Turn your city's sewage into carbon credits before someone else does
FermenterFX plugs directly into municipal biogas digesters via SCADA/IoT and runs continuous yield optimization against real-time gas composition data. The moment a threshold is hit, it automatically mints and files verified carbon credits with the major registries — no human in the loop, no delay, no revenue left on the table. Wastewater facilities are collectively walking past billions of dollars a year and I got tired of watching it happen.
- Real-time methane yield optimization against live gas composition telemetry
- Automated carbon credit minting with sub-90-second registry filing latency across 14 verified offset protocols
- Native SCADA bridge supporting Modbus TCP, DNP3, and OPC-UA with zero additional hardware
- Deep integration with Verra, Gold Standard, and ACR registries via their certification APIs
- Continuous anomaly detection on digester throughput — catches revenue gaps before your operators do
Verra Registry, Gold Standard API, ACR Exchange, Siemens SIMATIC WinCC, Ignition SCADA, OPC-UA, CarbonChain, ClimateTrade, WeaveGrid, NebulaCarbon, BioSense Industrial, Stripe (billing)
FermenterFX is built as a set of event-driven microservices in Go, with each digester connection running as an isolated agent that publishes telemetry events to an internal message bus. All carbon credit state and transaction history is stored in MongoDB because the flexible document model maps cleanly onto the heterogeneous data formats coming off real-world SCADA systems. A Redis layer handles long-term yield history and audit logs that regulators can query directly. The registry filing pipeline is fully idempotent — you can kill it mid-flight and it will pick up exactly where it left off without double-minting.
🟢 Production. Actively maintained.
Proprietary. All rights reserved.