โš™๏ธFirmware Development

Expert Firmware Development &Embedded Software

Professional firmware development services for microcontrollers and embedded systems. We create reliable, efficient, and secure firmware that powers your hardware products.

150+
Firmware Projects
1M+
Lines of Code
99.9%
Reliability
6-12
Week Delivery

FirmwareCapabilities

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Real-time Systems

Development of real-time firmware with deterministic behavior and precise timing control.

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Driver Development

Low-level drivers for sensors, communication interfaces, and peripheral devices.

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RTOS Integration

FreeRTOS, Zephyr RTOS, and other real-time operating system implementations.

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Bootloader Development

Custom bootloaders with OTA updates and secure boot functionality.

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Security Implementation

Secure boot, encryption, authentication, and secure communication protocols.

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Performance Optimization

Code optimization for speed, power consumption, and memory efficiency.

FirmwareTypes

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Bare-metal Firmware

Direct hardware control without operating system overhead for maximum performance.

Direct hardware access
Minimal overhead
Fast execution
Small footprint
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RTOS-based Firmware

Multi-tasking firmware with real-time operating system for complex applications.

Multi-tasking
Priority scheduling
Resource management
Thread safety
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Linux Embedded

Linux-based embedded systems for high-level functionality and connectivity.

Rich ecosystem
Networking support
File systems
Process management
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IoT Firmware

Connected device firmware with cloud integration and wireless protocols.

Wi-Fi/BLE/LoRa
Cloud connectivity
OTA updates
Power optimization

TechnicalExpertise

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Languages

C, C++, Assembly, Rust

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Architectures

ARM, AVR, PIC, RISC-V, x86

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Communication

UART, SPI, I2C, CAN, USB, Ethernet

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Wireless

Wi-Fi, Bluetooth, LoRa, Zigbee, NFC

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RTOS

FreeRTOS, Zephyr, ThreadX, QNX

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Tools

GCC, IAR, Keil, JTAG, SWD

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Testing

Unit tests, HIL, Logic analyzers

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Security

Encryption, Secure boot, Authentication

IndustryExpertise

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Industrial Automation

Firmware for PLCs, motor controllers, and industrial sensors.

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Consumer Electronics

Smart home devices, wearables, and connected appliances.

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Automotive Systems

ECU firmware, CAN bus communication, and vehicle diagnostics.

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Medical Devices

Regulated firmware for patient monitoring and diagnostic equipment.

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Telecommunications

Network equipment, modems, and communication devices.

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Energy Management

Smart meters, battery management systems, and power electronics.

TechnologyStack

ESP32 icon

ESP32

Wi-Fi/BLE microcontroller

Arduino icon

Arduino

Development platform

STM32 icon

STM32

ARM Cortex MCU

Raspberry Pi icon

Raspberry Pi

Single-board computer

PIC/AVR icon

PIC/AVR

Microcontrollers

FreeRTOS icon

FreeRTOS

Real-time OS

Zephyr RTOS icon

Zephyr RTOS

Scalable RTOS

AWS IoT icon

AWS IoT

Cloud IoT platform

DevelopmentProcess

01
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Requirements Analysis

Understanding hardware specifications, functional requirements, and constraints.

1 week
02
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Architecture Design

Designing firmware architecture, modules, and data flow.

1-2 weeks
03
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Core Development

Implementing firmware core functionality and hardware drivers.

4-8 weeks
04
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Testing & Debugging

Unit testing, integration testing, and hardware-in-the-loop testing.

2-4 weeks
05
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Optimization & Release

Performance optimization, code review, and production release.

1-2 weeks

Ready to DevelopProfessional Firmware?

Let's discuss your firmware requirements and create reliable embedded software for your hardware products.