Embedded
Precision embedded software built for resource-constrained microcontrollers.
We design and develop high-reliability embedded software for ARM Cortex, ESP32, and RISC-V platforms, optimizing for microsecond timing, extreme power efficiency, and zero memory leaks.
Developing without the luxury of unlimited RAM and CPU cycles
Embedded systems run with kilobytes of RAM and milliwatts of power. A single memory leak, unhandled hardware interrupt, or race condition causes device resets that can be catastrophic in mission-critical applications.
System crashes caused by heap fragmentation in long-running embedded loops
Battery depletion caused by unoptimized microcontroller wake cycles and peripherals
Timing jitter and missed interrupts disrupting real-time sensor sampling
Difficult hardware debugging without comprehensive in-circuit emulation
Embedded Capabilities
Deterministic Real-Time OS (RTOS)
Developing multi-threaded embedded firmware on FreeRTOS and Zephyr with priority preemptive scheduling and task isolation.
Ultra-Low-Power Architecture
Implementing deep sleep states, peripheral power gating, and dynamic clock scaling to achieve 5+ years of battery lifespan.
Hardware Peripheral Drivers
Writing optimized bare-metal and DMA-assisted drivers for I2C, SPI, UART, CAN bus, ADC, and PWM interfaces.
Static Analysis & Zero Allocation
Enforcing MISRA C guidelines and zero-dynamic-allocation memory patterns to eliminate heap fragmentation entirely.
Proven runtimes and industry-standard protocols.
We select tools based on operational reliability, long-term maintainability, and horizontal scaling capabilities.
Languages
RTOS & Platforms
Silicon Targets
Toolchains & Debugging
Why companies choose CodeSelf.
We operate as your dedicated technical partner with production codebases and zero markups.
What you receive at handoff.
Every engagement concludes with documented, tested, and deployable production codebases with zero ongoing licensing fees.
How CodeSelf builds and delivers embedded.
Sprint-based delivery with weekly code releases directly into your private staging environment.
Hardware Architecture & Pinout Review
Audit schematics, microcontroller capabilities, peripheral pin mappings, and electrical constraints.
Board Bring-Up & Peripheral Drivers
Bring up bare silicon, configure clocks, initialize memory controllers, and verify communication buses.
RTOS Task Architecture & Power Tuning
Structure concurrent tasks, configure mutexes and message queues, and measure power draw.
Stress Testing & Environmental Validation
Run hardware-in-the-loop (HIL) automated test cycles under temperature and voltage stress.
Key technical and commercial questions.
Who owns the source code and intellectual property for embedded systems?+
Can this technology stack be deployed inside our private cloud infrastructure (AWS/GCP/Azure)?+
How do you ensure zero downtime when updating live production services?+
What happens after the project launch? Do you provide ongoing maintenance and handover?+
Related technologies in our stack.
Firmware
We develop secure bootloaders, cryptographic update pipelines, and hardware abstraction layers that protect physical devices from bricking and remote compromise over their entire operating life.
IoT
We build enterprise IoT solutions connecting thousands of physical devices, sensors, and gateways to high-throughput cloud streaming pipelines for real-time monitoring and control.
Cybersecurity
We harden software architectures, secure cloud infrastructure, implement zero-trust access controls, and automate vulnerability scanning to protect organizations from modern cyber threats.
Ready to build or scale your embedded stack?
Schedule an architectural consultation with our senior systems team to evaluate infrastructure, tooling, and delivery roadmaps.