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The Stack Underneath
We provide embedded firmware development services for hardware that has to run untouched for years, not just survive a demo. From bootloader to board bring-up, we write the code your product boots on.
★★★★★ 5.0 on Clutch/Live in production today/You own the source
The work that decides whether firmware survives production, not just testing.
Picking the right MCU or SoC based on what the product has to do — cost, headroom, and longevity — not what's popular on a forum.
BSP layer, bootloader, drivers, and device tree that get Linux or your RTOS running on hardware nobody's shipped before.
Quantize and deploy ML models onto the device itself, so the product keeps working when the network doesn't.
Staged rollout, rollback, and delta patching built before the first device leaves the factory, not after the first field failure.
Root-of-trust from the bootloader up — secure boot, hardware-accelerated encryption, signed firmware — so a stolen device isn't a stolen private key.
Plenty of firms can write C that compiles. Fewer build firmware around what actually breaks it in the field — timing, power, and the update path.
We design for the failure that happens after eight months of uptime, not the demo that works once with a lab power supply.
When a vendor HAL can't hit your timing budget or a chip errata rules out the standard library, we go to the datasheet, not around the problem.
Documented, modular firmware your engineers can read and extend six months later. You keep the source. No lock-in.
Take a dedicated firmware team, or embed our engineers in yours. Start with one and scale into the other as scope grows.
Every project below is running in production today. These aren't proof-of-concepts or demo firmware — they're systems people rely on every day.
Firmware for a lithium-ion BMS in light electric vehicles — continuous cell voltage and temperature monitoring, active balancing, and fault detection running on hardware people trust with their battery pack.
Bare-metal firmware for a connected water meter — pulse counting, leak detection, and LoRaWAN reporting tuned for years of battery life on a custom PCB in the field.
★★★★★Their firmware engineers demonstrated a strong understanding of safety-critical embedded systems. The code quality, documentation, and engineering discipline exceeded our expectations.
Head of Embedded Systems
★★★★★Their engineers quickly understood our hardware platform and delivered stable firmware that was well structured and easy for our internal team to maintain.
Engineering Manager
Flexible models to match your stage, whether you need a full firmware team, extra embedded hands, or a fixed build delivered end to end.
A full team — firmware engineers, hardware integration, QA — working only on your product. Best for companies building a core connected platform.
Add our embedded engineers to your existing team. They join your sprints, standups, and process, and read your platform fast. Best for scaling without the hiring cycle.
Fixed scope, fixed deliverable. We own the firmware from board bring-up to cloud, tested and documented. Best for a defined build or a well-scoped feature.
No mystery, no disappearing act — whether we build it or join you.
Map the hardware, constraints, and what 'done' means — before any number goes on paper.
Task scheduling, fault model, and update path agreed up front — the expensive decisions, made early.
Firmware on real hardware from day one. Drivers written against your board, not a dev kit.
We test the last day — network loss, faults, continuous operation — not just the first boot.
Documented, modular code. You keep the source. No lock-in.
Connected HVAC and industrial automation anchor the work above. The rest are spaces we've built in or are equipped for — tell us your domain on the call.
Send us the problem — you'll get back a practical plan, not a sales pitch. Start a project, or bring our certified engineers onto your team.