Engineering partner for embedded systems
Embedded systems consulting and firmware development services for product teams. We deliver reliable engineering solutions from hardware integration to IoT development.
Services
Embedded systems engineering for firmware and Linux platforms, providing scalable solutions from prototype to production.
Embedded Systems Development
Firmware and low-level software that powers your hardware reliably.
Embedded Linux & Connected Devices
From board support to networking and secure communication.
Automation, Tooling & Support Systems
Smarter tooling, testing, and infrastructure to scale your work.
Industries we work with
Automotive
Advanced control systems for safety, infotainment, and electrification.
Industrial Automation
Machine control, robotics, and real-time monitoring in factories.
Aerospace & Defense
Mission-critical firmware for navigation, control, and telemetry.
Medical Devices
Precision diagnostics and monitoring tools with strict reliability.
Telecommunications
Networking hardware, edge devices, and protocol handling.
Smart Home & Consumer Electronics
Embedded intelligence in everyday connected devices.
Security & Surveillance
Cameras, sensors, and secure embedded access systems.
Energy & Utilities
Remote monitoring and control of grids, meters, and storage.
Latest insights
Deep dives into embedded systems challenges, firmware development best practices, and industry insights.
Running OpenOCD in Docker: A "Tools as Code" Approach to Embedded DevOps
Discover how Docker containers can simplify your embedded tooling setup, making OpenOCD portable, isolated, and hassle-free, all while keeping your Raspberry Pi 4 devbox clean and efficient.
Automating OpenOCD Distribution with a Private Gitea Package Registry
Turn your OpenOCD updates from a manual chore into a one-click process. Learn how to set up a private Gitea Package Registry, upload .deb files, and install them effortlessly on any Debian-based machine. Automation made simple.
How I Finally Cross-Compiled Rust App for Pi Zero (After Many Fails)
A debugging story of segmentation faults, ARM quirks, and Docker containers or how to compile a Rust application for the Pi Zero.
Whether you're prototyping or scaling, we can help you move faster with confidence.