coditect-cloud-backend - Comprehensive Project Plan

Executive Summary

CODITECT Cloud Backend is a P0 (Priority 0) Django REST Framework-based RESTful API server that provides the central platform backbone for the CODITECT Cloud offering. This production-grade backend handles authentication, multi-tenant user/organization management, license management, Stripe payment processing, and automated email notifications for all CODITECT cloud applications.

Product Classification: Enterprise SaaS Platform Backend Status: Development (Phase 1: Steps 1-6, 8 Complete - 77.8% of Commercial Flow) Target Launch: December 22, 2025 (First Paying Customer) → March 2026 (GA) Team: 1 full-stack backend engineer (AI-assisted development) Progress: 38/47 tasks complete (80.9%)

Recent Milestones (December 1, 2025):

✅ User registration with email verification
✅ Stripe subscription integration
✅ Automatic license generation
✅ License delivery API endpoints
✅ SendGrid email integration (6 email types)
✅ Comprehensive unit testing (20 tests passing)

Project Overview

Purpose & Strategic Value

This backend service is the central API layer for all CODITECT cloud services:

Platform API: Single entry point for all frontend, IDE, CLI clients
Multi-Tenant Support: Organizations, teams, role-based access control
Enterprise Features: License management, subscription tracking, audit logging
Developer Experience: OpenAPI/Swagger documentation, WebSocket real-time updates
Cloud Native: Kubernetes-ready, auto-scaling, monitoring-integrated

Key Capabilities

Authentication & Authorization
- JWT-based stateless authentication with refresh tokens
- Role-based access control (RBAC) with organization ownership
- OAuth2 integration for future SSO scenarios
Multi-Tenant Architecture
- Organization-level data isolation
- Team collaboration with permission delegation
- User invitations and role assignments
License Management
- Integration with coditect-ops-license server
- Subscription tier validation
- Usage metering and quota enforcement
Project Management
- Cloud project CRUD operations
- File storage integration (GCS)
- Real-time collaboration via WebSocket
Event-Driven Services
- Async task processing with Celery
- Event publishing for state changes
- Integration with external services

Technology Stack

Core Technologies

Layer	Technology	Purpose	Version
Framework	FastAPI	High-performance async web framework	Latest
Language	Python	Backend implementation	3.11+
ORM	SQLAlchemy	Database abstraction and async support	2.0+
Database	PostgreSQL	Primary relational database	15+
Cache	Redis	Session storage, distributed cache	7+
State Store	FoundationDB	Multi-tenant distributed state (future)	Latest
Tasks	Celery	Async task processing	5+
Validation	Pydantic	Data validation and serialization	v2
Auth	JWT/OAuth2	Secure authentication	Standard

Infrastructure & Deployment

Component	Technology	Purpose
Cloud Platform	Google Cloud Platform	Primary hosting environment
Compute	Google Kubernetes Engine (GKE)	Container orchestration and auto-scaling
Secrets	GCP Secret Manager	Secure credential storage
CI/CD	GitHub Actions	Automated testing and deployment
Container Registry	Google Artifact Registry	Docker image storage
Load Balancing	GCP Cloud Load Balancer	Request distribution

Development Tools

Code Quality: ruff (linting), black (formatting), mypy (type checking)
Testing: pytest, pytest-asyncio, httpx (TestClient)
Database: alembic (migrations), psycopg3 (async driver)
Monitoring: Prometheus (metrics), structured JSON logging

Current Status

Phase 0: Architecture Foundation (✅ COMPLETE - Nov 16, 2025)

Completed:

✅ Distributed intelligence architecture documented
✅ Multi-tenant architecture patterns specified
✅ MEMORY-CONTEXT architecture designed (20K+ words)
✅ Privacy & security model defined
✅ API schema documented (OpenAPI 3.0)
✅ Database schema designed
✅ Deployment architecture finalized
✅ Infrastructure 100% deployed (GKE, Cloud SQL, Redis)
✅ OpenTofu migration complete

Phase 0.5: Commercial Flow Requirements (📋 NEW - Dec 1, 2025)

Critical Path to Revenue - 22 Days:

Complete 9-step user journey (Sign Up → Pay → License → Run → Renew)
Stripe integration for payment processing
License generation and validation system
Subscription management and renewal automation
User registration and authentication
Target: First paying customer by December 23, 2025

