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Multi-Terminal Agentic Orchestrated Deployment Guide

Purpose: Coordinate 5 parallel agent workstreams for CODITECT Cloud Platform deployment with zero merge conflicts and 45-52% faster completion time.

🎯 Executive Summary​

Deployment Model: 5 terminals running simultaneously, each with dedicated agent and submodule assignment

Timeline Reduction: 18-23 days sequential → 10-12 days parallel (45-52% faster)

Coordination Strategy: Daily sync checkpoints + Git tree isolation

Zero Conflicts: Directory-based workstream separation with automated safeguards

📋 Terminal Matrix​

Terminal 1: Infrastructure Stream (cloud-architect agent)​

Primary Focus: submodules/cloud/coditect-cloud-infra/

Agent Assignment: cloud-architect

Responsibilities:

  • GCP OpenTofu/Terraform infrastructure provisioning
  • Cloud Run service configurations
  • Networking and VPC setup
  • PostgreSQL Cloud SQL instance
  • Redis Memorystore instance
  • IAM roles and service accounts
  • GCP Secret Manager setup

Git Workflow:

# Terminal 1 - Infrastructure Stream
cd ~/PROJECTS/coditect-rollout-master/submodules/cloud/coditect-cloud-infra

# Create feature branch
git checkout -b feature/phase-1/infra/gcp-foundation

# Agent works here
# ... infrastructure code ...

# Commit with conventional format
git add opentofu/modules/
git commit -m "feat(infra): add GCP Cloud Run and database infrastructure"

# Push to remote
git push -u origin feature/phase-1/infra/gcp-foundation

# Create PR targeting phase-1-integration
gh pr create --title "Infrastructure: GCP foundation" \
  --base phase-1-integration \
  --body "Automated infrastructure provisioning for Cloud Run + databases"

Daily Deliverables:

  • Day 1-2: VPC, networking, Cloud SQL setup
  • Day 3-4: Cloud Run services, Redis, IAM
  • Day 5: Secret Manager, monitoring setup

Files Modified:

opentofu/modules/cloud-run/
opentofu/modules/database/
opentofu/modules/networking/
opentofu/environments/dev/

Agent Invocation:

# orchestrator launches cloud-architect
Task(
  subagent_type="cloud-architect",
  description="Provision GCP infrastructure",
  prompt="""
  Provision complete GCP infrastructure for CODITECT Cloud Platform:

  **Requirements:**
  - Cloud Run services for backend API
  - Cloud SQL PostgreSQL (dev/staging/prod environments)
  - Redis Memorystore for sessions
  - VPC with private service connection
  - IAM service accounts with least privilege
  - Secret Manager for credentials

  **Deliverables:**
  - OpenTofu modules in opentofu/modules/
  - Environment configs in opentofu/environments/{dev,staging,prod}/
  - GitHub Actions CI/CD for infrastructure deployment
  - Documentation in docs/infrastructure/

  **Quality Gates:**
  - All Terraform/OpenTofu validated (terraform validate)
  - Security scan passed (tfsec)
  - Cost estimation < $500/month for dev
  """
)

Terminal 2: Backend Stream (codi-code-architect agent)​

Primary Focus: submodules/cloud/coditect-cloud-backend/

Agent Assignment: codi-code-architect

Responsibilities:

  • FastAPI backend implementation
  • PostgreSQL SQLAlchemy models
  • JWT authentication service
  • Multi-tenant organization management
  • License validation integration
  • API endpoint implementation per OpenAPI spec

Git Workflow:

# Terminal 2 - Backend Stream
cd ~/PROJECTS/coditect-rollout-master/submodules/cloud/coditect-cloud-backend

# Create feature branch
git checkout -b feature/phase-1/backend/auth-service

# Agent works here
# ... backend code ...

# Commit
git add src/api/v1/auth.py src/services/auth_service.py
git commit -m "feat(auth): implement JWT authentication with refresh tokens"

