Engineering intelligence into hardware.
Embedded Systems
We design and develop high-performance embedded systems for automotive and industrial applications, ensuring reliability, efficiency, and real-time responsiveness.
Capabilities
What We Offer
Our expertise across key domains.
AUTOSAR
- Development of Classic and Adaptive AUTOSAR architectures for scalable automotive platforms.
- Integration of MCAL, BSW, and RTE layers for reliable ECU communication.
- Support for safety-critical automotive software aligned with industry standards.
- Optimization of embedded software for real-time automotive applications.
- Validation and configuration of AUTOSAR components for modern vehicle systems.
Infotainment Systems
- Advanced in-vehicle infotainment systems with multimedia integration.
- Support for navigation, Bluetooth, voice assistants, and smartphone connectivity.
- Modern UI/UX interfaces for enhanced driver and passenger experience.
- Real-time media processing optimized for smooth performance.
- Integration with connected vehicle and cloud ecosystems.
EV - TMC & BMS
- Battery Management Systems designed for electric vehicle safety and efficiency.
- Thermal Management Control solutions for optimized battery performance.
- Real-time monitoring of charging cycles, battery health, and energy usage.
- Predictive analytics for battery lifecycle and efficiency optimization.
- Embedded control systems for next-generation electric mobility platforms.
Custom ECU Design
- Development of application-specific Electronic Control Units for automotive systems.
- Integration of CAN, LIN, and Ethernet communication protocols.
- High-performance controller solutions for intelligent vehicle architectures.
- Embedded hardware-software co-design for reliable system performance.
- Scalable ECU platforms for automotive and industrial applications.
Device Driver Development
- Low-level driver development for embedded Linux and RTOS environments.
- Hardware abstraction and peripheral interfacing for embedded devices.
- Development of SPI, I2C, UART, CAN, and USB communication drivers.
- Optimization of drivers for memory efficiency and high performance.
- Debugging and validation of hardware-software interaction layers.
Technology
Our Tech Stack
Tools and frameworks we use to build scalable systems.
C/C++Language
AUTOSARFramework
RTOSOS
CAN BusCommunication
Embedded LinuxPlatform
MATLAB/SimulinkModeling
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