Current Implementation Status

Infrastructure: 100% ✅ (GKE, Cloud SQL, Redis all operational)
Commercial Flow: 0% (documented but not implemented)
Project Structure: 80% (directories created, needs implementation)
Authentication System: 30% (JWT structure designed, needs Firebase integration)
Database Layer: 40% (schemas designed, migrations pending)
API Endpoints: 20% (route structure defined, handlers pending)
Testing: 10% (test structure ready, needs implementation)
Deployment: 100% ✅ (staging environment fully operational, 2/2 pods running)

Overall Completion: ~75% (Infrastructure complete), ~55% (Commercial Features), ~53% (Overall Progress) Revenue-Ready: ~55% (Steps 1-5 of 9 complete, 21 days to first customer)

Active Blockers:

✅ No active blockers - All infrastructure operational

Phase 1 Progress Summary (December 1, 2025)

Status: 7 of 9 steps complete (77.8%) Timeline: 21 days remaining to first paying customer (December 22, 2025) Velocity: 7 steps in 1 day (exceptional progress with AI-assisted development)

Completed Steps

Step	Component	Status	Lines of Code	Tests	Commit
1	User Registration	✅ Complete	~500	Included	29e31c7, 9c9e90b
2	Stripe Integration	✅ Complete	~600	Included	a797dc9
3	License Generation	✅ Complete	~400	Included	d165df5
4	License Delivery API	✅ Complete	~800	Included	b3b427c
5	SendGrid Email	✅ Complete	~1000	20 passing	11e0140, d37e062, 7c6b2e3, cb65945
6	License Seat Management	✅ Complete	~2000	24 passing	77fea82
8	Monthly Renewal Automation	✅ Complete	~1150	25 passing	[pending]

Total Implementation: ~6,450 lines of production code + comprehensive test suite

Key Achievements

Complete User Lifecycle
- User registration with email verification
- Password reset workflow
- Multi-tenant organization management
- Secure authentication with Django
Payment Processing
- Stripe webhook integration
- Automatic subscription management
- Payment success/failure handling
- Subscription lifecycle events
License Management
- Cryptographic license generation (CODITECT-YYYY-XXXX-XXXX)
- RSA-4096 digital signatures
- RESTful API for license access
- Multi-tenant access control
Email Automation
- 6 email types (welcome, license, subscription, password reset)
- SendGrid integration with retry logic
- Email audit logging for compliance
- Non-blocking email delivery
Testing & Quality
- 20 unit tests passing
- Mock-based testing (no external dependencies)
- Edge case coverage
- Django REST Framework best practices

Remaining Work

Steps 7-9 (To Be Implemented):

Step 7: Client-side heartbeat integration
Step 8: Monthly renewal automation
Step 9: Admin dashboard endpoints

External Configuration:

SendGrid account setup and template creation
Environment variable configuration
End-to-end testing with real services
Frontend integration

Estimated Timeline: 6-8 days remaining for Steps 6-9

Implementation Phases

Phase 1: Commercial Revenue Flow (Week 1-3, Sprint +1) 🎯 HIGHEST PRIORITY

Objectives:

Enable revenue generation through complete user-to-license flow
Implement Stripe payment processing
Build license management system
Deploy user registration and authentication
Critical Path: 22 days to first paying customer

Business Value:

First revenue stream operational
Customer acquisition begins
Subscription management automated
Break-even: 27 customers at $29/month

Deliverables:

Database Schemas (Critical):

CREATE TABLE users (
    user_id UUID PRIMARY KEY,
    email VARCHAR(255) UNIQUE NOT NULL,
    password_hash VARCHAR(255),
    full_name VARCHAR(255),
    company_name VARCHAR(255),
    email_verified BOOLEAN DEFAULT FALSE,
    created_at TIMESTAMP DEFAULT CURRENT_TIMESTAMP
);

CREATE TABLE subscription_plans (
    plan_id UUID PRIMARY KEY,
    plan_name VARCHAR(100) UNIQUE NOT NULL,
    max_concurrent_seats INTEGER NOT NULL,
    monthly_price_cents INTEGER,
    stripe_monthly_price_id VARCHAR(255),
    trial_duration_days INTEGER
);

CREATE TABLE subscriptions (
    subscription_id UUID PRIMARY KEY,
    user_id UUID REFERENCES users(user_id),
    plan_id UUID REFERENCES subscription_plans(plan_id),
    stripe_subscription_id VARCHAR(255) UNIQUE NOT NULL,
    stripe_customer_id VARCHAR(255),
    status VARCHAR(50) NOT NULL,
    current_period_start TIMESTAMP,
    current_period_end TIMESTAMP,
    trial_end TIMESTAMP
);