# Push
git push -u origin feature/phase-1/backend/auth-service

# Create PR targeting phase-1-integration
gh pr create --title "Backend: Auth Service" \
  --base phase-1-integration \
  --body "Complete JWT authentication with signup/login/refresh/logout"

Daily Deliverables:

  • Day 1-2: Auth service (signup, login, JWT)
  • Day 3-4: Organization service (CRUD, multi-tenant)
  • Day 5-6: User management (invite, RBAC)
  • Day 7-8: License validation (integration with ops-license)
  • Day 9-10: Project service (CRUD, ownership)

Files Modified:

src/api/v1/{auth,orgs,users,licenses,projects}.py
src/services/{auth_service,org_service,user_service,license_service,project_service}.py
src/models/{user,organization,license,project}.py
src/core/security.py
tests/unit/
tests/integration/

Agent Invocation:

# orchestrator launches codi-code-architect
Task(
  subagent_type="codi-code-architect",
  description="Implement backend API",
  prompt="""
  Implement complete FastAPI backend per OpenAPI specification:

  **Contract:** openapi.yaml (2,218 lines - already defined)

  **Services to Implement:**
  1. Auth Service (/api/v1/auth/*)
     - signup, login, logout, refresh, /me
  2. Organization Service (/api/v1/organizations/*)
     - CRUD operations with OWNER permission checks
  3. User Service (/api/v1/users/*)
     - Invite, RBAC, user management
  4. License Service (/api/v1/licenses/*)
     - Validate, track activations, integrate with coditect-ops-license
  5. Project Service (/api/v1/projects/*)
     - CRUD with multi-tenant isolation

  **Technology Stack:**
  - FastAPI (async)
  - SQLAlchemy 2.0+ (async)
  - Pydantic v2 for schemas
  - JWT authentication (python-jose)
  - PostgreSQL for data
  - Redis for sessions

  **Quality Gates:**
  - 80%+ test coverage (pytest --cov)
  - All OpenAPI endpoints implemented
  - Pact provider tests pass
  - No security vulnerabilities (bandit)
  - Performance: <200ms p95 latency

  **Development Pattern:**
  - Contract-first (OpenAPI spec is source of truth)
  - Repository pattern for data access
  - Dependency injection for services
  - Comprehensive error handling (RFC 7807)
  """
)

Terminal 3: Frontend Stream (codi-frontend-specialist agent)​

Primary Focus: submodules/cloud/coditect-cloud-frontend/

Agent Assignment: codi-frontend-specialist (or frontend-react-typescript-expert)

Responsibilities:

  • React 18 + TypeScript + TailwindCSS setup
  • Authentication flows (signup, login, logout)
  • Organization dashboard and settings
  • User management interface (invite, RBAC)
  • License status display and activation
  • Project management UI

Git Workflow:

# Terminal 3 - Frontend Stream
cd ~/PROJECTS/coditect-rollout-master/submodules/cloud/coditect-cloud-frontend

# Create feature branch
git checkout -b feature/phase-1/frontend/auth-ui

# Agent works here (using Prism mocks!)
# API_URL=http://localhost:4010

# Commit
git add src/components/auth/ src/pages/auth/
git commit -m "feat(ui): add signup and login forms with validation"

# Push
git push -u origin feature/phase-1/frontend/auth-ui

# Create PR
gh pr create --title "Frontend: Auth UI" \
  --base phase-1-integration \
  --body "Complete auth UI with signup/login forms and JWT handling"

Daily Deliverables:

  • Day 1-2: Project setup (Vite, React Router, TailwindCSS)
  • Day 3-4: Auth pages (signup, login, password reset)
  • Day 5-6: Dashboard layout and navigation
  • Day 7-8: Organization management UI
  • Day 9-10: User and license management pages

Files Modified:

src/components/auth/
src/components/organization/
src/components/user/
src/pages/
src/services/api.ts
src/hooks/

Environment Setup:

# Frontend uses Prism mock server
# .env.development
VITE_API_URL=http://localhost:4010

# Start Prism mocks (from backend/contracts/)
cd ../coditect-cloud-backend/contracts
docker-compose up -d

# Verify mock server
curl http://localhost:4010/api/v1/auth/me

Agent Invocation:

# orchestrator launches frontend specialist
Task(
  subagent_type="codi-frontend-specialist",
  description="Implement frontend UI",
  prompt="""
  Implement complete React + TypeScript frontend for CODITECT Cloud admin dashboard:

  **Mock API Setup:**
  1. Start mock server: `cd backend/contracts && docker-compose up -d`
  2. Mock endpoint: http://localhost:4010
  3. All OpenAPI examples available as mock responses

  **Pages to Implement:**
  1. Authentication
     - /signup - Account registration with organization creation
     - /login - Email/username login
     - /forgot-password - Password recovery
     - /reset-password - Password reset

  2. Dashboard
     - /dashboard - Overview with usage metrics
     - /activity - Recent activity log

  3. Organization
     - /org/settings - Organization settings (OWNER only)
     - /org/members - Team member list and invites
     - /org/roles - Role management

  4. Account
     - /account/profile - User profile edit
     - /account/security - Password change, 2FA
     - /account/preferences - User preferences

  5. Licenses
     - /licenses - License overview and status
     - /licenses/seats - Seat allocation view

  **Technology Stack:**
  - React 18 + TypeScript (strict mode)
  - Vite for build
  - React Router v6 for routing
  - TanStack Query (React Query) for server state
  - TailwindCSS for styling
  - Radix UI for accessible components
  - React Hook Form + Zod for forms

  **Quality Gates:**
  - TypeScript strict mode (no any types)
  - 80%+ test coverage (Vitest + React Testing Library)
  - WCAG 2.1 AA accessibility (axe-core tests)
  - Pact consumer tests generated
  - Bundle size < 500 KB gzipped
  - Lighthouse score 90+ (performance, accessibility, SEO)

  **Development Pattern:**
  - API-first (use mock server, never hardcode data)
  - Atomic design (atoms, molecules, organisms, templates, pages)
  - Error boundaries for resilience
  - Loading states for all async operations
  - Optimistic updates where appropriate
  """
)

Terminal 4: Deployment Stream (codi-devops-engineer agent)​

Primary Focus: submodules/cloud/coditect-cloud-backend/ (Kubernetes, Docker) + submodules/cloud/coditect-cloud-infra/ (CI/CD)

Agent Assignment: codi-devops-engineer

Responsibilities:

  • Kubernetes manifests for Cloud Run
  • Docker multi-stage builds
  • GitHub Actions CI/CD pipelines
  • Deployment automation scripts
  • Monitoring and logging setup
  • Health check endpoints

Git Workflow:

# Terminal 4 - Deployment Stream
cd ~/PROJECTS/coditect-rollout-master/submodules/cloud/coditect-cloud-backend

# Create feature branch
git checkout -b feature/phase-1/deploy/kubernetes-manifests

# Agent works here
# ... deployment configs ...

# Commit
git add kubernetes/ .github/workflows/ Dockerfile
git commit -m "feat(deploy): add Kubernetes manifests and CI/CD pipelines"

# Push
git push -u origin feature/phase-1/deploy/kubernetes-manifests

Daily Deliverables:

  • Day 1-2: Docker multi-stage build
  • Day 3-4: Kubernetes manifests (deployments, services, ingress)
  • Day 5-6: GitHub Actions CI/CD (build, test, deploy)
  • Day 7-8: Monitoring setup (Prometheus, Grafana)
  • Day 9-10: Production deployment automation

Files Modified:

Dockerfile
docker-compose.yml
kubernetes/base/
kubernetes/overlays/{dev,staging,prod}/
.github/workflows/{build,test,deploy}.yml
scripts/deploy.sh

Agent Invocation:

# orchestrator launches devops engineer
Task(
  subagent_type="codi-devops-engineer",
  description="Setup deployment infrastructure",
  prompt="""
  Create complete deployment infrastructure for CODITECT Cloud Platform:

  **Containerization:**
  1. Multi-stage Dockerfile for backend
     - Builder stage (compile dependencies)
     - Runtime stage (minimal image)
     - Target size: <200 MB

  2. Docker Compose for local development
     - Backend + PostgreSQL + Redis
     - Prism mock server
     - Hot reload enabled

  **Kubernetes Manifests:**
  1. Base manifests (kubernetes/base/)
     - Deployment (backend API)
     - Service (ClusterIP)
     - Ingress (HTTPS with Cloud Load Balancer)
     - ConfigMap (non-sensitive config)
     - Secret (sensitive config)

  2. Kustomize overlays (kubernetes/overlays/)
     - dev: 1 replica, debug logging
     - staging: 2 replicas, Cloud SQL Proxy
     - prod: 3+ replicas, autoscaling, strict security

  **CI/CD Pipelines (GitHub Actions):**
  1. Build workflow (.github/workflows/build.yml)
     - Runs on: push to any branch
     - Steps: lint, type check, unit tests
     - Artifact: test coverage report

  2. Deploy workflow (.github/workflows/deploy.yml)
     - Runs on: merge to main
     - Steps: build Docker image, push to GCP Artifact Registry, deploy to Cloud Run
     - Environments: dev (auto), staging (manual approval), prod (manual approval)

  3. Contract testing workflow
     - Runs on: PR to main
     - Steps: Pact consumer tests (frontend), Pact provider verification (backend)

  **Monitoring Setup:**
  - Prometheus metrics endpoint (/metrics)
  - Grafana dashboards (latency, error rate, throughput)
  - OpenTelemetry traces (Jaeger)
  - Structured logging (JSON format to Cloud Logging)

  **Quality Gates:**
  - Docker image security scan (Trivy)
  - Kubernetes manifest validation (kubeval)
  - Deployment dry-run successful
  - Health checks pass (readiness + liveness)
  - Load test: 1000 req/s with <500ms p95 latency
  """
)

Terminal 5: Documentation Stream (codi-documentation-writer agent)​

Primary Focus: All submodules (documentation, README updates, API docs)

Agent Assignment: codi-documentation-writer

Responsibilities:

  • API documentation generation (from OpenAPI)
  • README updates for all submodules
  • Deployment runbooks
  • Architecture diagrams (C4 model)
  • User guides and tutorials
  • CHANGELOG maintenance

Git Workflow:

# Terminal 5 - Documentation Stream
cd ~/PROJECTS/coditect-rollout-master

# Documentation spans multiple submodules
# Create docs branch
git checkout -b feature/phase-1/docs/deployment-guides

# Agent works across submodules
# ... documentation updates ...

# Commit changes in each submodule
cd submodules/cloud/coditect-cloud-backend
git add README.md docs/ CHANGELOG.md
git commit -m "docs: add API documentation and deployment runbook"
git push -u origin feature/phase-1/docs/backend-api-docs

cd ../coditect-cloud-frontend
git add README.md docs/
git commit -m "docs: add component documentation and user guide"
git push -u origin feature/phase-1/docs/frontend-user-guide

cd ../coditect-cloud-infra
git add README.md docs/
git commit -m "docs: add infrastructure architecture and runbooks"
git push -u origin feature/phase-1/docs/infra-architecture

Daily Deliverables:

  • Day 1-2: API documentation (from OpenAPI)
  • Day 3-4: Architecture diagrams (C4 model)
  • Day 5-6: Deployment runbooks
  • Day 7-8: User guides and tutorials
  • Day 9-10: CHANGELOG and release notes

Files Modified:

docs/architecture/
docs/deployment/
docs/api/
README.md (all submodules)
CHANGELOG.md (all submodules)

Agent Invocation:

# orchestrator launches documentation writer
Task(
  subagent_type="codi-documentation-writer",
  description="Generate comprehensive documentation",
  prompt="""
  Create complete documentation for CODITECT Cloud Platform deployment:

