Firmware Development
Embedded firmware development for IoT devices and hardware
Low-level programming, device drivers, and real-time systems that bring your hardware to life.
Embedded firmware development for IoT devices and hardware
Low-level programming, device drivers, and real-time systems that bring your hardware to life.
Comprehensive firmware development services
Firmware for ESP32, Arduino, STM32, Raspberry Pi, and custom microcontroller platforms.
Real-time operating systems (RTOS), interrupt handling, and time-critical applications.
Custom device drivers for sensors, displays, communication modules, and peripheral hardware.
Secure boot, encrypted storage, secure communication protocols, and device authentication.
"Imajine helped me from getting my idea off the ground to prototypes. Currently pitching to VC's but will be coming back for their manufacturing support when it's time!"
Prototype device for motorcycles that detects ambulance and police sirens for enhanced rider safety. A smart IoT solution combining firmware development, sensor integration, and real-time audio processing to alert motorcyclists of emergency vehicles.
Comprehensive firmware capabilities for IoT devices
Embedded software that interfaces with sensors, manages sampling rates, filters noise, and ensures accurate, repeatable data collection in real-world environments.
Low-level device software that manages Bluetooth, Wi-Fi, cellular, and wired protocols, including connection handling, retries, and secure data transmission.
Software that controls sleep states, wake cycles, and power usage to maximize battery life and ensure predictable device operation.
Real-time software that controls motors, valves, relays, and other actuators while enforcing safety limits and deterministic behavior.
Secure startup and update systems that support over-the-air upgrades, rollback, and long-term device maintainability without risking bricked devices.
System-level software that monitors device health, captures logs, detects faults, and enables remote debugging and recovery in the field.
Programming languages for embedded firmware development
Low-level programming for direct hardware access and optimal performance
Object-oriented embedded development with modern C++ features
Low-level assembly programming for maximum performance and direct hardware control
Prototyping, testing, and tooling for firmware development workflows
About our firmware development services
We work with a wide range of embedded platforms including ESP32, ESP8266, STM32, Arduino, Raspberry Pi, Nordic nRF series, and custom microcontroller designs. We can also work with ARM Cortex-M, RISC-V, and other architectures based on your hardware requirements.
We primarily use C and C++ for embedded firmware development, as they provide direct hardware access and optimal performance. We also use Rust for memory-safe embedded systems when appropriate, and Python for prototyping and testing.
Yes, we implement secure OTA update mechanisms that allow you to remotely update firmware on deployed devices. This includes version management, rollback capabilities, delta updates to minimize bandwidth, and secure update verification.
We use rigorous testing including unit tests, integration tests, hardware-in-the-loop testing, and field testing. We implement watchdog timers, error handling, logging, and recovery mechanisms to ensure devices remain stable even in edge cases.
Let's discuss your firmware requirements and create embedded software that powers your IoT devices.
Let's Talk