Twelve capabilities, one accountable team.

Schematic design, component selection, multi-layer PCB layout coordination, power architecture, signal and power integrity considerations, and design for manufacturing. We design around microcontrollers, application processors and FPGAs.

Purpose-built electronics for your product: sensor interfaces, motor and actuator drivers, power electronics, communication modules, and rugged or low-power designs, from concept through prototype and pilot build.

First power-on, power rail and clock validation, boot-loader and memory bring-up, peripheral verification and issue root-causing. We also rescue boards that are not behaving as expected.

Bare-metal and RTOS-based software, Embedded Linux, device drivers, middleware, communication stacks and application layers, written with maintainability and testability in mind.

Production-grade firmware for microcontrollers and SoCs: drivers, boot-loaders, OTA update mechanisms, power management, and protocol implementations.

• UART
• SPI
• I2C
• CAN
• USB
• Ethernet
• BLE
• Wi-Fi

Clean APIs, sample applications, documentation and tooling that let your customers and partners integrate with your hardware quickly.

Mobile and manipulator robotics, perception and sensor integration, motion control, system integration and prototyping for industrial, research and service applications.

ROS/ROS 2 based software, navigation, control and perception pipelines, simulation, and integration between robot hardware and higher-level applications.

Unit, integration and hardware-in-the-loop testing, functional and regression test suites, test planning, and verification of firmware and hardware against requirements.

Production and functional test jigs, bed-of-nails and fixture designs, automated test software and reporting, so every unit leaving your line is verified consistently.

Practical AI for engineering and operations: edge AI on embedded targets, vision-based inspection, workflow automation, and intelligent assistants for test and data analysis.

Quick, focused demonstrations on microcontroller, microprocessor and FPGA platforms to validate feasibility, compare architectures and de-risk decisions before full investment.