CREATE TABLE licenses (
    license_id UUID PRIMARY KEY,
    user_id UUID REFERENCES users(user_id),
    license_key VARCHAR(50) UNIQUE NOT NULL,
    subscription_id UUID REFERENCES subscriptions(subscription_id),
    max_concurrent_seats INTEGER NOT NULL,
    status VARCHAR(50) DEFAULT 'active',
    issued_at TIMESTAMP DEFAULT CURRENT_TIMESTAMP,
    grace_period_ends_at TIMESTAMP
);

CREATE TABLE license_sessions (
    session_id UUID PRIMARY KEY,
    license_id UUID REFERENCES licenses(license_id),
    hardware_id VARCHAR(255) NOT NULL,
    started_at TIMESTAMP DEFAULT CURRENT_TIMESTAMP,
    last_heartbeat_at TIMESTAMP,
    expires_at TIMESTAMP NOT NULL,
    UNIQUE(license_id, hardware_id)
);

Success Criteria:

User can register and verify email
Payment processing works end-to-end
License generated and delivered via email
License activation successful
Concurrent seat management functional (atomic operations)
Heartbeat mechanism prevents zombie sessions
Monthly renewals automated
First paying customer acquired
Revenue: $29/month minimum

Revenue Projections:

Break-even: 27 customers ($783/month)
Year 1 Target: 100 customers ($2,900/month = $34,800/year)
Customer Acquisition: $29/month × 12 months × 100 = $34,800 ARR

Phase 2: Core Infrastructure & Setup (Week 4-5, Sprint +2)

Objectives:

Setup project environment and dependencies
Configure database and caching layers
Establish CI/CD pipeline
Implement foundational services

Deliverables:

FastAPI project initialized with async support
PostgreSQL schemas created and migrations tested
Redis configured for sessions and caching
Celery task queue operational
GitHub Actions CI/CD pipeline deployed
Code quality tools integrated (ruff, black, mypy)
Development documentation complete

Success Criteria:

Automated tests pass on all commits
Code coverage >70%
Zero linting errors
Local development environment works for all engineers

Phase 2: Authentication & User Management (Week 3-4)

Objectives:

Implement JWT authentication system
Build user and organization management
Setup role-based access control
Integrate with license server

Components:

Authentication Service
- User registration and password hashing
- Login/logout with JWT token generation
- Token refresh mechanism
- Password reset workflow
User Management
- User profile CRUD
- Password change functionality
- Account deactivation
- User invitation system
Organization Management
- Organization creation and management
- Organization owner/admin roles
- Team creation within organizations
- User role assignment
License Integration
- License validation API calls
- Subscription tier verification
- Usage metering submission
- Quota enforcement

Deliverables:

Authentication endpoints (register, login, refresh, logout)
User management endpoints (CRUD, password change, invitations)
Organization endpoints (create, list, members)
License validation service
Integration tests for all flows

Success Criteria:

All endpoints respond correctly to valid/invalid inputs
Authentication tokens properly validated
Multi-tenant isolation enforced
Test coverage >85%
Security audit passed

Phase 3: Project Management & Core APIs (Week 5-6)

Objectives:

Implement project CRUD operations
Build file management integration
Setup WebSocket for real-time updates
Create analytics endpoints

Components:

Project Management
- Project creation, read, update, delete
- Project ownership and sharing
- Project settings and configuration
- Collaboration features
File Storage Integration
- Google Cloud Storage integration
- File upload/download endpoints
- Presigned URL generation
- File versioning (future)
Real-Time Updates
- WebSocket connection management
- Event publishing on state changes
- Client subscription handling
- Graceful disconnection
Analytics & Metrics
- Usage tracking endpoints
- Metrics collection
- Prometheus endpoint
- Business metrics (signups, active users, etc.)

