Embedded Software Development
Core Engineering
The code that makes hardware come alive.
Behind every safe vehicle, every trusted flight system, and every connected device at home, there is embedded software that cannot afford to fail. That is what we build. We develop robust embedded systems for industries where reliability, safety, and performance are non-negotiable. Deep expertise across three sectors. AI applied where it creates real engineering value.
Traceability by Design:
We engineer software with traceability, documentation discipline, and compliance constraints considered from the first stages of development.
End-to-End Embedded Software Stack:
From low-level drivers and bootloaders to middleware, operating system integration, and application software, we engineer across the full embedded software stack
Aligned with Your Engineering Organization:
We adapt to your workflows, tools, and product context to operate as a natural part of your engineering team.
THE REALITY
Embedded software is where most product timelines break.
The gap between a working prototype and a production-ready embedded platform is where delays can occur. Boot sequences that aren’t stable. Drivers that behave differently under load. RTOS configurations that pass bench tests but fail in the field.
This is the work most teams underestimate. Not because it’s invisible, but because it requires the kind of deep, patient engineering that doesn’t fit neatly into a sprint plan.
Our engineers have decades of experience doing exactly this work.
We’ve spent over a decade doing exactly this work. Across mobility, aerospace, and connected products. For teams that tried to do it internally and hit a wall, and for teams that knew from the start they needed a specialist.
HOW WE WORK WITH YOU
ENGAGEMENT MODELS
Three ways to work together. Pick the one that fits your project.
Onshore
Our engineers work on-site, co-located with your team. Full integration into your daily workflow, your tools, your standup. Best for fast-moving projects where proximity accelerates decisions.
Nearshore
Our engineering center is in Sibiu, Romania. Senior embedded talent with full infrastructure, connected to your project as if they were down the hall.
Hybrid
A combination of on-site presence and nearshore capacity. Designed for projects that need both hands-on collaboration and scalable engineering depth. We help you define the right split in the first conversation.
What We Do in Embedded Software Development
1 - BSP & Driver Development
We develop board support packages and low-level drivers that establish reliable interaction between silicon, peripherals, and higher software layers. This includes target-specific adaptation, hardware abstraction, and foundational software required for stable platform behavior.
Key technologies: C, C++, Rust, POSIX, bootloaders, hardware abstraction layers, device drivers
2 - Firmware & RTOS Applications
We design firmware and RTOS-based software for real-time, deterministic, and resource-constrained systems. Our focus is on timing predictability, controlled behavior, and robust execution in environments where reliability is essential.
Key technologies: FreeRTOS, Zephyr, VxWorks, bare-metal C/C++, Rust
Embedded Linux Platform Development
We customize and integrate embedded Linux platforms from build-system configuration to kernel and system-level adaptation. The objective is to deliver maintainable Linux-based platforms aligned with product requirements for footprint, performance, and lifecycle support.
Key technologies: Yocto, Buildroot, Embedded Linux, Linux kernel, device tree, kernel configuration
Middleware & Platform Services
We implement middleware and platform-layer services that connect operating systems, device drivers, communication interfaces, and application logic. This layer provides the abstractions and runtime services needed to support scalable and maintainable embedded architectures.
Key technologies: middleware frameworks, system services, IPC, abstraction layers, API integration, protocol adaptation
Embedded Application Development
We develop on-device application software that implements product behavior, control logic, and domain-specific functionality on top of the platform stack. This includes application-layer components designed to operate reliably within the constraints of the target hardware and software environment.