Hire C Engineering
for systems & embedded

From OS kernels and device drivers to embedded firmware and real-time control systems, our C engineers build low-level, high-performance software that runs reliably on hardware with the tightest constraints.
Discuss your C project
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20+
systems & embedded projects
15+
years of C expertise
35+
systems & embedded engineers
Core Capabilities
What we build with C
Systems & OS Programming
Kernel-level software & drivers
OS kernel modules, device drivers, system daemons, and infrastructure tooling — built with precise memory management, POSIX compliance, and the performance characteristics only C can deliver.
Systems Programming
Embedded & Firmware Development
Bare-metal & RTOS firmware
Microcontroller firmware for ARM Cortex-M, RISC-V, and AVR — from bare-metal HAL drivers and interrupt handlers to RTOS task management with FreeRTOS and Zephyr for IoT and industrial systems.
Embedded Development
High-Performance Computing
Numerics, DSP & compute engines
Numerically intensive algorithms, signal processing pipelines, custom memory allocators, and SIMD-optimized compute kernels — achieving the maximum throughput from every CPU cycle.
High-Performance Computing
How It Works
From prototype to production
Step 1
Architecture &
Hardware Design
We analyse target hardware, define memory maps and peripheral layouts, select the right RTOS or bare-metal approach, and design the software architecture before writing the first line of C.
Step 2
Agile
Development
Our systems engineers iterate in 2-week cycles with hardware-in-the-loop testing, continuous integration, and regular demo builds to ensure the firmware meets spec at every milestone.
Step 3
Testing &
Validation
Unit tests with Unity or CUnit, static analysis with Coverity and Clang, runtime checks with Valgrind and AddressSanitizer, and hardware validation with JTAG debugging and logic analysers.
Step 4
Deployment &
Monitoring
OTA firmware update pipelines, secure boot implementation, watchdog and health-check integration, and remote logging over serial or network interfaces for production observability.
Hire C Developers

C engineers ready to join your team

Scale your systems team with dedicated C engineers who bring deep hardware knowledge and the discipline required for reliable, production-grade low-level software.

Hire C Developers
OS kernel modules & device driver development
Embedded firmware for ARM, RISC-V & AVR MCUs
FreeRTOS & Zephyr RTOS integration
POSIX multi-threading & IPC mechanisms
Static analysis, MISRA-C & safety-critical compliance
AI-Enhanced Development
Precision at the hardware level
AI code analysis
AI-assisted
static analysis
AI-powered code review catches undefined behaviour, buffer overflows, and null pointer dereferences before they reach hardware — reducing defect density in safety-critical C codebases.
Automated testing
Automated
unit & integration tests
AI-generated test cases for C functions and drivers using Unity and CUnit — achieving high branch coverage without the manual effort that makes thorough C testing traditionally expensive.
Performance profiling
Hardware-level
performance profiling
Cycle-accurate profiling with hardware performance counters, gprof, and Valgrind — identifying hot paths and cache misses to squeeze maximum throughput from embedded and server hardware.
AI documentation
Intelligent
code documentation
AI-generated Doxygen comments, architectural diagrams from C source, and automated changelog maintenance — keeping complex low-level codebases understandable for the whole engineering team.
FAQ

Frequently Asked
Questions

C gives you direct hardware access, deterministic memory control, and minimal runtime overhead — essential for embedded systems, OS kernels, and real-time applications. It compiles to highly efficient machine code, runs on virtually any processor, and is the lingua franca of systems programming and firmware development.
We enforce memory safety through rigorous code reviews, static analysis with Coverity, Clang Static Analyzer, and cppcheck, Valgrind for runtime memory checking, AddressSanitizer for detecting buffer overflows, and MISRA-C compliance for safety-critical applications.
Yes. We develop firmware for ARM Cortex-M, RISC-V, AVR, and PIC microcontrollers, work with RTOS platforms like FreeRTOS and Zephyr, implement bare-metal drivers and HAL layers, and develop for IoT edge devices where minimal footprint is critical.
We use GCC and Clang compilers, CMake and Make build systems, GDB and JTAG debugging, OpenOCD for embedded debugging, QEMU for emulation, Git for version control, and CI/CD pipelines with automated static analysis and unit testing using Unity or CUnit.
We implement concurrency using POSIX threads (pthreads), mutexes, semaphores, and condition variables for multi-threaded applications. For embedded systems, we use RTOS task scheduling, interrupt service routines, and lock-free data structures for high-performance concurrent access.
Golang
C++
DSi C engineering team
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