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Objective A global Tier-1 supplier partnered with AVIN Systems to develop and test ECUs for powertrain and chassis systems including transmission, ABS, and engine control. The project required compliance with safety standards and high system reliability. Solution Requirement Analysis & Configuration Defined modular architecture for transmission, ABS, and engine control ECUs. Ensured ASIL D compliance. […]

Objective A major European OEM collaborated with AVIN Systems to design a digital cockpit integrating infotainment, cluster, and connectivity modules. The challenge was to achieve real-time graphics, seamless OS integration, and fast boot performance under strict power constraints. Solution Requirement Analysis & Configuration Defined infotainment architecture using QNX and Android Automotive. Optimized for fast boot […]

Objective With the rapid electrification of vehicles, a global Tier-1 supplier partnered with AVIN Systems to develop and validate Battery Management System (BMS) ECUs. The goal was to improve SoC/SoH estimation accuracy, optimize performance, and ensure safety compliance. Solution Requirement Analysis & Configuration Defined BMS architecture for accurate SoC/SoH estimation. Customized configurations for EV platforms. […]

Objective A leading Japanese OEM engaged AVIN Systems to develop multiple ADAS ECUs such as radar, lidar, and camera systems. The goal was to integrate signal processing algorithms, ensure diagnostic compliance, and enable real-time communication between ADAS modules. Solution Requirement Analysis & Configuration Defined signal processing architecture for radar, lidar, and camera ECUs. Ensured diagnostic […]

Objective To support Level 3+ autonomous driving use cases, a German Tier-1 supplier collaborated with AVIN Systems for developing and integrating an autonomous driving framework. The project included AI-based perception, fusion, and path planning algorithms integrated into the ECU platform. Solution Requirement Analysis & Configuration Defined AI-based architecture for perception, fusion, and path planning and […]

Objective A top-tier automotive supplier partnered with AVIN Systems to design and develop MCAL and Complex Device Drivers (CDD) for safety-critical ECUs. The objective was to ensure hardware abstraction, faster response, and optimized performance while adhering to AUTOSAR standards. Solution Requirement Analysis & Configuration Defined MCAL and CDD architecture for safety-critical ECUs. Ensured hardware abstraction […]

Objective To optimize the bring-up process for automotive ECUs, a global semiconductor company engaged AVIN Systems to develop customized BSPs for multiple SoCs. The goal was to ensure early software validation and hardware–software co-optimization for infotainment and ADAS controllers. Solution Requirement Analysis & Configuration Defined BSP architecture for infotainment and ADAS ECUs. Customized Linux/QNX configurations […]

Objective A leading Asian OEM collaborated with AVIN Systems to implement a secure Over-the-Air (OTA) update solution for vehicle ECUs. The existing reprogramming systems required manual intervention and lacked cybersecurity protection. AVIN developed an AUTOSAR-based OTA system integrating cloud services with in-vehicle ECUs. Solution Requirement Analysis & Configuration Defined cloud-integrated OTA architecture using AUTOSAR Adaptive […]

Objective As vehicle computing shifted toward heterogeneous architectures, a European Tier-1 supplier engaged AVIN Systems to design hardware and OS abstraction layers for its high-performance computing (HPC) platform. The abstraction enabled seamless communication between hardware-specific drivers and portable applications. Solution Requirement Analysis & Configuration Analyzed heterogeneous ECU architectures to define abstraction layers. Enabled portability across […]

Objective With the shift toward high-performance computing and service-oriented architectures, a global Tier-1 supplier collaborated with AVIN Systems to develop AUTOSAR Adaptive Platform components. The goal was to create scalable, safe, and secure software for next-generation ECUs supporting complex ADAS and infotainment systems. Solution Requirement Analysis & Configuration Defined scalable software architecture based on customer […]