Embedded Software Development Services
We build robust embedded software for custom chips, processors, and connected hardware.
We work at the core: firmware, drivers, and RTOS for semiconductors, medical equipment, industrial systems, and connected devices.
Where We Excel
Porting & Migration
We help extend the life of your product by migrating software from outdated platforms and programming languages to modern architectures. Our team handles code analysis, porting, and performance optimization—reducing technical debt while improving maintainability and stability.
Board Bring-Up
We launch software on new hardware platforms by configuring bootloaders, BSPs, drivers, operating systems, and application layers. From UEFI and kernel-level code to user-level components, we ensure all layers are ported, optimized, and ready to run on your custom hardware.
Model Development
We develop software models that simulate the behavior of hardware components and protocols. These models are based on datasheets and specifications and help accelerate development by allowing early testing—even before physical hardware is available.
Embedded Testing
We offer full-cycle QA for embedded systems, including prototyping, simulation, emulation, and test automation. Our test labs are equipped to validate hardware-dependent software such as medical devices, ensuring compliance with safety and reliability standards.
Prototyping
We build fast, functional MVPs to validate your product idea or technology. By focusing only on the critical components, we minimize time and cost—giving you a solid proof of concept that’s ready to evolve into a full solution.
Troubleshooting & Code Refactoring
We fix critical bugs and refactor outdated code to restore software stability and improve maintainability. Whether it’s locating the root cause of failures, redesigning architecture, or preparing for new features, we help legacy systems evolve with confidence.
Performance & Resource Optimization
We fine-tune embedded software to run reliably on constrained devices, optimizing for power usage, memory footprint, and boot time. Perfect for edge devices, wearables, and mission-critical hardware.
Product Takeover & Audit
We assess and stabilize inherited software systems—whether post-acquisition or internal handover. We audit code quality, build environment, and infrastructure to make further development viable and safe.
Domains served
We develop low-level software for silicon vendors, board manufacturers, and hardware platform teams — including firmware, BIOS/UEFI, board support packages (BSPs), drivers, kernel modules, and IPMI implementations. We support porting and tuning software for new platforms and architectures, and contribute upstream patches to align with open-source baselines. Our work often starts before hardware is finalized, using simulation models to enable early validation and reduce bring-up costs.
We develop and maintain embedded software and firmware for Class I, II, and III medical devices, compliant with IEC 62304. Our work includes feature implementation, sustaining engineering, and software migration to new hardware or revised schematics. We design connectivity and interoperability layers, including device bridge components, and support verification and validation through embedded test development, automation, and structured test execution aligned with ISO 13485.
Why choose us
Safety for mission-critical products
Custom testing solutions
Reliability at core
Seasoned engineers
Embedded test labs
Technologies
Operating Systems
- UNIX
- RTOS
- Linux
- Windows Embedded
- VxWorks
- Android
- iOS
- Tizen
- FreeRTOS
- QNX
- ThreadX
Processor Support
- PowerPC
- Intel x86/64
- ARM32/ARM64
- XScale
- MIPS
- SPARC
- Ultrasparc III
- SuperH
- FPGA: Altera, Xilinx
- Intel VT-x technology
- RISK-V
HW platforms, interfaces, protocols
- PCI Express
- CompactPCI
- AdvancedTCA
- MicroTCA
- CAN
- EtherCAT
- IPMI
- I2C
- SPI
- UART
- RS-232
- Ethernet
- USB
- WiFi
- Bluetooth
- GPS
- IP
- TCP
- UDP
- SIP
- RTP
- CTI
- VoIP
- CANopen
- Modbus
- Bacnet
- SNMP
- Redfish
Got Questions?
What if our specs keep changing?
That’s normal. We’ve built code for early silicon, unstable boards, and evolving architectures. We use modular code structure, abstraction layers, and simulators to keep development moving while your hardware stabilizes.
We’ve had regressions after updates — can you deal with that?
Yes. We design for testability from day one. Our workflow includes code reviews, CI pipelines, automated regression tests, and hardware-in-the-loop setups to catch issues before they reach production.
Our firmware “works,” but nobody wants to touch it.
We start with a code audit to identify structure, toolchain, and maintainability issues. Then we refactor it incrementally — making the codebase readable, stable, and ready for future development, even without original docs.
Can you take over if another vendor is falling behind?
Yes. We’ve stepped in mid-release or post-failure before. After a short technical assessment, we take ownership of features, stabilize delivery, and integrate with your internal team without disruption.
We don’t have lab hardware ready — is that a blocker?
Not at all. We test using QEMU, custom simulators, and internal boards. We also stub drivers and run platform tests remotely — so you don’t have to wait for final hardware to validate the code.
Our internal team is overloaded. Can you work independently?
Absolutely. We integrate smoothly through onboarding and async workflows, and take full ownership of deliverables — no micromanaging required. Most of our clients bring us in to reduce internal pressure.
Can you work with open source or upstream code?
Yes. We’ve contributed to Linux kernel drivers, bootloaders like U-Boot, and Yocto-based BSPs. We know how to navigate upstream submissions, align with community practices, and maintain forks where needed.
Let’s Talk Embedded
Have a platform in progress? Need firmware built or audited? We’re ready to step in — whether it’s bring-up, optimization, or just a second set of eyes.