Firmware Engineering
C/C++ on bare-metal and RTOS. Drivers, connectivity, low-power design, and bringing up new hardware. Production firmware for devices that have to work in the field for years.
Firmware and edge AI engineering for products that run in the real world.
An independent engineering studio. Senior-level embedded development, on-device intelligence, and AI-powered engineering workflows for hardware and software teams across Europe.
When teams call us
- You have an idea and need a team that can build it.
- Your prototype works. Now it has to be production-ready.
- Your team is blocked on a hardware bring-up.
- Your legacy firmware has become impossible to maintain.
- You need AI running on a microcontroller.
- Your system can't afford to fail. You need an architecture designed for that.
- Your device needs OTA updates and secure boot.
- You need to comply with the CRA and don't know where to start.
Services
Edge AI & TinyML
Inference on the device, not in the cloud. Anomaly detection, predictive maintenance, audio and vision on microcontrollers. Model quantization and optimization for MCUs and NPUs.
AI-Powered Dev Environments
Modernize how your embedded team works. Coding assistants configured for firmware codebases, CI/CD with hardware-in-the-loop, automated testing, and documenting legacy code with LLMs.
Read our guide on AI-assisted firmware →Security & CRA Readiness
Get ahead of the EU Cyber Resilience Act. SBOMs, vulnerability management, secure boot and OTA updates, and the technical documentation regulators will ask for.
Read our CRA guide →Proven where failure is not an option.
Our background is in safety-critical and regulated systems. That level of rigor comes standard — whatever you build.
Medical
Development under IEC 62304, where traceability, verification, and documented process are non-negotiable.
Automotive
Telemetry and connected systems engineered to automotive-grade reliability, for fleets that never stop.
Aerospace
Avionics for mission operations, where software failure is not an option at altitude.
Industrial
Control systems that run unattended in the field, season after season, year after year.
CC++PythonARM Cortex-MRISC-VFreeRTOSZephyrVxWorksBLELoRaCANModbusTensorFlow Lite MicroEdge ImpulseONNXGitCI/CDDockerYoctoIEC 62304
Who's behind this
Yunga Labs was founded by Gabriel Parodi, a senior firmware engineer with a background in safety-critical systems: medical devices, automotive telemetry, and mission avionics. The work is done or directly supervised by senior engineers — no handoffs to juniors. When a project needs more hands, we bring in trusted associates.
LinkedIn →FAQ
What services does Yunga Labs provide?
Firmware engineering in C/C++ on bare-metal and RTOS, edge AI and TinyML on microcontrollers, AI-powered development environments for embedded teams, and EU Cyber Resilience Act readiness: SBOMs, secure boot, OTA updates, and the technical documentation regulators require.
What is the EU Cyber Resilience Act and does it affect my product?
The CRA is an EU regulation that requires products with digital elements — connected devices, embedded systems, and their software — to meet cybersecurity requirements such as vulnerability management, SBOMs, and secure updates. Most manufacturers selling in the EU must comply from 2027. Yunga Labs helps teams prepare with gap analysis, secure boot, OTA infrastructure, and compliance documentation.
Read our full CRA guide →Can machine learning really run on a microcontroller?
Yes. With TinyML techniques — model quantization, pruning, and optimized runtimes such as TensorFlow Lite Micro — anomaly detection, predictive maintenance, audio, and vision models run directly on MCUs and NPUs, without cloud connectivity. That means lower latency, lower cost, and better privacy.
Do you work with software companies or only hardware manufacturers?
Both. Yunga Labs works with any team building products that run in the real world: hardware manufacturers, software companies with connected or embedded products, and everything in between.
What industries does Yunga Labs have experience in?
Safety-critical and regulated systems: medical devices under IEC 62304, automotive telemetry, mission avionics, and industrial control. That level of engineering rigor is applied to every project, regulated or not.
Where is Yunga Labs based and where do you work?
Yunga Labs is based in Málaga, Spain, and works with teams across Europe — remotely by default, on-site when a project requires it.