
- Add scripts/smoke-test.sh for automated endpoint testing
- Validates all health and version endpoints
- Supports both Railway and Cloudflare URLs
## Result
Alexa can now:
1. Push to main → GitHub Actions deploys to Railway
2. Configure Cloudflare DNS (one-time setup)
3. Run smoke tests to verify everything works
4. Visit https://os.blackroad.systems and use the OS
No manual PR merging, no config juggling, no infrastructure babysitting.
This commit integrates the LEITL (Live Everyone In The Loop) Protocol and
Cece Cognition Framework into the BlackRoad agent ecosystem, enabling
multi-agent collaboration and advanced reasoning capabilities.
**Changes:**
1. **Cognition Router Integration** (`backend/app/routers/cognition.py`):
- Fixed import path for orchestration service
- Exposes full Cece Cognition Framework via REST API
- Endpoints for single agent execution and multi-agent workflows
- Supports sequential, parallel, and recursive execution modes
2. **Main App Updates** (`backend/app/main.py`):
- Added cognition router to imports
- Registered `/api/cognition` endpoints
- Added Cognition tag to OpenAPI docs
3. **BaseAgent LEITL Integration** (`agents/base/agent.py`):
- Added optional LEITL protocol support to base agent class
- New methods: `enable_leitl()`, `disable_leitl()`, `_leitl_broadcast()`, `_leitl_heartbeat()`
- Automatic event broadcasting during agent execution lifecycle
- Events: task.started, task.completed, task.failed
- Heartbeat support for session keep-alive
4. **AgentRegistry LEITL Support** (`agents/base/registry.py`):
- Added `enable_leitl_for_all()` - Enable LEITL for all registered agents
- Added `disable_leitl_for_all()` - Disable LEITL for all agents
- Added `get_leitl_status()` - Get LEITL status and session IDs
- Bulk agent session management
**Integration Architecture:**
```
User Request → Cognition API (/api/cognition)
↓
Orchestration Engine
↓
┌────────────┴──────────┐
↓ ↓
Cece Agent Other Agents
(15-step reasoning) (specialized)
↓ ↓
LEITL Protocol (if enabled)
↓
Redis PubSub + WebSocket
↓
Other active sessions
```
**New Capabilities:**
1. **Single Agent Execution**: POST /api/cognition/execute
- Execute Cece, Wasp, Clause, or Codex individually
- Full reasoning trace and confidence scores
2. **Multi-Agent Workflows**: POST /api/cognition/workflows
- Orchestrate multiple agents in complex workflows
- Sequential, parallel, or recursive execution
- Shared memory and context across agents
3. **LEITL Collaboration**:
- All agents can now broadcast their activity in real-time
- Multi-agent sessions can see each other's work
- Live activity feed via WebSocket
- Session management with heartbeats
4. **Agent Registry**:
- Bulk enable/disable LEITL for all agents
- Query LEITL status across the agent ecosystem
- Centralized session management
**Testing:**
- ✅ All Python files compile successfully
- ✅ Orchestration engine imports correctly
- ✅ BaseAgent with LEITL integration works
- ✅ AgentRegistry with LEITL support works
- ✅ Cece agent imports and executes
Implements a complete vertical slice of the IP Vault feature for BlackRoad OS,
providing cryptographic timestamping and evidence generation for ideas and
intellectual property.
## Components Added
### Agent Layer
- **VaultAgent** (`agents/categories/security/vault_agent.py`):
- Deterministic text canonicalization
- Multi-hash generation (SHA-256, SHA-512, Keccak-256)
- LEO (Ledger Evidence Object) construction
- Verification text generation
- Blockchain anchoring preparation
### Backend API
- **Models** (`backend/app/models/leo.py`):
- LEO: Stores cryptographic hashes and metadata
- AnchorEvent: Audit trail for blockchain anchoring
- **Schemas** (`backend/app/schemas/leo.py`):
- LEOCreate, LEOResponse, LEODetail, LEOList
- AnchorRequest, AnchorEventResponse
- **Router** (`backend/app/routers/ip_vault.py`):
- POST /api/vault/leos - Create new LEO
- GET /api/vault/leos - List LEOs (paginated)
- GET /api/vault/leos/{id} - Get LEO details
- POST /api/vault/leos/{id}/anchor - Initiate anchoring (stub)
- GET /api/vault/leos/{id}/events - Get anchor events
### Frontend
- **API Client** (`backend/static/js/api-client.js`):
- createLEO(), getLEOs(), getLEO()
- anchorLEO(), getLEOEvents()
- **App** (`backend/static/js/apps.js`):
- loadIPVault() - Load and display LEOs
- vaultIdea() - Create new LEO from form
- viewLEO() - Show detailed LEO modal with verification
- **UI** (`backend/static/index.html`):
- Desktop icon (🔐 IP Vault)
- Window with form and list view
- Start menu integration
## Features
- **Deterministic canonicalization**: Ensures reproducible hashing
- **Multi-hash support**: SHA-256, SHA-512, Keccak-256 (Ethereum-compatible)
- **Verification instructions**: Auto-generated proof-of-authenticity text
- **Blockchain-ready**: Prepared for Bitcoin, Litecoin, Ethereum anchoring
- **Clean separation**: Agent logic, API, database, frontend all decoupled
## Testing
- Python syntax validated for all new files
- JavaScript syntax validated
- VaultAgent tested end-to-end with sample idea
- All hashes computed successfully
## Next Steps
- Implement actual blockchain anchoring
- Add RoadChain integration
- Export LEOs as legal-grade PDFs
- Add user authentication to LEO creation
Implements complete Phase 2 scaffold across 6 core modules:
## New Modules
### 1. Backend API Enhancements
- Add system router with /version, /config/public, /os/state endpoints
- Register system router in main.py
- Add comprehensive tests for system endpoints
### 2. Core OS Runtime (core_os/)
- Implement UserSession, Window, OSState models
- Add state management functions (open_window, close_window, etc.)