Deliverables:

Project management API endpoints
File storage service
WebSocket server implementation
Metrics and analytics endpoints
Integration tests

Success Criteria:

Project operations work end-to-end
File uploads/downloads tested
WebSocket connections stable under load
Metrics accurately reflect usage
Test coverage >85%

Phase 4: Testing, Security & Performance (Week 7-8)

Objectives:

Comprehensive test coverage
Security hardening and audit
Performance optimization
Documentation completion

Components:

Testing
- Unit tests for all services (target: >90% coverage)
- Integration tests for API flows
- Load testing and performance benchmarks
- Security testing (OWASP Top 10)
Security
- SQL injection prevention (parameterized queries)
- XSS prevention (input validation)
- CSRF protection
- Rate limiting on auth endpoints
- Encryption at rest and in transit
Performance
- Database query optimization
- Caching strategy implementation
- Connection pooling configuration
- Load testing (100 concurrent users target)
Documentation
- API documentation (OpenAPI/Swagger)
- Deployment guide
- Development setup guide
- Architecture decision records

Deliverables:

Unit test suite (>90% coverage)
Integration test suite
Load test results
Security audit report
Complete documentation

Success Criteria:

Phase 5: Deployment & Operations (Week 9-12)

Objectives:

Production deployment preparation
Monitoring and observability setup
Operations documentation
Beta launch support

Components:

Kubernetes Deployment
- Service manifest finalization
- StatefulSets for stateful components
- ConfigMaps and Secrets configuration
- Health checks and probes
Observability
- Prometheus metrics integration
- Structured logging (JSON)
- Distributed tracing (OpenTelemetry - future)
- Grafana dashboard creation
CI/CD Pipeline
- Automated testing on commits
- Automated deployment to staging
- Manual approval for production
- Rollback procedures
Operations Documentation
- Runbooks for common tasks
- Troubleshooting guide
- Scaling procedures
- Incident response procedures

Deliverables:

Production-ready Kubernetes manifests
Monitoring and alerting configured
CI/CD pipeline fully automated
Operations runbooks
Deployment checklist

Success Criteria:

Architecture

High-Level Architecture

┌─────────────────────────────────────────────────────┐
│         Client Applications                          │
│  (Frontend Dashboard, IDE, CLI, Mobile - Future)    │
└──────────────┬──────────────────────────────────────┘
               │
               ▼
┌─────────────────────────────────────────────────────┐
│     Google Cloud Load Balancer                       │
│        (SSL/TLS Termination)                         │
└──────────────┬──────────────────────────────────────┘
               │
               ▼
┌─────────────────────────────────────────────────────┐
│    Google Kubernetes Engine (GKE)                    │
│  ┌──────────────────────────────────────────────┐  │
│  │  coditect-cloud-backend Pods (FastAPI)       │  │
│  │  - REST API (HTTP/2)                         │  │
│  │  - WebSocket (Real-time updates)             │  │
│  │  - Health checks & metrics                   │  │
│  └──────────────────────────────────────────────┘  │
│  ┌──────────────────────────────────────────────┐  │
│  │  Celery Workers (Async Tasks)                │  │
│  │  - License validation                        │  │
│  │  - Email notifications                       │  │
│  │  - Analytics processing                      │  │
│  └──────────────────────────────────────────────┘  │
└──────────────┬──────────────────────────────────────┘
               │
      ┌────────┼────────┬──────────────┐
      ▼        ▼        ▼              ▼
 ┌────────┐ ┌──────┐ ┌───────┐ ┌──────────┐
 │PostgreSQL│ │Redis │ │GCS    │ │Secret    │
 │ (Primary)│ │Cache │ │Storage│ │Manager   │
 └────────┘ └──────┘ └───────┘ └──────────┘
      │
      ▼
 ┌──────────────┐
 │coditect-ops- │
 │license       │
 └──────────────┘

API Layer Structure

src/
├── api/
│   ├── v1/
│   │   ├── auth.py           # Authentication (login, register, refresh)
│   │   ├── users.py          # User management (CRUD, profile)
│   │   ├── orgs.py           # Organization management
│   │   ├── teams.py          # Team operations
│   │   ├── projects.py       # Project CRUD
│   │   ├── files.py          # File operations
│   │   ├── licenses.py       # License info
│   │   ├── health.py         # Health checks (liveness, readiness)
│   │   └── metrics.py        # Prometheus metrics
│   ├── ws/
│   │   └── events.py         # WebSocket handlers
│   └── router.py             # Route aggregation
├── core/
│   ├── config.py             # Configuration management
│   ├── security.py           # Auth & security utilities
│   ├── events.py             # Event system
│   └── exceptions.py         # Custom exceptions
├── models/
│   ├── user.py               # User, Organization, Team models
│   ├── project.py            # Project model
│   ├── file.py               # File model
│   └── session.py            # Session model (MEMORY-CONTEXT)
├── schemas/
│   ├── user.py               # User, Organization schemas
│   ├── project.py            # Project schemas
│   └── common.py             # Shared schemas
├── services/
│   ├── auth.py               # Authentication service
│   ├── user.py               # User service
│   ├── org.py                # Organization service
│   ├── project.py            # Project service
│   ├── file.py               # File storage service
│   ├── license.py            # License service
│   └── analytics.py          # Analytics service
├── tasks/
│   ├── email.py              # Email notifications
│   ├── license_check.py      # License validation
│   └── analytics.py          # Analytics processing
├── middleware/
│   ├── error_handler.py      # Error handling
│   ├── logging.py            # Request logging
│   └── rate_limit.py         # Rate limiting
└── main.py                   # Application entry point

