A dedicated team, working exclusively in embedded and connected systems. Connected products get harder to maintain as they grow — more dependencies, slower releases, harder to change without breaking something. Our engineers integrate directly into product teams to keep systems moving forward. We work in regulated environments: Class C medical devices, industrial HVAC, IoT wearables. Long-term engagements, real accountability, and the discipline that safety-critical firmware demands."
Efficient, reliable firmware tailored to specific hardware and performance needs.
RTOS design and implementation for systems where timing, determinism, and failure handling are non-negotiable.
BSP development, hardware bring-up, and software integration for custom boards — bridging the gap between hardware design and working firmware.
BLE, Wi-Fi, Zigbee, GSM, and MQTT integration for connected products — including protocol stack implementation and cloud device communication.
Bootloader development, secure OTA update mechanisms, and CI/CD pipelines for embedded — including HIL testing frameworks.
IEC 62304-compliant development for Class C medical devices, with full traceability, automated verification, and documented software lifecycle processes.
C++
Yocto
Embedded Linux
MQTT
BLE
Scalable HVAC UI Built for Speed, Flexibility, and Control
We built a fast, flexible HVAC UI with OTA updates, rapid branding, and a simulator that speeds up dev without losing stability.
Turn Any E-Scooter Into a Rentable, Connected Fleet Unit
We added GPS, LTE, and secure cloud control to any e-scooter—low-impact hardware built for scale and seamless fleet integration.
We’ve collected some of the most common questions clients ask us about our process, tools, and approach. If you don’t find what you’re looking for, feel free to reach out. We’re happy to talk.
We don't parachute in and redesign things. Our engineers join your team's existing workflow — your tools, your codebase, your processes. The first priority is always understanding the system before touching it. Most of our longest engagements started with a defined scope and expanded naturally as trust was established. Bitzer is a good example — what started as a focused embedded engagement has been running for six years.
We've worked on Class C medical devices under IEC 62304, including full software lifecycle documentation, architectural design for multi-microcontroller systems, and building automated verification into every build. We've supported a product through to FDA submission. Regulated development isn't a special mode we switch into — it's a discipline we've built into how we work.
It looks like your engineers and ours working the same backlog, in the same standup, toward the same release. We don't operate as a separate vendor reporting on deliverables — we're accountable to the same goals your internal team is. Our average embedded client tenure is over five years. That's not accidental — it's what happens when engineers are genuinely integrated rather than just contracted.
We implement HIL testing frameworks, unit testing, and CI/CD pipelines adapted for embedded constraints. On safety-critical projects we've achieved over 75% automated test coverage with regression testing and traceable verification integrated into every build. We treat testability as an architectural requirement, not something added at the end.
Yes. We handle firmware, connectivity protocols, and the cloud integration layer — OTA infrastructure, device management, secure data pipelines. We've done this for HVAC systems, IoT gateways, and medical device platforms. Having engineers who understand both sides of the hardware-software boundary means fewer integration surprises when the two need to talk to each other.
It depends on the complexity of the system, but our engineers come with deep platform experience — STM32, Nordic nRF, NXP, ESP32, Zephyr, FreeRTOS — so they're not learning fundamentals on your time. In most engagements our engineers are making meaningful contributions within the first two to three weeks. The bigger variable is system-specific knowledge, which takes longer regardless of who the engineer is.
We typically work with existing hardware but can collaborate with hardware partners on custom solutions.
Let’s build your software together!
Tell us about your current challenges. We’ll listen, dive into the details, and provide tailored solutions to meet your needs.