- Create Backend API adapter for communication
- Include full test suite for models and state
### 3. Operator Engine (operator_engine/)
- Build job registry with example jobs
- Implement simple scheduler with lifecycle management
- Optional HTTP server on port 8001
- Complete tests for jobs and scheduler
### 4. Web Client Enhancements
- Add CoreOSClient JavaScript class
- Integrate system API endpoints
- Event-driven architecture for state updates
- Zero dependencies, vanilla JavaScript
### 5. Prism Console (prism-console/)
- Modern dark-themed admin UI
- Multi-tab navigation (Overview, Jobs, Agents, Logs, System)
- Real-time metrics dashboard
- Backend API integration with auto-refresh
### 6. Documentation (codex-docs/)
- Complete MkDocs-based documentation
- Architecture guides and component docs
- Infrastructure setup guides
- API reference documentation
## CI/CD
- Add core-os-tests.yml workflow
- Add operator-tests.yml workflow
- Add docs-build.yml workflow
## Documentation
- Create BLACKROAD_OS_REPO_MAP.md cross-reference
- Add README for each module
- Comprehensive integration documentation
## Summary
- 37 new files created
- ~3,500 lines of new code
- 5 test suites with 15+ tests
- 3 new CI workflows
- 10+ documentation pages
All modules are minimal working skeletons ready for integration.
Designed to be extracted into separate repos if needed.
Phase 2 scaffold complete and ready for review.
Implements Action #1 from NEXT_ACTIONS_ALEXA.md: Complete Cloudflare DNS
migration tooling and documentation for BlackRoad domains.
New Features:
- Automated DNS sync script (scripts/cloudflare/sync_dns.py)
* Syncs DNS records from ops/domains.yaml to Cloudflare API
* Supports dry-run mode for safe previewing
* Handles CNAME, A, MX, and TXT records
* Colored output for easy scanning
- DNS validation script (scripts/cloudflare/validate_dns.py)
* Verifies DNS resolution and propagation
* Checks SSL certificate validity
* Tests HTTP/HTTPS accessibility and redirects
* Supports checking multiple domains
- GitHub Actions workflow (.github/workflows/sync-cloudflare-dns.yml)
* Automatically syncs DNS on ops/domains.yaml changes
* Includes dry-run validation step
* Manual trigger support via workflow_dispatch
Documentation:
- Comprehensive migration guide (docs/CLOUDFLARE_MIGRATION_GUIDE.md)
* Step-by-step instructions for migrating from GoDaddy to Cloudflare
* Covers all 10 BlackRoad domains
* Includes troubleshooting and rollback procedures
* Estimated 2-4 hours total migration time
- Scripts README (scripts/cloudflare/README.md)
* Installation and usage instructions
* API token setup guide
* Integration examples for CI/CD
Configuration:
- Updated backend/.env.example with Cloudflare variables:
* CLOUDFLARE_API_TOKEN
* CLOUDFLARE_ACCOUNT_ID
* CLOUDFLARE_ZONE_ID
* CLOUDFLARE_EMAIL
- Python dependencies (scripts/cloudflare/requirements.txt)
* requests, PyYAML, dnspython, colorama
Benefits of Cloudflare Migration:
- Free SSL certificates with automatic renewal
- Global CDN for faster page loads
- DDoS protection and Web Application Firewall
- Better DNS performance via anycast network
- Advanced features (Workers, Zero Trust, edge functions)
- Superior analytics and security insights
Next Steps:
1. Set up Cloudflare account and get API token
2. Add blackroad.systems domain to Cloudflare
3. Update nameservers at GoDaddy
4. Run sync script to configure DNS records
5. Verify migration with validation script
6. Repeat for remaining 9 domains
Related:
- Implements infra/cloudflare/CLOUDFLARE_DNS_BLUEPRINT.md
- Addresses ops/DOMAIN_FIX_GUIDE.md recommendations
- Part of Phase 1 Q1 infrastructure foundation
Files Added:
- scripts/cloudflare/sync_dns.py (352 lines)
- scripts/cloudflare/validate_dns.py (387 lines)
- scripts/cloudflare/README.md
- scripts/cloudflare/requirements.txt
- docs/CLOUDFLARE_MIGRATION_GUIDE.md (867 lines)
- .github/workflows/sync-cloudflare-dns.yml
Files Modified:
- backend/.env.example (added Cloudflare env vars)
Updates ALLOWED_ORIGINS to include all BlackRoad domains, fixing the
"Access denied" error when accessing the Railway deployment.
Changes:
1. backend/app/config.py:33 - Updated default ALLOWED_ORIGINS to include:
- https://blackroad.systems
- https://www.blackroad.systems
- https://os.blackroad.systems
- https://blackroad-operating-system-production.up.railway.app
- http://localhost:3000,http://localhost:8000 (for local dev)
2. backend/.env.example:27 - Updated template with production domains
This ensures Railway deployments work without requiring manual
environment variable configuration. The CORS middleware will now
accept requests from all BlackRoad domains.
Fixes: "Access denied" errors on production deployments
Related: DNS configuration in ops/domains.yaml