Multi-Agent Orchestration Strategy

Agent Roles for Backend Development

Agent	Role	Responsibilities
rust-expert-developer	Backend Implementation	Core API logic, optimization
database-architect	Database Design	Schema, migrations, queries
security-specialist	Security Hardening	Auth, encryption, audit
codi-test-engineer	Quality Assurance	Tests, coverage, validation
cloud-architect	Deployment Architecture	GKE, Kubernetes, CI/CD
monitoring-specialist	Observability	Metrics, logging, alerts

Orchestration Workflow

Architecture Phase: senior-architect reviews design
Implementation Phase: rust-expert-developer builds services
Database Phase: database-architect designs/migrates schema
Security Phase: security-specialist reviews and hardens
Testing Phase: codi-test-engineer validates quality
Deployment Phase: cloud-architect prepares production setup

Quality Gates

Phase Completion Criteria

Each phase must meet:

Code Quality

Zero critical linting errors (ruff)
Type checking passes (mypy)
Code formatted per project style (black)
Docstrings complete for public APIs

Testing

Unit test coverage >85%
Integration tests pass
No flaky tests
Edge cases covered

Documentation

API documentation complete
Code comments for complex logic
Deployment procedures documented
Troubleshooting guide written

Security

Security audit checklist completed
No hard-coded secrets
Input validation verified
SQL injection prevention confirmed

Performance

Database queries optimized
API response time <200ms (p95)
Memory usage acceptable
Load tested successfully

Success Metrics

Technical Metrics

Code Coverage: >90% (target)
Test Pass Rate: 100%
API Response Time: p95 <200ms
System Uptime: 99.9% (staging)
Security Score: >95/100

Operational Metrics

Deployment Time: <5 minutes
Mean Time to Recovery: <15 minutes
Error Rate: <0.1%
License Validation Success: >99.9%

Business Metrics

API Availability: 99.9%
User Onboarding Time: <5 minutes
Organization Creation: <2 minutes
Feature Adoption: >80%

Budget & Timeline

Budget Breakdown

Category	Cost	Notes
Engineering	$100K	3 engineers × 12 weeks
DevOps/Infra	$20K	1 DevOps engineer (part-time)
Testing	$10K	QA automation and load testing
Documentation	$5K	Technical writing
Total	$135K	Committed budget

Timeline

Phase	Duration	Weeks	Status
Phase 0: Architecture	2 weeks	1-2	✅ COMPLETE (Nov 16)
Phase 1: Setup & Infrastructure	2 weeks	3-4	⏸️ Nov 18 - Dec 1
Phase 2: Auth & Users	2 weeks	5-6	⏸️ Dec 2 - Dec 15
Phase 3: Projects & APIs	2 weeks	7-8	⏸️ Dec 16 - Dec 29
Phase 4: Testing & Security	2 weeks	9-10	⏸️ Dec 30 - Jan 12
Phase 5: Deployment	2 weeks	11-12	⏸️ Jan 13 - Jan 26
Beta Launch	-	-	🎯 Dec 2025
GA Launch	-	-	🎯 Mar 2026

Total Duration: 12 weeks Team Size: 3 engineers + 1 DevOps (PT) Start Date: Nov 18, 2025 (estimated) Target Completion: Jan 26, 2026

Integration Points

With coditect-cloud-infra

Dependency: Terraform provisions GCP resources
Integration: Kubernetes manifests deployed to GKE
Coordination: Infrastructure changes reviewed before deployment

With coditect-ops-license

Dependency: License validation API
Integration: HTTP calls to license server for verification
Fallback: Cached validation with timeout

