AI-Driven Hardware Synthesis & Living Systems
Where nature grows,
hardware thinks locally.
Autonomous multi-agent LLMs translate natural language specs directly into KiCad PCB schematics, bare-metal firmware, and 3D snap-fit cases. Validated in real field trials with local crops (water spinach, bok choy, and lettuce) on our live ESP32-C3 rig.
Built for quiet rooms
Quiet automation, zero external surveillance.
Your home shouldn’t depend on distant third-party servers. Our edge nodes manage fluid cycles, circadian lighting, and climate entirely inside your local network.
Zero manual nutrient corrections in pilot fish-to-plant aquaponic tanks.
Leafy greens growth velocity compared to conventional soil potting.
RISC-V and ARM execution loops with zero WAN ping delays.
Thermal mass predictive cycles lower daily climate consumption.
AI Hardware Compiler Pipeline
From natural language prompts to physical electronics in hours.
Specialized LLM reasoning agents automate the entire EDA and embedded development stack: KiCad netlists, design rule checks (DRC), memory-safe firmware, and parametric CAD enclosures without tedious manual wiring.
Agentic PCB Compiler
Autonomous LLM agents analyze component datasheets, calculate trace current capacities, perform automated KiCad Design Rule Checks (DRC), and generate fabrication-ready Gerber packages.
Agentic Firmware Generator
Autonomous code synthesis for FreeRTOS and bare-metal Rust. Generates peripheral drivers, non-blocking state loops, local SQLite persistence, and hardware watchdog fail-safes.
Parametric CAD Agent
Autonomous CAD synthesis extracting connector coordinates from the generated PCB to write parametric 3D snap-fit enclosures with custom thermal louvers and cable ports.
Autonomous Agent Execution Flow
How our AI agents compile physical hardware.
A closed-loop multi-agent workflow converting natural language prompts into verified PCB schematics, deterministic firmware binaries, and 3D enclosures.
Specification Ingestion
Agent ingests peripheral requirements (relays, sensors, GSM, power rails) and decomposes pin constraints.
Schematic & Netlist Solver
LLM reasons through pinouts, checks datasheet electrical limits, and outputs syntax-checked KiCad files.
Firmware Code Synthesis
Synthesizes bare-metal C++/Rust routines, non-blocking state loops, local SQLite cache, and watchdog checks.
AI CAD Enclosure
Extracts PCB dimensions to synthesize parametric 3D snap-fit enclosures with custom thermal dissipation louvers.
Supported Chips
Target the right microcontroller for each job.
We do not lock your designs to one chip vendor. Pick between budget-friendly Wi-Fi nodes, deterministic IO controllers, or industrial radiation-tolerant microcontrollers.
ESP32-C3 RISC-V
Our main pilot board for room sensors and indoor pumps.
Low cost, built-in Wi-Fi and Bluetooth LE, and hardware crypto. It fits indoor grow rooms and ambient monitors without needing companion chips.
Live Production Controller: aquaponic.devs.surf
Real ESP32-C3 controller in active production.
Direct captures from our live testbed panel running on our infrastructure. Real relay states, cron schedules, and hardware pulses controlling physical grow equipment, tested through continuous cycles with local Indonesian crops.
Submersible pump control with zero state drift.
Captured directly from our live agricultural rig in Indonesia. The ESP32-C3 orchestrates the submersible spray pump on GPIO 5 via an optical isolation barrier. State transitions write synchronously to local SQLite storage to withstand sudden power cuts.
Smart Aquaponics with Adaptive Biology
A recirculating ecosystem combining aquaculture and hydroponics, validated in field tests with local crops (water spinach, bok choy, and lettuce) under edge sensor feedback.
Closed-Loop Nitrogen Cycle Management
Fish produce ammonia. Beneficial nitrifying bacteria convert it into nitrites and nitrates, which plant roots absorb. The microcontroller tracks chemical stability and notifies before imbalances risk aquatic life.
Adaptive Biometric Fish Feeding
Feeding is not static. When water temperature drops, fish metabolism slows down. Feed portions automatically scale back to prevent uneaten pellets from decomposing and fouling the bio-filter.
Automated Siphon Flood & Drain
Plant roots require periodic air exposure to prevent rot. The controller modulates pump RPM to synchronize bell siphon drainage cycles every 45 minutes without mechanical jamming.
Sleep Better with Autonomous Ambient AI
Homies gradually transitions your bedroom into restful serenity using edge ambient intelligence. As bedtime approaches, the controller drops room temperature to the optimal 20.5°C threshold, shifts lamps to warm candle-amber, and dampens acoustic hums.
Modular Hardware Nodes
Integrated Ambient Functionality
Every Homies module speaks the same local protocol, coordinating climate, photosynthesis, and electricity without cloud reliance.
Real-time Nutrient Film Telemetry
Continuously calculates bio-filter capacity based on total fish weight and feed dosing history. If nitrates exceed 80 ppm, the system notifies to harvest greens or top-up clean water.
Developer & Maker Cohort
Build your own living habitat with our hardware kit.
We are sending the initial batch of pre-assembled ESP32-C3 controllers, 3D snap-fit cases, and pump relay shields to early developers and indoor garden enthusiasts.
Direct developer outreach. No marketing spam, no third-party trackers.