Embedded Software Development Services
From bare-metal MCU firmware to Linux-based networking devices — 15+ years of embedded expertise, EU-based.
What we build
Our engineers have shipped embedded software across a wide range of domains:
- WiFi routers and extenders — OpenWrt, TR-069, TR-064, mesh networking, full SoC bring-up (Intel UGW, MediaTek, Qualcomm, Broadcom)
- Smartphones and smartwatches — Android HAL, RTOS firmware, BLE stacks (Nordic SoftDevice, Cypress CYW4343X, Broadcom BCM4343X), sensor integration
- IoT gateways and controllers — device management, OTA update pipelines, secure boot chains
- Safety-critical and industrial devices — high-reliability firmware, formal verification support, compliance-ready documentation
Technology stack
Processors & architectures: x86/x64, ARM (32/64-bit, ARM and Thumb modes), MIPS, RISC-V (32/64-bit), ESP32, Microchip SAM4/SAM5, STM32, NRF52
Operating systems: Linux (kernel, drivers, BSP porting, Yocto, Buildroot), FreeRTOS, bare-metal, Android (HAL, AOSP), Windows Embedded
Connectivity: WiFi 6/7 with Mesh, Bluetooth / BLE, Ethernet, TR-069, TR-064, XMPP, MQTT, custom protocols
Languages: C, C++, Python, Rust, Assembly, Bash
Build & toolchain: Yocto, Buildroot, CMake, custom Python/Bash pipelines, cross-compilation for multiple target triples, fully isolated supply chains
From development to production
We handle the full embedded software lifecycle — not just the coding:
- Architecture design and technology selection — choosing the right SoC, RTOS, and software stack for your constraints
- Driver development and BSP porting — bringing up new hardware from scratch or adapting existing BSPs
- Build system setup and cross-compilation toolchains — reproducible, isolated builds for multiple architectures
- Security hardening — secure boot, cryptographic integration, attack surface reduction from day one
- Factory flashing and production bring-up — working with factory workers to provision and validate devices at scale
- Long-term maintenance and security patching — keeping your devices secure throughout their lifecycle
Quality built in
Every project benefits from our own internal quality tools:
Visão — Static Analysis Engine
We apply static analysis throughout development to catch memory safety issues, dependency problems and security vulnerabilities at compile time — before they ship.
TS Factory — Distributed Testing Framework
Where hardware is involved, we use TS Factory to orchestrate large-scale automated tests across real devices. This is how we validated firmware for routers, wearables and smartphones in production.
Our full QA methodology →
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Start your project
Tell us what you are building and we will propose an approach that fits your timeline, hardware constraints and compliance requirements.
We typically respond within 1–2 business days.