  **Documentation Types:**

  1. API Documentation
     - Generate from OpenAPI spec using Redoc/Swagger UI
     - Interactive examples for all endpoints
     - Authentication guide
     - Error handling guide
     - Rate limiting documentation

  2. Architecture Documentation (C4 Model)
     - Context diagram: CODITECT in ecosystem
     - Container diagram: Services and databases
     - Component diagram: Backend service breakdown
     - Deployment diagram: GCP infrastructure

  3. Deployment Runbooks
     - Infrastructure provisioning (OpenTofu)
     - Backend deployment (Cloud Run)
     - Frontend deployment (Cloud Storage + CDN)
     - Database migrations (Alembic)
     - Rollback procedures

  4. User Guides
     - Getting started (signup → first project)
     - Organization management
     - User management and RBAC
     - License activation
     - Troubleshooting common issues

  5. Developer Guides
     - Local development setup
     - Running tests
     - Contributing guidelines
     - Code style guide
     - Git workflow

  **Quality Gates:**
  - All diagrams generated (PlantUML/Mermaid)
  - API docs hosted (Swagger UI working)
  - Runbooks tested (step-by-step validated)
  - No broken links (markdown-link-check)
  - Spelling and grammar checked (Vale)

  **Deliverables:**
  - docs/api/ - API documentation
  - docs/architecture/ - C4 diagrams
  - docs/deployment/ - Runbooks
  - docs/user-guides/ - End-user documentation
  - docs/developer-guides/ - Developer documentation
  - CHANGELOG.md - Version history
  - README.md - Updated for all submodules
  """
)

🔄 Daily Coordination Workflow​

Morning Sync (15 minutes, 9:00 AM)​

Participants: All 5 agents (via orchestrator coordination)

Agenda:

  1. Yesterday's accomplishments (each agent reports)
  2. Today's priorities (each agent commits)
  3. Blockers and dependencies (identify and resolve)
  4. Integration checkpoints (schedule for today)

Format:

# Daily Sync - Day 3 (Phase 1)

## Infrastructure (cloud-architect)
✅ Yesterday: VPC setup, Cloud SQL provisioned
🎯 Today: Redis Memorystore, IAM service accounts
🚧 Blockers: None

## Backend (codi-code-architect)
✅ Yesterday: Auth service signup/login endpoints
🎯 Today: Refresh token rotation, /me endpoint
🚧 Blockers: Waiting for Redis connection string (infra)

## Frontend (codi-frontend-specialist)
✅ Yesterday: Login page, form validation
🎯 Today: Dashboard layout, navigation
🚧 Blockers: None (using mocks)

## Deployment (codi-devops-engineer)
✅ Yesterday: Dockerfile multi-stage build
🎯 Today: Kubernetes manifests, health checks
🚧 Blockers: None

## Documentation (codi-documentation-writer)
✅ Yesterday: API documentation from OpenAPI
🎯 Today: C4 architecture diagrams
🚧 Blockers: None

## Coordination Actions:
1. Infra provides Redis connection string to Backend (priority)
2. Backend commits Auth endpoints for Frontend integration test
3. Deployment validates Dockerfile with Backend code

Integration Checkpoints (1 hour each)​

Checkpoint 1: Day 3 - Infrastructure → Backend Integration

# Test database connectivity
# Backend connects to Cloud SQL
# Verify migrations work
# Test Redis session storage

Checkpoint 2: Day 6 - Frontend → Backend Integration (Mock → Real)

# Stop Prism mock server
# Point frontend to dev backend
# Run integration tests
# Fix any contract drift

Checkpoint 3: Day 9 - Full Stack Integration

# Deploy to dev environment
# End-to-end smoke tests
# Performance testing
# Security scan

Checkpoint 4: Day 12 - Production Deployment

# Deploy to staging
# QA testing
# Deploy to production (canary)
# Monitor and validate

End of Day Review (15 minutes, 5:00 PM)​

Each Agent Reports:

