Baremetal, RTOS & Boot FirmwareFrom Reset to Runtime

We develop foundational firmware that enables silicon bring-up and system initialization across baremetal and RTOS environments. Our expertise spans boot flows, platform initialization, and early software enablement, ensuring a stable and scalable foundation for higher software stacks.

Boot Architecture & Platform Initialization Read More →

Baremetal Firmware & Low-Level Drivers Read More →

RTOS-Based System Development Read More →

Bring-up, Debug & System Stabilization Read More →

1

Boot Architecture & Platform Initialization

Design and implementation of robust boot flows from reset to OS handoff.

  • Multi-stage bootloader development (ROM, BL1/BL2, U-Boot/UEFI)
  • Platform initialization (clocks, DDR, power, peripherals)
  • Secure and non-secure boot flow design
  • Boot time optimization and reliability
2

Baremetal Firmware & Low-Level Drivers

Development of low-level firmware for early hardware enablement and control.

  • Baremetal firmware for SoC bring-up and validation
  • Peripheral drivers (UART, SPI, I2C, GPIO, timers, etc.)
  • Register-level programming and hardware abstraction
  • Debug and diagnostics firmware
3

RTOS-Based System Development

Building real-time firmware systems for deterministic and resource-constrained environments.

  • RTOS integration and configuration (FreeRTOS, ThreadX, Zephyr, etc.)
  • Task scheduling, interrupt handling, and synchronization
  • Device driver integration within RTOS frameworks
  • Performance and latency optimization
4

Bring-up, Debug & System Stabilization

Enabling early system functionality and ensuring stable operation across hardware revisions.

  • Board bring-up and early silicon enablement
  • Debug using JTAG, trace, and low-level tools
  • Firmware validation and issue triaging
  • Support for pre-silicon (emulation/FPGA) and post-silicon environments