Functional Safety in Automotive
Automotive functional safety implements protective measures to eliminate hazards caused by failure or unintended behavior of a vehicle-level system. The ISO 26262 standard offers automotive manufacturers and their suppliers a comprehensive set of guidelines to guarantee the attainment of functional safety throughout every stage of product design. It sets out criteria for the safety-critical functions of a system, as well as the processes, techniques, and tools utilized during the development phase. This standard is instrumental in guaranteeing that the vehicle lifecycle maintains and upholds adequate safety levels.
Our Automotive experts are well-versed with ISO 26262 and follow a systematic approach to achieve functional safety in automotive systems. From hazard analysis and risk assessment to defining safety goals and requirements, our process is meticulous and thorough. Our team of expert engineers ensures that safety mechanisms, redundancies, and fail-safe features are integrated into the system architecture. Throughout the development process, we conduct rigorous verification and validation activities to guarantee that safety requirements are met and that the system operates as intended.
What We Offer?
Process
– Item Definition
– HARA
– Safety Goals
– ASIL classifications
– DIA (Development Interface Agreement)
– FMEA
– FTA
– ASPICE
– CMMI
Methods
– Software Development
– SW Development SW Verification MC/DC
– Range Check
– Control Flow Monitoring
– ASIL Decomposition
– Coding Guidelines Doc.
Tools Selection & Qualification
– Compiler
– MISRA
– Auto code
– Testing Tool
– Verification
Components selection
– Microcontroller
– AUTOSAR SW
– HW components
Compliance
– MISRA
– ASIL level
– Requirements
– Tools
– ASPICE/CMMI
Safety Team
– Overview Training
– ISO 26262 Certifications
BENEFITS
Increases safety reduces the probability of accidents and fatalities
Increases reliability by means of verification and validation
Reduces OEM’s and suppliers’ liability
Improves quality with improved and relevant processes
