Firmware Design & Development

Tailored Innovative Firmware Design

Optimized firmware for smarter, faster, and reliable systems

Service And offerings

Advanced Firmware Design for Next Gen Devices

Delivering Tailored Solutions for Seamless Performance and Innovation

Custom Embedded Firmware Development

We design reliable, optimized firmware from bare-metal to RTOS tailored for your IoT hardware and built for performance, efficiency, and scalability.

Power Optimization for Battery-Powered Devices

We design low-power firmware using sleep modes, duty cycling, and dynamic power management to maximize battery life for edge and remote IoT devices.

Sensor & Peripheral Integration

We integrate diverse sensors, actuators, and interfaces like I2C, SPI, UART, ADC, PWM, and GPIO to ensure seamless, real-time data flow between hardware and firmware.

Secure Boot & Firmware Updates (OTA)

We implement secure bootloaders, encryption, and secure OTA (Over-The-Air) update mechanisms. This ensures device integrity, future-proofing, and remote firmware management.

Wireless Connectivity & Protocols

We implement and optimize wireless protocols like BLE, Wi-Fi, Zigbee, LoRa, NB-IoT, and cellular for reliable, low-power, and secure communication

Platform Expertise: STM32, ESP32, Nordic

We specialize in IoT chipsets like STM32, ESP32, and Nordic, leveraging their SDKs and wireless stacks for faster development and reliable performance

Development Methodology

End-to-End Hardware Development Flow

Streamlined process for efficient hardware development

Firmware Architecture & Design

We architect firmware around the target MCU, defining modules, peripherals, and task flows with a focus on scalability, real-time performance, and IoT stack integration.

Development Environment & Core Setup

We configure the MCU with the required OS, drivers, memory, and wireless stacks to establish a stable, scalable foundation for firmware development.

Peripheral Driver Development & Prototype Validation

We develop and validate firmware drivers for sensors, actuators, and interfaces like I2C, SPI, and UART to confirm proof of concept and ensure reliable communication.

Board Bring-Up on Custom Hardware

We port firmware to custom hardware with BSP customization, bringing up all peripherals to verify core product functionality.

Optimization & OTA Enablement

We optimize power, memory, and code size for production, adding OTA updates for seamless remote firmware upgrades ideal for battery-powered devices.

Full Integration & System Validation

Final firmware is integrated and rigorously tested on the product prototype, including functional checks, edge case validation, and performance benchmarking for production readiness.