Embedded Linux Developer

Role & responsibilities

• Develop, customize, and integrate BSP (Board Support Package)

  for

  ARM/RISC-V based SoCs

  (e.g., InnoFusion, Realtek, Sigmastar), including bootloader (U-Boot), kernel, and driver bring-up.

• Design and integrate firmware/software stacks

  on embedded Linux platforms with strong focus on

  hardware-software interfacing

  and

  system optimization

  .

• Port and optimize AI models

  (YOLO, MobileNet, CNNs) for

  NPUs/edge inference

  , leveraging vendor SDKs and runtime accelerators.

• Implement secure boot, OTA updates, and encryption

  (RSA, AES, OTP), ensuring

  trusted boot chains and firmware integrity

  .
• Configure and manage

  network communication stacks

  (TCP/IP, UDP, SSL/TLS), enabling

  secure device connectivity and streaming

  over wired/wireless networks.
• Work with

  camera ISP drivers, video pipelines

  , and codecs (

  H.264/H.265

  ), and enable

  RTSP/ONVIF streaming

  over IP networks.
• Develop and integrate

  AI-based video analytics features

  such as motion detection, object tracking, and fire/smoke detection.
• Utilize

  SSH, UART, JTAG, and serial console interfaces

  for system debugging, kernel log analysis, and firmware deployment.
• Use tools such as

  NMAP, netcat, tcpdump

  , and

  Wireshark

  for

  network diagnostics, port scanning, and packet-level debugging

  .
• Collaborate with

  hardware, BSP, and cloud platform teams

  to manage

  device provisioning, network configuration

  , and

  remote monitoring

  .

Preferred candidate profile:

• Bachelors or Masters degree in Electronics, Computer Engineering, or Embedded Systems.
  
• 1-2 years of experience in Embedded Linux development.
  
• Canididates from within chennai only apply.
  
• Strong proficiency in C/C++, Embedded Linux, U-Boot, and Yocto/Buildroot.
  
• Basic understanding of AI frameworks (TensorFlow Lite, ONNX, or vendor SDKs).
  
• Experience with communication interfaces/protocols UART, SPI, IC, TCP/IP, UDP.
  
• Exposure to video pipelines and camera interfaces (MIPI CSI, ISP).
  
• Understanding of secure boot and key provisioning.
  
• Hands-on experience in debugging embedded systems using standard tools.