With coditect-cloud-frontend

Dependency: This backend provides all APIs
Integration: RESTful endpoints + WebSocket
Contract: OpenAPI specification maintained

With coditect-core (distributed intelligence)

Dependency: .coditect symlink for agent access
Integration: Agents available for development tasks
Coordination: MEMORY-CONTEXT system for decision persistence

Deployment Strategy

Development Environment

# Local development with Docker Compose
docker-compose up -d postgresql redis

# Run migrations
alembic upgrade head

# Start development server
./run_dev.sh

Staging Deployment

# Deploy to staging cluster
kubectl apply -f deployment/kubernetes/staging/

# Run integration tests
pytest tests/integration/

# Load testing
locust -f tests/load/locustfile.py

Production Deployment

# Build and push image
docker build -t coditect-cloud-backend:v1.0.0 .
docker push gcr.io/PROJECT/coditect-cloud-backend:v1.0.0

# Deploy to production
kubectl apply -f deployment/kubernetes/production/

# Verify deployment
kubectl rollout status deployment/coditect-cloud-backend

Blue-Green Deployment (Zero-Downtime)

Deploy new version (green)
Run smoke tests on green
Switch traffic to green
Keep blue as rollback point for 1 hour
Delete blue after stability confirmed

Risk Management

High-Priority Risks

Risk	Impact	Probability	Mitigation
Database performance at scale	High	Medium	Load testing, query optimization early, connection pooling
Multi-tenant isolation failures	Critical	Low	Security audit, integration tests, code review
API backward compatibility	Medium	Medium	Versioning strategy, deprecation warnings
Dependency vulnerabilities	Medium	Medium	Automated vulnerability scanning, regular updates
Deployment automation failures	High	Low	CI/CD testing, staged rollouts, rollback procedures

Mitigation Strategies

Regular Code Reviews: All changes reviewed before merge
Security Audits: External audit before beta launch
Load Testing: Monthly performance benchmarking
Dependency Management: Automated vulnerability scanning
Runbooks: Comprehensive operations documentation
Incident Response: Defined procedures and escalation

References

CLAUDE.md - Development configuration
tasklist.md - Detailed task breakdown
README.md - User-facing documentation
readme-backend.md - Backend-specific guide

External References

OpenAPI Spec: /openapi.yaml
Deployment Guide: /deployment/README.md
API Reference: Swagger UI at /docs

Key Repositories

coditect-cloud-frontend - Admin dashboard
coditect-cloud-ide - Browser IDE
coditect-cloud-infra - Infrastructure
coditect-ops-license - License server

Current Sprint: Week 1 (December 2-8, 2025)

This Week's Focus

Primary Goal: Complete Step 1 (User Registration) of Phase 1 Commercial Flow

Deliverables:

Users database table created and migrated
POST /api/v1/auth/register endpoint functional
Email verification system operational
Password reset workflow tested end-to-end
Firebase Authentication integrated
Unit tests passing (>80% coverage)

Daily Breakdown

Monday (Dec 2):

Fix deployment timeout issue (1 hour)
Create users table migration (2 hours)
Begin registration endpoint implementation (4 hours)

Tuesday (Dec 3):

Complete registration endpoint (4 hours)
Add password hashing and validation (2 hours)
Write unit tests for registration (2 hours)

Wednesday (Dec 4):

Configure SendGrid API key (1 hour)
Implement email verification system (4 hours)
Create verification email templates (2 hours)

Thursday (Dec 5):

Implement password reset workflow (4 hours)
Test end-to-end email flows (2 hours)
Debug and fix any email issues (2 hours)

Friday (Dec 6):

Integrate Firebase Authentication (4 hours)
Add JWT token generation (2 hours)
Create token refresh endpoint (2 hours)

Saturday-Sunday (Dec 7-8):

Complete unit tests (4 hours)
Update documentation (2 hours)
Code review and cleanup (2 hours)

Immediate Next Steps

Priority 0 (Must Complete Today):

Fix Deployment Timeout (1 hour)

# Check pod status
kubectl get pods -n coditect-staging

# Check pod logs for errors
kubectl logs -n coditect-staging -l app=coditect-backend --tail=100

# Check deployment events
kubectl describe deployment coditect-backend -n coditect-staging

# If needed, rollback
kubectl rollout undo deployment/coditect-backend -n coditect-staging

Create Users Table Migration (2 hours)

# Create migration
python manage.py makemigrations

# Apply migration
python manage.py migrate

# Test rollback
python manage.py migrate users zero
python manage.py migrate users

Priority 1 (This Week):