  1. Commits pushed today (git log)
  2. Tests added/passing
  3. Tomorrow's plan
  4. Any risks or concerns

Orchestrator Actions:

  1. Merge approved PRs to phase-1-integration
  2. Update project progress dashboard
  3. Create checkpoint if milestone reached

🌳 Git Tree Organization​

Branch Structure​

main (production)
├── develop (integration branch)
│   └── phase-1-integration (Phase 1 work)
│       ├── feature/phase-1/infra/gcp-foundation (Terminal 1)
│       ├── feature/phase-1/backend/auth-service (Terminal 2)
│       ├── feature/phase-1/backend/org-service (Terminal 2)
│       ├── feature/phase-1/frontend/auth-ui (Terminal 3)
│       ├── feature/phase-1/frontend/dashboard (Terminal 3)
│       ├── feature/phase-1/deploy/kubernetes-manifests (Terminal 4)
│       └── feature/phase-1/docs/deployment-guides (Terminal 5)

Merge Flow​

1. Feature Branch → Phase Integration Branch
   - PR review by agent peers
   - Automated tests must pass
   - No merge conflicts

2. Phase Integration → Develop
   - End of phase milestone
   - Full integration tests pass
   - Security scan clean

3. Develop → Main
   - Production deployment
   - QA sign-off
   - Canary deployment successful

🔒 CODEOWNERS for Collision Prevention​

File: .github/CODEOWNERS​

# =============================================================================
# CODITECT Cloud Platform - Code Ownership for Parallel Development
# =============================================================================
# This file prevents merge conflicts by assigning directory ownership to agents
# Review required from owner before merging changes to these directories

# Infrastructure Stream (Terminal 1)
/submodules/cloud/coditect-cloud-infra/opentofu/           @cloud-architect
/submodules/cloud/coditect-cloud-infra/terraform/          @cloud-architect
/submodules/cloud/coditect-cloud-infra/kubernetes/base/    @cloud-architect

# Backend Stream (Terminal 2)
/submodules/cloud/coditect-cloud-backend/src/              @codi-code-architect
/submodules/cloud/coditect-cloud-backend/tests/            @codi-code-architect
/submodules/cloud/coditect-cloud-backend/alembic/          @codi-code-architect

# Frontend Stream (Terminal 3)
/submodules/cloud/coditect-cloud-frontend/src/             @codi-frontend-specialist
/submodules/cloud/coditect-cloud-frontend/tests/           @codi-frontend-specialist
/submodules/cloud/coditect-cloud-frontend/public/          @codi-frontend-specialist

# Deployment Stream (Terminal 4)
/submodules/cloud/coditect-cloud-backend/Dockerfile        @codi-devops-engineer
/submodules/cloud/coditect-cloud-backend/kubernetes/       @codi-devops-engineer
/submodules/cloud/coditect-cloud-backend/.github/workflows/ @codi-devops-engineer
/submodules/cloud/coditect-cloud-infra/.github/workflows/  @codi-devops-engineer

# Documentation Stream (Terminal 5)
docs/                                                       @codi-documentation-writer
**/README.md                                                @codi-documentation-writer
**/CHANGELOG.md                                             @codi-documentation-writer

# Shared Ownership (requires 2+ approvals)
/submodules/cloud/coditect-cloud-backend/openapi.yaml      @codi-code-architect @codi-frontend-specialist
/submodules/cloud/coditect-cloud-backend/contracts/        @codi-code-architect @codi-frontend-specialist

🚀 Execution Checklist​

Pre-Flight (Before Starting)​

Orchestrator Human Operator:

  • Create phase-1-integration branch in all 3 submodules

    cd submodules/cloud/coditect-cloud-infra
    git checkout -b phase-1-integration && git push -u origin phase-1-integration

    cd ../coditect-cloud-backend
    git checkout -b phase-1-integration && git push -u origin phase-1-integration

    cd ../coditect-cloud-frontend
    git checkout -b phase-1-integration && git push -u origin phase-1-integration

