MulticoreWare

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中文

中文

Safeguarding Systems, Securing Success
Unleashing Functional Safety Excellence

Automotive Functional Safety

ISO 26262 serves as a global standard in the automotive sector, focusing on functional safety. By adhering to ISO 26262, the standard guarantees that adequate safety levels are achieved and upheld throughout the lifespan of the vehicle. An ISO 26262 compliant development process plays a crucial role in recognizing and addressing malfunctions in electronic components.

Functional Safety Framework

MulticoreWare is skilled in all facets of Automotive Functional Safety, from Concept to System Level to Hardware & Software Level. We are capable of supporting the safety context requirements for SEooC sensors for integration and ASIL expectations, thanks to our extensive experience working with cameras, RADARs, LIDARs, and ToF sensors and their fusion with AI for various use cases. With more than a decade of software development and optimization experience working with homogeneous/heterogeneous multicore architectures, we can do safety hardening of bootloaders, software libraries and applications.

By validating the use case assumptions, we assist Safety Element out of Context (SEooC) products, ASIL capable/compliant commercially available off-the-shelf products to be integrated into the E/E systems with targeted ASIL requirements.

SOTIF (Safety Of The Intended Functionality):

International standard ISO/PAS 21448:2022, Road vehicles — Safety of the intended functionality, defines SOTIF as the absence of unreasonable risk due to hazards resulting from functional insufficiencies of the intended functionality or by reasonably foreseeable misuse by persons SOTIF is an emerging subject that needs to be explored with new scenarios especially for Advanced driver assistance systems (ADAS) and autonomous driving applications. Multicoreware with its sensor and embedded systems programming experience can support hardening the software to address the unintended functionality resulting from unexpected real time situations.

Automotive Safety Engineering - Value Added Services:

MulticoreWare’s Unique Positioning with Integrated AI/ML Algorithms + Edge Accelerator Optimization + Functional Safety Services

  • Automotive SPICE - Provide Gap Analysis, Process Improvement Definition and Pre-Assessment
  • FuSa compliant SW implementation, Testing, V&V - FuSa kits & gap analysis on existing systems (HW & SW) along with re-engineering recommendations
  • SEooC for Sensors/Embedded modules/SW libraries - Development Process Review, derive functional safety & roadmap for ASIL market targets, create and validate assumptions with test cases, wrapper developments as required for safety, security or system hardening
  • Safety of the Intended Functionality (SOTIF – ISO 21448:2022) - Identify conditions that may lead to SOTIF hazards and enable our customers to be compliant on advanced driver systems
  • Safety of systems with AI models - MulticoreWare can work on safety analysis and verification and validation of M;lDL models, developing safety cages to implement fail safe functionality with traditional non-AI based methods.
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