Built for the environment your product actually lives in
Plant floors, outdoor field deployments, wearables, vehicles — every industry has different failure modes. We design against yours.
Industrial Automation & Manufacturing Control electronics and sensor systems engineered for continuous-duty plant floor environments.
We design control electronics for manufacturing environments where uptime is the metric that matters — sensor interface boards, motor drive circuits and Modbus/CAN-connected I/O modules built to survive electrical noise, vibration and 24/7 duty cycles that would fail a consumer-grade design within weeks.
Robotics Motion control, sensing and communication hardware for robotic arms and autonomous mobile robots.
From BLDC motor controllers to encoder interfacing to the CAN backbone tying distributed joints together, we engineer the electronics that let a robotics team focus on kinematics and autonomy instead of debugging a motor driver at 2 AM.
IoT & Smart Devices Connected product hardware across BLE, WiFi, LoRa and NB-IoT, matched to real deployment constraints.
Whether it is a battery-powered sensor node reporting over LoRaWAN once an hour or a WiFi-connected consumer device syncing continuously, we design the RF front end, power system and cloud connectivity stack to match how the product will actually be deployed.
Energy & Power Electronics Switching power design, battery management and monitoring hardware for energy systems.
We engineer the power conversion, battery management and monitoring electronics behind solar charge controllers, battery energy storage systems and smart metering products — where efficiency losses and thermal margins translate directly into cost and safety.
Agritech Rugged, low-power sensing hardware for field-deployed agricultural monitoring systems.
Agricultural hardware has to survive sun, dust, moisture and months between service visits on a coin-cell budget. We design soil, weather and crop-monitoring sensor nodes around LoRaWAN or NB-IoT connectivity with aggressive power optimization for multi-year field deployment.
Healthcare & Medical Devices Precision sensing and low-noise analog design for wearable and diagnostic device hardware.
Medical and wellness device hardware demands analog front-end precision, isolation and documentation rigor beyond typical consumer electronics. We design wearable monitoring hardware and diagnostic device electronics with the signal integrity and design-history documentation these products require.
Automotive & EV CAN-connected control hardware and battery management systems for electric mobility.
Electric vehicle and automotive-adjacent hardware runs on CAN bus, tight EMI budgets and safety-conscious power design. We engineer battery management systems, motor control interfaces and CAN-connected control modules built against automotive-grade component and layout practices.
Consumer Electronics Cost-engineered, production-ready hardware for consumer product companies scaling to volume.
Consumer hardware lives or dies on unit cost, industrial design fit and manufacturability at volume. We design boards that fit your enclosure on the first try, hit your BOM cost target, and are ready for contract manufacturing — not another design iteration.
Have a product idea that needs real hardware?
Tell us what you're building. We'll respond with next steps, not a sales pitch.
autoematio@gmail.com