CarbonCred enables small and medium businesses (SMEs) to measure emissions, verify sustainability projects, mint carbon credits, and trade them transparently.
Traditional carbon markets are slow, expensive, and inaccessible.
CarbonCred democratizes carbon credit participation using AI verification + a tamper-proof ledger.
- Problem Statement
- Idea Description
- Idea Implementation
- Key Features
- Why SMEs
- Why Database Instead of Blockchain / IoT
- System Architecture
- Technical Workflow
- Tech Stack
- API Endpoints
- Installation
- Running the Project
- Authentication Flow
- Business & Revenue Model
- Future Scope
- License
Carbon markets today are broken for SMEs.
- Carbon audits cost $10kβ$100k
- Verification takes months
- Small sustainability projects are ignored
- Carbon markets dominated by large enterprises
- Buyers struggle to find trustworthy credits
Meanwhile:
- SMEs generate ~40% of global emissions
- Most cannot monetize sustainability efforts
There is a massive accessibility gap.
CarbonCred creates a micro carbon credit ecosystem where SMEs can:
- Measure emissions
- Submit sustainability projects
- Get AI-verified carbon reductions
- Mint carbon credits instantly
- Buy / Sell / Transfer / Retire credits
- Generate offset certificates
We bring speed, trust, and affordability to carbon markets.
CarbonCred uses a hybrid architecture:
- AI verifies emission reductions automatically
- Backend mints micro carbon credits
- Marketplace enables credit trading
- Hash-linked ledger ensures transparency
- Dashboard shows real-time carbon wallet
Result β End-to-end carbon credit lifecycle in minutes instead of months.
Automatically verifies:
- Solar installations
- Energy efficiency upgrades
- Recycling initiatives
- Fuel & electricity savings
Credits minted instantly after verification.
Businesses submit emission reports:
- Electricity consumption
- Fuel usage
- Waste generation
- Transport emissions
Ensures honest carbon accounting.
Users can:
- View available credits
- Purchase credits
- Transfer credits
- Retire credits
Displays:
- Owned credits
- Retired credits
- Net carbon balance
Every transaction creates a hash-linked entry:
- Transparent ownership
- Immutable history
- Full traceability
Large enterprises already have:
- ESG teams
- Auditors
- Sustainability budgets
SMEs lack:
- Budget
- Expertise
- Access to carbon markets
CarbonCred gives SMEs:
- Revenue from sustainability
- Affordable verification
- Access to carbon marketplace
Full blockchain solutions are:
- Expensive
- Slow
- Complex
- Hard to scale
CarbonCred uses Hybrid Ledger Architecture.
| Layer | Purpose |
|---|---|
| PostgreSQL | Store projects, emissions, users |
| Hash Ledger | Immutable transaction chain |
- Low cost
- Fast transactions
- Transparent history
- Easy adoption
IoT sensors are future-ready but optional to reduce hardware barriers.
Frontend (React - planned)
|
v
Django REST API
|
v
Verification Service (AI logic)
|
v
PostgreSQL Database
|
v
Hash-Linked Ledger Layer
- User registers / logs in
- User submits sustainability project
- AI verifies reduction
- Carbon credits minted
- Credits listed in marketplace
- Buyers purchase credits
- Credits transferred via ledger
- Credits retired β certificate generated
- Dashboard updated
- Python 3.14
- Django
- Django REST Framework
- JWT Authentication (SimpleJWT)
- SQLite (dev)
- PostgreSQL (production ready)
- JWT authentication
- Permission-based APIs
- Hash ledger integrity
| Method | Endpoint | Description |
|---|---|---|
| POST | /api/projects/ |
Create carbon project |
| POST | /api/reduction-data/ |
Submit reduction data |
| POST | /api/emissions/ |
Upload emissions |
| GET | /api/marketplace/ |
View credits |
| POST | /api/buy/ |
Purchase credit |
| POST | /api/retire/ |
Retire credit |
| GET | /api/dashboard/ |
Carbon wallet |
| POST | /api/verify-emissions/ |
Verify emissions |
git clone https://github.com/GryffinX/CarbonCred.git
cd CarbonCred/serverpython -m venv venvActivate:
Windows:
venv\Scripts\activateMac/Linux:
source venv/bin/activatepip install -r requirements.txtpython manage.py makemigrations
python manage.py migratepython manage.py createsuperuserpython manage.py runserverServer:
http://127.0.0.1:8000/
Get JWT Token:
POST /api/token/Use token in protected routes:
Authorization: Bearer <access_token>
Revenue Streams:
- Credit minting fee
- Marketplace transaction fee
- Premium analytics dashboard (future)
- ESG compliance reports
- API licensing
- ML verification models
- IoT sensor integration
- Public ESG reports
- Blockchain integration (optional)
- React frontend dashboard
- Enterprise partnerships
MIT License