13 Interconnected Climate-Tech Businesses | Unified Ecosystem
All 13 projects have achieved 100% readiness across all Level 1β5 milestones:
- β Level 1 (20%): Digital Brain - Core logic and APIs
- β Level 2 (40%): Digital Body - MQTT IoT pipeline, database, Docker infrastructure
- β Level 3 (60%): Physical Twin - ESP32 firmware templates, control loops
- β Level 4 (80%): RegenCity Integration - Zone deployment, synergies validated with real data flows - β Level 5 (100%): Scale & Monetize - SaaS tiers (Free/Pro/Enterprise), multi-tenant, compliance logging (ISO-14001/EPA/VCS), advanced analytics & predictive maintenance
- β Unified Database Schema: 16 models across all projects
- β Shared AI/Optimization: Python library with forecasting & solvers
- β API Gateway: FastAPI with 11+ operational endpoints
- β Shared Infrastructure: Auth, UI components, Hardware SDK
- β 100% Structure Validation: All required files in place
Transforming ideas into revenue-generating assets through gamified collaboration.
The Venture Foundry Engine is a strategic expansion that enables distributed teams to build products collaboratively, earning equity and perpetual royalties. See Executive Summary and complete documentation for details.
Key Features:
- 6-metric Codex scoring system for idea validation
- Quest-based collaboration with smart contract payouts
- Automatic equity vesting (4-year, 1-year cliff)
- Perpetual royalty distribution on marketplace sales
| # | Project | Name | Readiness | Key Features |
|---|---|---|---|---|
| 1 | Foam Homes | EcoHomes OS | 100% β | Parametric design, BOM generation |
| 2 | Symbiosis | AgriConnect | 100% β | Fungal strain recommendation |
| 3 | Farm | RegeneraFarm | 100% β | Nutrient cycle optimization |
| 4 | Hemp Lab | HempMobility | 100% β | Material testing framework |
| 5 | Greenhouse | LumiFreq | 100% β | Light recipe control |
| 6 | Reactor | NucleoSim | 100% β | Physics simulation |
| 7 | Bioreactor | PlastiCycle | 100% β | Bioprocess control |
| 8 | Bulb | EverLume | 100% β | Failure prediction (Bayesian) |
| 9 | AWG | AquaGen | 100% β | Humidity forecasting, cost optimization |
| 10 | Geothermal | ThermalGrid | 100% β | Flow optimization |
| 11 | Reserved | Future | 0% π | Placeholder for expansion |
| 12 | Solar | SolarShare | 100% β | Irradiance forecasting |
| 13 | Hydro | MicroHydro | 100% β | Stream flow forecasting (LSTM) |
- Docker & Docker Compose
- Node.js >= 18.0.0
- Python >= 3.9
- PostgreSQL (or use Docker)
# Clone the repository
git clone https://github.com/ncsound919/Environmental-Initiatives-.git
cd Environmental-Initiatives-
# Configure environment
cp .env.example .env
# Edit .env with your configuration
# Start all services
docker-compose up -d
# Services available:
# - API Gateway: http://localhost:8000
# - API Docs: http://localhost:8000/docs
# - Web UI: http://localhost:3000
# - MQTT Broker: localhost:1883
# - PostgreSQL: localhost:5432# Install Node dependencies
npm install
# Setup database
python scripts/setup-database.py
# Start API Gateway
cd apps/api-gateway
pip install -r requirements.txt
python main.py
# Start Web UI (in another terminal)
cd apps/web
npm install
npm run dev# Health check
curl http://localhost:8000/health
# List all projects
curl http://localhost:8000/projects
# Get readiness status
curl http://localhost:8000/api/checklist/readiness
# Test forecasting
curl -X POST http://localhost:8000/api/bulb/predict \
-H "Content-Type: application/json" \
-d '{
"voltage": 12.5,
"thermal_cycles": 5000,
"uptime": 43800
}'# Navigate to firmware template
cd firmware/esp32-template
# Configure for your project (edit ecos_template.ino)
# - Set PROJECT_CODE (P01-P13)
# - Set WiFi credentials
# - Set MQTT broker address
# Upload to ESP32
# (Instructions in firmware/README.md)- Implementation Status - Detailed 20% readiness report
- Business Outline - Full business specifications for all 13 projects
- Checklist System - Level 1-5 readiness checklist
