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Automotive Functional Safety

Automotive Functional safety (ISO 262626 ) for Road-Vehile

In the automotive industry ensures that vehicle systems perform reliably and fail safely under all operating conditions, safeguarding both passengers and pedestrians. It focuses on the identification ‘and mitigation of risks caused by hardware or software malfunctions, adhering to global standards like 1SO 26262. From advanced driver-assistance systems (ADAS) to autonomous vehicles, functional safety is critical for ensuring seamless operation and preventing accidents caused by system failures. By implementing robust safety mechanisms such as fault detection, fail-safe protocols, and redundancy, automotive manufacturers deliver vehicles that meet stringent safety requirements while enhancing overall performance and user confidence

  • Performing FuSa on ASIL B, C&D Products
  • Hazard analysis and risk assessment (HARA)
  • Define Safety Goals and Functional Safety Concepts (FSC)
  • ISO 26262 (Part3, Part-4, Part5, Part6) With Detailed End Report.
  • Perform FTA, FMEDA, MTBF. FMEA for All Embedded Hardware Products Perform FSC, FSR, TSR (HW SW Safety Requirements) & HSI

  • Automotive Cybersecurity (IS0 21434) for Road Vehile


    As the complexity of vehicle functions grows, it becomes a challenge to protect the ECUs against unauthorized access and manipulation. Vehicles on the road are vulnerable to hacking, both in the car itself and via the backend IT systems to which they connect. Its becoming a necessity to use some fast and resource-efficient cryptographic functions to protect the valuable data inside the ECUs.
    ISO/SAE DIS 21434 Process Support

  • Threat Analysis and Risk Assessment (TARA)
  • Define Cybersecurity Goals and Concepts
  • Requirements management
  • Security Design Documentation
  • Internal Audit and Certification support
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