We bridge the gap between silicon and software with secure, low-latency code that maximizes hardware efficiency and reliability.
Common firmware issues include system instability, high power consumption, and “bricked” devices during updates. Many companies struggle with code that is difficult to maintain or lack proper security against reverse engineering. We solve these by implementing modular, well-documented code architectures. We also fix latency issues and ensure that hardware resources are never wasted by inefficient loops.
We start by mapping out the hardware abstraction layer (HAL) and defining the software architecture. Development occurs in an iterative environment, utilizing hardware-in-the-loop (HIL) testing to verify code on the actual silicon. We perform extensive debugging and memory leak analysis to ensure long-term stability. The process concludes with security hardening and the implementation of a reliable update deployment strategy.
You receive highly optimized, bug-free firmware that ensures your hardware operates at its peak potential. Our code typically results in a significant increase in battery life and faster boot times for devices. Clients gain a secure platform that can be easily updated and scaled as new features are requested. The final result is a “set it and forget it” level of stability for your end users.