Electrical,Electronics and Embedded

Firmware Engineering

SolidPro has developed as a leading Firmware development company over the years for embedded applications. Our skilled and capable team offers the most optimal embedded software solution for application-specific client requests. We also specialize in providing embedded firmware services for a variety of devices without high-level OS such as Linux or Windows.

Embedded Firmware Development

Our team works with (ROM, OTP/PROM, & PLA structures), - high-level firmware, and low-level firmware, along with subsystems to impact numerous embedded systems and programming components for every kind of embedded device.

Embedded Firmware Integrations

SolidPro’s superior firmware integrations are compatible with all global companies Microprocessors & hardware from Qualcomm, ARM, Intel, NVIDIA, Altera Design Services Network, Marvell, Freescale, RHOBH, Texas Instruments and NXP.

Embedded Firmware Programming

Architecture optimization, chip bring-up, (BIST/POST) - built-in/power-on self-tests along with memory and BSP layer programming for board bring-up, boot loaders, and device drivers are the few post-silicon validations that SolidPro performs for its clients with their Embedded Firmware Programming.

RTOS Development

SolidPro’s experienced firmware developers with extensive real-time operating systems (RTOS) skills, specifically designed to enhance OS response time and speed, work closely with the client's requirements for RTOS development.

ROS Development

Our ROS – Robot Operating System suites framework is designed as a collection of robotics software frameworks to build, maintain, and expand robotics capabilities in short time spans for client benefits.

Non-OS Embedded Firmware

SolidPro’s Engineers are capable of developing and enabling the non-OS-based embedded firmware to run a set of tasks in an infinite loop with embedded-C applications without using an operating system. This brings a lot of flexibility and ease of doing business for clients.

Legacy Firmware Migration

Legacy Firmware Migration is a SolidPro specialization where we accomplish firmware migration from one MCU vendor to another. We have closely monitored processes and dedicated teams that ensure design portability, including that of peripheral features and unique programming models.

Custom Firmware Solutions for IoT & Consumer Electronics

Custom-made firmware solutions and comprehensive solutions from SolidPro allow clients to tailor, regulate, and control their IoT devices and equipment. Our centralized embedded IoT system gathers & processes sensor data and connects their devices with ease for operations.

Linux Kernel Development

SolidPro’s professional Linux Kernel developers are capable of helping interface client devices with other IT infrastructure components and assisting in extending the current device’s memory, optimizing CPU usage, and managing peripherals.

Board Support Package (BSP) Development

Allowing RTOS and/or Linux to function on any customized gadget or hardware device is made possible with SolidPro's BSP firmware, device drivers, libraries, and applications.

Digital Signal Processing (DSP) Development

SolidPro’s Machine Learning capabilities and algorithms identify patterns in an equipment’s performance with data. Our DSP experts specialize in detecting objects within camera feeds and cleaning up audio noises.

Android Open-Source Project (AOSP) Development

Our tailored operating systems built using AOSP are installed either on macOS or Linux devices and apply modifications to the source code to allow chosen purposes.

Network Connectivity

Post-testing your boards, we offer IoT device network connectivity, enabling your IoT devices to network with a mobile app via Bluetooth, WiFi, LoRaWAN, or 5g/4g/LTE.

Device Driver Development

Our highly skilled developers build device drivers designed to drive peripherals within IoT devices, including LEDs, actuators, sensors, buzzers, timers, buttons, and more.

Our Approach to Firmware Development


We analyze hardware solutions to choose the most suitable firmware architecture pattern, eliminate OS overheads, and encounter power consumption and latency requirements.


While building firmware, besides the technological aspects we explore every possible economic factor that affects the cost of deploying, maintaining, and/or extending our technology solution for the long run.


We provide an elaborate range of Quality Assurance services (PCB assembly testing, signal firmware, integrity analysis, debugging and low-level software testing, etc.) ensuring only secure and clean code makes it to production.