Empowering Innovation with Custom Firmware Solutions
- Intelligent Code, Smarter Devices - Transforming hardware into highly efficient, connected, and secure systems.
- Optimized for Performance - Low-latency, power-efficient, and real-time firmware for mission-critical applications.
- Seamless Connectivity - BLE, Wi-Fi, LoRa, Zigbee, LTE, and more for robust IoT communication.
- Precision Engineering - Embedded RTOS, non-blocking event-driven architecture, and fail-safe logic.
Key Capabilities
How Our Hiring Model Makes It Possible
Languages C/C++ / Assembler | |
Diagrams Block / UML / Workflow / APIs | |
Interfaces I2S / SAI / MIPI-DSI / MIPI-CSI / USB 2/3.x / LTDC / DDR3/DDR4/LPDDR4 / I2C / SPI/QSPI / UART / CAN / Ethernet | |
Wireless NB-IoT / LTE M / GPRS / GPS / LTE / UWB / WiFi / BLE / ZigBee / Z-Wave / LoRa / Sub 1GHz / NFC (13,6 MHz) / RFID 433 MHZ and 128 kHz | |
Networking Protocols MQTT / HTTP / FTP / Co-AP / TCP/RTU / SNMP / TCP/IP / UDP/IP | |
Networking Security AES / SSL / SHA / Embed TLS | |
Libs and frameworks TouchGFX (GUI lib for MCU) / emWin (GUI lib for MCU) / LVGL (GUI lib for MCU) / WolfSSL (SSL/TLS) / Mbed TLS(SSL/TLS) / osxMotionFX (Sensors fusion algorithm based on the Kalman theory) / FatFS / lwIP (TCP/IP stack) / WICED (Wifi stack) / aws/amazon-freertos / Paho MQTT / TensorFlow | |
Embedded OS FreeRTOS / TI-RTOS / ZephyrOs / Embedded Linux / ROS / ThreadX | |
MCUs NXP (i.MX-RT1160, i.MX RT1064, LPC1100, LPC4000) / Nordic (NRF52/NRF53/NRF9160, NRF7002 ) / Espressif (esp32-s2, esp32-s3, esp32-c2, esp32-c3, esp32, esp32-h2, esp8266) / ST(STM32H7/F7/F4/L4/F0/L0/WB/WL/G0 and STM8) / Atmel/Microchip(SAM D20/D21/L21/R21/V70/V71/SAMA5/SAM4/SAMD4) / Silicon Labs(EFR32/ ZGM130S) / Cypress (PSoC 3/PSoC 4) / Kinetis (Family MK81FN256VDC15) / Reneseas | |
MPUs Rockchip / Mediatax / mlogic / Qualcomm (Snapdragon 625/425/610/845) / Allwinner (V3S, V3LP, A64, A33, H3, H6 series) / NXP (I.MX6/I.MX7/I.MX8) / ST(STM32MP1) | |
SOMs Toradex (Colibri iMX6, IMX7, IMX8) / Variscite / Phytech / Radexa / NVIDIA (Jetson Nano, Jetson Orin) / Raspberry pi (CM3, CM4 modules) / Myir / Forlink / Digi |
Hierarchy We Follow for Robust Firmware Development
We develop low-level firmware that enables seamless communication between hardware components, sensors, and application software with precision.
Requirement Analysis & Feasibility
Define hardware specifications, communication interfaces, and performance constraints.
Architecture & Design
Select RTOS or bare-metal, design power-efficient execution, and optimize memory management.
BSP & Driver Development
Develop Board Support Package (BSP) and optimized peripheral drivers (I2C, SPI, UART, USB, etc.).
Firmware Development
Implement core logic, real-time task scheduling, and fail-safe mechanisms for robustness.
Testing & Debugging
Perform unit testing, HIL testing, and real-time debugging to ensure reliability and performance.
Deployment & OTA Updates
Enable secure boot, firmware signing, and OTA updates for remote maintenance.
Support & Optimization
Provide long-term updates, bug fixes, and performance tuning for system efficiency.
Tools & Technologies We Use For Firmware Services in India