Setup development environment (Stripe, SendGrid)
Implement registration endpoint
Configure email verification
Implement password reset

Development Environment Setup

Required Services:

Stripe (Payment Processing)
- Create test account: https://dashboard.stripe.com/register
- Get API keys: Dashboard → Developers → API keys
- Configure webhook: Dashboard → Webhooks → Add endpoint
- Webhook URL: https://staging.coditect.ai/api/v1/webhooks/stripe
- Events to listen: checkout.session.completed, invoice.payment_succeeded, invoice.payment_failed, customer.subscription.deleted
SendGrid (Email Delivery)
- Create account: https://signup.sendgrid.com/
- Get API key: Settings → API Keys → Create API Key
- Verify sender email: Settings → Sender Authentication
- Create email templates: Email API → Dynamic Templates
Firebase Authentication
- Go to Firebase Console: https://console.firebase.google.com/
- Select project: coditect-cloud-infra
- Enable Authentication: Build → Authentication → Get Started
- Enable email/password provider
- Get service account key: Project Settings → Service Accounts → Generate new private key

Environment Variables:

# Add to .env.local
STRIPE_SECRET_KEY=sk_test_...
STRIPE_PUBLISHABLE_KEY=pk_test_...
STRIPE_WEBHOOK_SECRET=whsec_...
SENDGRID_API_KEY=SG...
SENDGRID_FROM_EMAIL=noreply@coditect.ai
FIREBASE_PROJECT_ID=coditect-cloud-infra
FIREBASE_PRIVATE_KEY=...
FIREBASE_CLIENT_EMAIL=...

Installation:

# Install required packages
pip install stripe sendgrid firebase-admin

# Update requirements.txt
pip freeze > requirements.txt

Blockers and Resolutions

Blocker	Impact	Status	Resolution	ETA
Deployment timeout	Medium	🔴 Active	Investigate pod logs, fix health checks	1 hour
SendGrid account	Low	⏸️ Pending	Create account, get API key	15 min
Stripe account	Low	⏸️ Pending	Create test account, get keys	15 min
Firebase setup	Medium	⏸️ Pending	Configure project, enable Auth	30 min

Resolution Steps:

Blocker 1: Deployment Timeout

# Step 1: Check current deployment status
kubectl get deployment coditect-backend -n coditect-staging

# Step 2: Check pod status and errors
kubectl get pods -n coditect-staging
kubectl logs -n coditect-staging -l app=coditect-backend --tail=100

# Step 3: Check events
kubectl describe deployment coditect-backend -n coditect-staging

# Step 4: Common fixes
# - Increase health check initial delay (startupProbe)
# - Fix application startup issues
# - Verify database connectivity
# - Check environment variables

# Step 5: Rollback if needed
kubectl rollout undo deployment/coditect-backend -n coditect-staging

Blocker 2-4: Service Setup

Follow "Development Environment Setup" section above
All services have free tiers sufficient for development
Total setup time: ~1 hour

This Week's Success Metrics

Technical Metrics:

Deployment stable (2/2 pods running)
Users table created and migrated
POST /api/v1/auth/register endpoint returning HTTP 201
Email verification working (can click link and verify)
Password reset working (can receive email and reset)
Firebase Auth integrated (JWT tokens generated)
Unit tests passing (>80% coverage for auth module)

Business Metrics:

Can register a user end-to-end
Email verification flow tested with real email
Password reset tested with real email
Authentication flow documented

Quality Metrics:

Code reviewed by at least 1 person
No critical security vulnerabilities (bcrypt for passwords, JWT for tokens)
API endpoints documented in OpenAPI spec
Error handling tested (duplicate email, invalid token, etc.)

Risk Management This Week

High-Risk Items:

Email delivery reliability - SendGrid may have delays or bounce issues
- Mitigation: Test with multiple email providers
- Fallback: Use mailgun as backup
Firebase integration complexity - May take longer than expected
- Mitigation: Use Firebase Admin SDK examples
- Fallback: Use simple JWT without Firebase initially
Time estimation accuracy - First commercial flow implementation
- Mitigation: Track actual time vs. estimated daily
- Adjustment: Increase estimates by 1.5x for Week 2 if needed

Medium-Risk Items:

Database migration issues - Existing data may conflict
Unit test coverage - May need more time for edge cases
Documentation completeness - May rush at end of week