  • Setup CODEOWNERS in all submodules

    cp .github/CODEOWNERS submodules/cloud/coditect-cloud-infra/.github/
    cp .github/CODEOWNERS submodules/cloud/coditect-cloud-backend/.github/
    cp .github/CODEOWNERS submodules/cloud/coditect-cloud-frontend/.github/

  • Start Prism mock server for frontend development

    cd submodules/cloud/coditect-cloud-backend/contracts
    docker-compose up -d
    curl http://localhost:4010/api/v1/auth/me  # Verify working

  • Create project tracking dashboard

    # GitHub Projects or similar
    # Columns: Backlog, In Progress, Review, Done
    # Track all feature branches

Terminal Launch Sequence​

Terminal 1: Infrastructure

# Terminal 1 - Infrastructure Stream
cd ~/PROJECTS/coditect-rollout-master/submodules/cloud/coditect-cloud-infra
git checkout phase-1-integration
git checkout -b feature/phase-1/infra/gcp-foundation

# Agent starts working
# orchestrator invokes cloud-architect agent

Terminal 2: Backend

# Terminal 2 - Backend Stream
cd ~/PROJECTS/coditect-rollout-master/submodules/cloud/coditect-cloud-backend
git checkout phase-1-integration
git checkout -b feature/phase-1/backend/auth-service

# Agent starts working
# orchestrator invokes codi-code-architect agent

Terminal 3: Frontend

# Terminal 3 - Frontend Stream
cd ~/PROJECTS/coditect-rollout-master/submodules/cloud/coditect-cloud-frontend
git checkout phase-1-integration
git checkout -b feature/phase-1/frontend/auth-ui

# Set mock API
export VITE_API_URL=http://localhost:4010

# Agent starts working
# orchestrator invokes codi-frontend-specialist agent

Terminal 4: Deployment

# Terminal 4 - Deployment Stream
cd ~/PROJECTS/coditect-rollout-master/submodules/cloud/coditect-cloud-backend
git checkout phase-1-integration
git checkout -b feature/phase-1/deploy/kubernetes-manifests

# Agent starts working
# orchestrator invokes codi-devops-engineer agent

Terminal 5: Documentation

# Terminal 5 - Documentation Stream
cd ~/PROJECTS/coditect-rollout-master
git checkout phase-1-integration
git checkout -b feature/phase-1/docs/deployment-guides

# Agent starts working
# orchestrator invokes codi-documentation-writer agent

During Execution​

Daily Tasks:

  • 9:00 AM - Morning sync (orchestrator coordinates)
  • Throughout day - Agents work independently
  • 5:00 PM - End of day review (orchestrator collects reports)
  • Create checkpoint if milestone reached

Per Checkpoint:

  • Stop work on all terminals
  • Run integration tests
  • Merge approved PRs to phase-1-integration
  • Verify no conflicts
  • Resume work on next tasks

Post-Flight (After Phase 1 Complete)​

Final Integration:

  • Merge all feature branches to phase-1-integration

    # For each feature branch
    gh pr merge feature/phase-1/infra/gcp-foundation --squash
    gh pr merge feature/phase-1/backend/auth-service --squash
    gh pr merge feature/phase-1/frontend/auth-ui --squash
    gh pr merge feature/phase-1/deploy/kubernetes-manifests --squash
    gh pr merge feature/phase-1/docs/deployment-guides --squash

  • Run full integration test suite

    # Backend tests
    cd submodules/cloud/coditect-cloud-backend
    pytest --cov=src --cov-report=html

    # Frontend tests
    cd ../coditect-cloud-frontend
    npm run test:coverage

    # E2E tests
    npm run test:e2e

  • Deploy to staging environment

    cd submodules/cloud/coditect-cloud-infra
    ./scripts/deploy.sh --env staging

  • QA validation on staging

  • Merge phase-1-integration → develop

    gh pr create --base develop --head phase-1-integration \
      --title "Phase 1: Authentication and Core Services" \
      --body "Complete implementation of Phase 1 deliverables"

