Automotive Electronics
Overview
Infosys Automotive Electronics helps OEMs and Tier-1 suppliers accelerate the shift to secure, software-defined, connected, and intelligent vehicles. Its integrated capabilities span hardware engineering, embedded software, AUTOSAR, functional safety, cybersecurity, validation, and systems integration.
With deep automotive domain expertise and scalable global delivery, Infosys enables faster innovation, improved product quality, regulatory compliance, and future-ready mobility solutions across the product lifecycle.
Key Capabilities
Automotive Hardware Engineering – Electronic system design, ECU development, board design, prototyping, integration, and validation.
Embedded Software & AUTOSAR – Embedded software development, AUTOSAR architecture and integration, BSP/device drivers, firmware, and middleware engineering.
Software-Defined Vehicle (SDV) Engineering – Software-centric architectures, platform engineering, feature development, OTA enablement, and lifecycle management.
Functional Safety & Compliance – Safety engineering, hazard analysis, verification, validation, and compliance with ASPICE and ISO 26262 standards.
Automotive Cybersecurity – Secure-by-design development, vehicle cybersecurity assessments, threat mitigation, secure communication frameworks, and regulatory preparedness.
Model-Based Development & Testing – MIL, SIL, HIL, simulation-based validation, test automation, V&V, and quality engineering.
Infosys Automotive Electronics helps OEMs and Tier-1 suppliers build secure, software-defined vehicles faster through integrated engineering capabilities.
Talk to our experts- Accelerated Innovation – Faster development and deployment of next-generation automotive electronics and software-defined vehicle platforms.
- End-to-End Engineering Excellence – Integrated hardware, embedded software, AUTOSAR, validation, and systems engineering under a single delivery model.
- Safety and Compliance by Design – Built-in functional safety processes aligned with industry standards such as ASPICE and ISO 26262.
- Secure Connected Mobility – Cybersecurity-focused engineering that helps protect vehicle systems, software, and connected ecosystems from emerging threats.
- Reduced Development Risk and Cost – Proven methodologies, engineering accelerators, and global delivery capabilities help optimize engineering investments and improve productivity.
- Future-Ready Vehicle Platforms – Enables intelligent, connected, scalable, and software-defined mobility solutions that enhance customer experience and business competitiveness.
- Improved Quality and Reliability – Comprehensive verification, validation, and testing frameworks ensure robust, high-quality vehicle electronics solutions.
Challenges & Solutions
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