We build firmware that brings your hardware to life—balancing performance, power consumption, and maintainability. Our experience spans bare-metal microcontrollers, RTOS platforms, and embedded Linux distributions.
Real-time expertise across architectures
From ARM Cortex-M and ESP32 to RISC-V and STM32, we architect firmware that makes efficient use of limited resources. We implement interrupt-driven designs, deterministic scheduling, and memory-safe patterns to deliver predictable behavior.
Device drivers, middleware, and communication stacks are crafted to meet exacting latency and throughput requirements. We integrate seamlessly with sensors, actuators, and third-party modules.
Maintainable code with modern tooling
We adopt modern development workflows including hardware-in-the-loop testing, continuous integration, and automated static analysis to keep firmware quality high over the product lifecycle.
Comprehensive documentation, configuration management, and OTA update strategies ensure your team can evolve the firmware long after launch.
Case studies
Real-world engagements that demonstrate how we partner with clients to deliver measurable outcomes.
Developed ultra-low-power firmware with adaptive sampling, secure boot, and multi-bearer communications for a global tracking platform.
Frequently asked questions
Answers to the topics we discuss most when partnering with clients on embedded firmware development.