  • Create git tag for Phase 1 milestone

    git tag -a v0.1.0 -m "Phase 1: Authentication and Core Services"
    git push origin v0.1.0

📊 Progress Dashboard​

Real-Time Metrics​

Terminal Status (Live):

Terminal 1 (Infra):     [████████░░] 80% complete (Day 8/10)
Terminal 2 (Backend):   [██████░░░░] 60% complete (Day 6/10)
Terminal 3 (Frontend):  [█████░░░░░] 50% complete (Day 5/10)
Terminal 4 (Deploy):    [███████░░░] 70% complete (Day 7/10)
Terminal 5 (Docs):      [████░░░░░░] 40% complete (Day 4/10)

Overall Progress:

Phase 1: [█████░░░░░] 60% complete
Days elapsed: 6/10
Estimated completion: 2025-12-14

Quality Metrics:

✅ Test Coverage:    Backend 78%, Frontend 65%
✅ Code Quality:     0 critical issues
✅ Security Scan:    0 vulnerabilities
⚠️ Performance:     Backend p95 latency: 280ms (target: 200ms)

Checkpoint Timeline​

✅ Day 1  - Project kickoff, branch setup
✅ Day 3  - Checkpoint 1: Infra → Backend integration
✅ Day 6  - Checkpoint 2: Frontend → Backend integration
🎯 Day 9  - Checkpoint 3: Full stack integration
🎯 Day 12 - Checkpoint 4: Production deployment

🎯 Success Criteria​

Phase 1 Complete When:​

Functional Requirements:

  • ✅ User can signup and create organization
  • ✅ User can login with email/username
  • ✅ JWT tokens work (access + refresh)
  • ✅ Organization CRUD operations functional
  • ✅ User management (invite, RBAC) working
  • ✅ License validation integrated
  • ✅ Project CRUD operations functional

Technical Requirements:

  • ✅ All OpenAPI endpoints implemented and tested
  • ✅ 80%+ test coverage (backend + frontend)
  • ✅ Deployed to staging environment
  • ✅ Performance: <200ms p95 latency for all endpoints
  • ✅ Security: Zero vulnerabilities in scan
  • ✅ Documentation: All APIs documented, runbooks complete

Process Requirements:

  • ✅ Zero git merge conflicts during entire phase
  • ✅ All PRs reviewed and approved before merge
  • ✅ Daily syncs completed (attendance 100%)
  • ✅ All integration checkpoints passed

📞 Troubleshooting & Support​

Common Issues​

Issue: Merge conflict detected

# Solution: Check CODEOWNERS - agents should not overlap directories
# If conflict exists, human mediator resolves immediately
git checkout --theirs <file>  # or --ours
git add <file>
git commit -m "fix: resolve merge conflict in <file>"

Issue: Frontend can't connect to mock server

# Solution: Restart Prism
cd submodules/cloud/coditect-cloud-backend/contracts
docker-compose down && docker-compose up -d

# Verify
curl http://localhost:4010/api/v1/auth/me

Issue: Backend tests failing

# Solution: Verify database connection
pytest tests/integration/ -v --log-cli-level=DEBUG

# Check PostgreSQL
docker ps | grep postgres

Issue: Agent blocked on dependency

# Solution: Escalate to orchestrator immediately
# Orchestrator re-prioritizes work or unblocks dependency
# Daily sync used to prevent blocking in first place

📚 Additional Resources​

Git Workflow System: docs/GIT-WORKFLOW-SYSTEM.md API Contracts: submodules/cloud/coditect-cloud-backend/contracts/README.md Infrastructure Guide: submodules/cloud/coditect-cloud-infra/README.md Parallel Execution Analysis: docs/deployment/PARALLEL-EXECUTION-ANALYSIS.md

Status: ✅ Ready for Execution Created: 2025-11-30 Owner: orchestrator + human coordinator Timeline: 10-12 days (vs. 18-23 days sequential) Efficiency Gain: 45-52% faster