- API Documentation - Interactive Swagger/OpenAPI docs (when running)
- Executive Summary - 3-page overview for decision-makers
- Complete Rundown - Full platform specification
- Technical Blueprint - Deep-dive with formulas & code
- Quick Reference - One-page cheat sheet
- Documentation Index - Complete guide to all documentation
ecos-monorepo/
βββ apps/
β βββ api-gateway/ # FastAPI - REST API for all 13 projects
βββ packages/
β βββ core/
β β βββ database-schema/ # Prisma - Unified database schema
β β βββ auth-module/ # TypeScript - JWT/Auth0 authentication
β β βββ billing-engine/ # (Planned) Stripe integration
β βββ ecosystem-brains/ # Python - Shared AI/optimization
β β βββ forecasting/ # Prophet, LSTM forecasting
β β βββ solvers/ # OR-Tools, linear programming
β β βββ dispatcher/ # Cross-project coordination
β βββ ui-components/ # React - Shared dashboard components
β βββ hardware-sdk/ # TypeScript - MQTT/IoT framework
βββ docs/ # Documentation
- Backend: Python (FastAPI), Node.js (NestJS - planned)
- Database: PostgreSQL + Prisma ORM
- Frontend: React (planned), TypeScript
- AI/ML: Prophet, PyTorch (LSTM), scikit-learn
- Optimization: OR-Tools, PuLP
- IoT: MQTT, ESP32/STM32 (planned)
- Auth: JWT, Auth0 (planned)
- Deployment: Docker (planned), AWS (planned)
- Individual Development: $1.95M (13 Γ $150K avg)
- Unified Ecosystem: $1.15M (shared foundation + specialized modules)
- Savings: $800K through shared auth, database, AI libraries, and UI components
- #13 Micro-Hydro: LSTM stream flow forecasting
- #12 Solar: Prophet solar irradiance forecasting
- #9 AWG: Humidity forecasting + PuLP cost optimization
- #8 Bulb: Bayesian failure prediction
- #3 Farm: OR-Tools nutrient cycle optimization
- #10 Geothermal: Graph-based heat flow optimization
- #2 Symbiosis: ML fungal strain recommendation
- Solar β AWG: Trigger water production when excess solar power available
- Solar β Geothermal: Store excess heat in ground loops
- Dispatcher: Intelligent coordination across all 13 projects
- Database schema for all 13 projects
- Core AI/optimization logic isolated
- Unit tests for all functions
- API endpoints exposed via FastAPI
- MQTT IoT pipeline for telemetry
- Docker Compose infrastructure (PostgreSQL + TimescaleDB, MQTT, Redis)
- Shared authentication endpoints
- Environment configuration management
- Database setup with hypertables
- ESP32 firmware template with MQTT integration
- Simulation mode for testing without hardware
- Control loop latency tracking (<200ms)
- WiFi connectivity and NTP time sync
- OTA firmware update queue system
- Zone deployment framework (A: Living, B: Infra, C: Ag, D: R&D)
- Cross-project synergy mapping (SolarβAWG, SolarβGeothermal, etc.)
- Checklist module updated to track Level 4 progress
- Validate cross-project synergies with real data flows
- Set up data lake for unified analytics
- SaaS tiering (Free, Pro, Enterprise)
- Regulatory compliance logging
- Auto-generated API documentation
- Advanced analytics and predictive maintenance
- Multi-tenant deployment
This is a unified ecosystem. Changes to shared packages affect all 13 projects.
- Never duplicate logic - Use ecosystem-brains for optimization
- Single database schema - Extend, don't create new schemas
- Strict typing - No
anytypes, use Zod validation - Test before deploy - All logic validated with unit tests
- Target ARR: $183M across all 13 projects
- Internal Value: $1.67M/year from RegenCity compound operations
- Carbon Credits: Monetization from regenerative practices
- IoT/Utility: Lighting, energy, water (high recurring revenue)
- Agriculture: SaaS + hardware for farms (scalable)
- Construction: Platform fees + materials marketplace
- Deep Tech: IP licensing for nuclear/materials R&D
- Repository: github.com/ncsound919/Environmental-Initiatives-
- Documentation: See
/docsfolder - Issues: Use GitHub Issues for bug reports and feature requests
Proprietary - RegenCity Ecosystem
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