Project Lead: Hal Casteel, CEO/CTO, AZ1.AI INC Last Updated: December 1, 2025 Status: Phase 0 Complete, Phase 1 Week 1 In Progress Next Review: Daily standups during Sprint 1 Target: User Registration Complete by December 8, 2025

Built with AZ1.AI CODITECT

Executive Summary​

Project Overview​

Purpose & Strategic Value​

Key Capabilities​

Technology Stack​

Core Technologies​

Infrastructure & Deployment​

Development Tools​

Current Status​

Phase 0: Architecture Foundation (✅ COMPLETE - Nov 16, 2025)​

Phase 0.5: Commercial Flow Requirements (📋 NEW - Dec 1, 2025)​

Current Implementation Status​

Phase 1 Progress Summary (December 1, 2025)​

Completed Steps​

Key Achievements​

Remaining Work​

Implementation Phases​

Phase 1: Commercial Revenue Flow (Week 1-3, Sprint +1) 🎯 HIGHEST PRIORITY​

Phase 2: Core Infrastructure & Setup (Week 4-5, Sprint +2)​

Phase 2: Authentication & User Management (Week 3-4)​

Phase 3: Project Management & Core APIs (Week 5-6)​

Phase 4: Testing, Security & Performance (Week 7-8)​

Phase 5: Deployment & Operations (Week 9-12)​

Architecture​

High-Level Architecture​

API Layer Structure​

Multi-Agent Orchestration Strategy​

Agent Roles for Backend Development​

Orchestration Workflow​

Quality Gates​

Phase Completion Criteria​

Code Quality​

Testing​

Documentation​

Security​

Performance​

Success Metrics​

Technical Metrics​

Operational Metrics​

Business Metrics​

Budget & Timeline​

Budget Breakdown​

Timeline​

Integration Points​

With coditect-cloud-infra​

With coditect-ops-license​

With coditect-cloud-frontend​

With coditect-core (distributed intelligence)​

Deployment Strategy​

Development Environment​

Staging Deployment​

Production Deployment​

Blue-Green Deployment (Zero-Downtime)​

Risk Management​

High-Priority Risks​

Mitigation Strategies​

References​

Related Documents​

External References​

Key Repositories​

Current Sprint: Week 1 (December 2-8, 2025)​

This Week's Focus​

Daily Breakdown​

Immediate Next Steps​

Development Environment Setup​

Blockers and Resolutions​

This Week's Success Metrics​

Risk Management This Week​

Executive Summary

Project Overview

Purpose & Strategic Value

Key Capabilities

Technology Stack

Core Technologies

Infrastructure & Deployment

Development Tools

Current Status

Phase 0: Architecture Foundation (✅ COMPLETE - Nov 16, 2025)

Phase 0.5: Commercial Flow Requirements (📋 NEW - Dec 1, 2025)

Current Implementation Status

Phase 1 Progress Summary (December 1, 2025)

Completed Steps

Key Achievements

Remaining Work

Implementation Phases

Phase 1: Commercial Revenue Flow (Week 1-3, Sprint +1) 🎯 HIGHEST PRIORITY

Phase 2: Core Infrastructure & Setup (Week 4-5, Sprint +2)

Phase 2: Authentication & User Management (Week 3-4)

Phase 3: Project Management & Core APIs (Week 5-6)

Phase 4: Testing, Security & Performance (Week 7-8)

Phase 5: Deployment & Operations (Week 9-12)

Architecture

High-Level Architecture

API Layer Structure

Multi-Agent Orchestration Strategy

Agent Roles for Backend Development

Orchestration Workflow

Quality Gates

Phase Completion Criteria

Code Quality

Testing

Documentation

Security

Performance

Success Metrics

Technical Metrics

Operational Metrics

Business Metrics

Budget & Timeline

Budget Breakdown

Timeline

Integration Points

With coditect-cloud-infra

With coditect-ops-license

With coditect-cloud-frontend

With coditect-core (distributed intelligence)

Deployment Strategy

Development Environment

Staging Deployment

Production Deployment

Blue-Green Deployment (Zero-Downtime)

Risk Management

High-Priority Risks

Mitigation Strategies

References

Related Documents

External References

Key Repositories

Current Sprint: Week 1 (December 2-8, 2025)

This Week's Focus

Daily Breakdown

Immediate Next Steps

Development Environment Setup

Blockers and Resolutions

This Week's Success Metrics

Risk Management This Week