BSP Development (QNX & Linux)
We develop robust, optimised BSPs that form the foundational layer of automotive software stacks.
- Custom BSP creation for QNX Neutrino RTOS and Linux (Yocto, Ubuntu, custom distros)
- Support for hardware bring-up, clock configuration, power management, and low-level initialization
- Kernel modifications, driver integration, and system level debugging for reliable ECU operation
V‑Model Lifecycle Execution
Our BSP development follows a rigorous, automotive grade engineering process to ensure quality and safety.
Requirements capture, analysis, and traceability aligned with ASPICE and OEM specifications
Architectural design of kernel components, HAL layers, device tree design, and driver architecture
MISRA Compliant Coding
- Development of safety grade BSP components using MISRA C/C++ compliant coding practices
- Static analysis and coding standard enforcement
Unit Testing with MC/DC Coverage
- High coverage unit testing to ensure correctness of low level components
- MC/DC Coverage for safety critical modules
Integration Testing
- System level testing to validate BSP behavior with OS, middleware, and application layers
- Validation on real target boards and simulation environments
Qualification Testing
- ISO26262 aligned qualification activities
- BSP reliability, timing, boot sequence, and fault injection testing
Automotive Peripheral Development
We design and integrate low level drivers and HAL modules for a broad set of automotive peripherals:
- Communication Interfaces: CAN, LIN, SPI, I2C, Ethernet
- High speed peripherals: PCIe, USB, MIPI CSI/DSI
- Sensors & actuators: GPIO, PWM, ADC, IMU, Camera modules
- Storage & Memory: NOR/NAND Flash, eMMC, SD/MMC, LPDDR
Middleware Layer Development
Our middleware solutions (Additional layers above BSP) enhance platform flexibility, security, and partitioning.
- Custom middleware to support secure IPC, virtualization, and domain separation
- Security extensions, integrity checks, access management, and controlled resource sharing
- Middleware designed to support safety critical and non-safety critical partitioning
Functional Safety Support (Up to ASIL‑D)
We ensure BSPs meet the highest levels of safety compliance.
- Development aligned with ISO 26262 ASIL D safety principles
- Safety analysis (FMEA, FTA), safe-state management, error handling strategies
- Production ready work products for certification and OEM audits
- Compliers, C/C++ for BSP development
- Python for testing
- Requirement management tool
- Architecture and unit design tools, such as Enterprise Architect
- Code verification tools against MISRA
- Unit test tools with coverage reports
- Network communication (CAN, LIN, Ethernet, UART, I2C, SPI, etc.) monitoring and analysis tools
