Application of ISO26262 Standards on FPGA
Read WhitepaperIntroduction
Functional Safety is crucial in an era dominated by IoT-enabled, connected devices. Rapid technological advancements have created a world where industrial plants, vehicles, and consumer electronics operate on complex hardware and software. Without rigorous safety mechanisms, any malfunction poses potential hazards to people and the environment, especially when systems operate autonomously or interact with unpredictable conditions. As standards like ISO 26262 and IEC 61508 evolve, ensuring compliance has become more critical than ever.
Driven by continuous innovation and market demands, organizations now seek robust strategies for ASIL determination, hardware diagnostic coverage, and reliable system verification. Properly implemented, Functional Safety becomes a competitive differentiator and a protector of brand trust.
Business Opportunities
Market pertaining to functional safety is gaining pace with the increasing adoption of connected devices and software upgrades through OTA. There is a growing demand for reliable safety systems to ensure personnel and asset protection with industrial revolution 4.0.
Here’s How We Help
Functional Safety Consultancy
- Provide hazard analysis, risk assessments, and compliance gap evaluations
- Define safety goals and processes aligned with ISO 26262/IEC 61508 standards
Hardware & Software Safety
- Enablement Architect hardware and software solutions to meet ASIL requirements
- Re-engineer legacy systems for comprehensive Functional Safety alignment
Verification & Validation
- Develop safety test cases and validate systems against international regulations
- Conduct thorough audits, reviews, and end-to-end Functional Safety assessments
Through these offerings, Tata Elxsi ensures reliable, future-ready solutions that safeguard people and assets.
Solution Framework
A continuous process flow from hazard identification to final validation. Our framework depicts stepwise alignment with ISO 26262/IEC 61508 standards, including risk assessments, hardware-software architecture, diagnostic coverage, and compliance audits. Each stage interlocks with the next, forming a loop of ongoing improvement. This approach guarantees consistent, measurable outcomes, ensuring system-wide compliance and robust Functional Safety performance.
Comprehensive Risk Assessment
We conduct in-depth HARA (Hazard Analysis and Risk Assessment) and define clear safety goals. Our experts evaluate system vulnerabilities, prioritize potential failure modes, and recommend mitigation strategies. This ensures every subsystem meets ASIL requirements, reducing the chance of catastrophic failure and improving overall device reliability.
Standards-Driven Implementation
Our Functional Safety methodology complies with ISO 26262, IEC 61508, and related global regulations. We integrate safety-oriented processes into hardware design, software development, and documentation. Our certified team scrutinizes each detail, ensuring that production-ready systems adhere to the most stringent quality benchmarks across automotive, industrial, and connected device domains.
Seamless Compliance Integration
We align new designs or re-engineer existing systems to meet Functional Safety standards without disrupting timelines. This integration accommodates software over-the-air updates, ensuring continuous adherence to evolving regulations. Our proven workflows reduce time-to-market, enabling businesses to maintain a competitive edge while safeguarding users, assets, and brand reputation.
Why Tata Elxsi?
- Demonstrated expertise in complex safety protocols across multiple industry verticals.
- Global delivery network ensuring faster turnaround and localized support.
- Certified engineers proficient in comprehensive compliance frameworks.
- End-to-end service capabilities encompassing hardware, software, and validation.
- Seamless collaboration fostering innovation, transparency, and on-time project completion.
Information Hub
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What is Functional Safety?
Functional Safety refers to the part of a system’s design and operation that ensures safety-related functions perform correctly, even under fault conditions. By analyzing how hardware and software can fail, organizations implement measures that minimize harm to people or the environment. Adhering to standards like ISO 26262 and IEC 61508, Functional Safety helps prevent accidents, reduce liability, and build trust with end users.
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Which industries benefit most from Functional Safety?
Virtually every sector adopting digital and connected technologies stands to gain. Automotive, industrial automation, healthcare devices, aerospace, and consumer electronics all require robust safety mechanisms. As IoT grows, more devices function autonomously. Ensuring they behave predictably under fault conditions protects end users, company assets, and the environment. Industries that proactively embrace Functional Safety gain a competitive edge in reliability and compliance.
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How do ISO 26262 and IEC 61508 influence project timelines?
These standards impose structured development phases, detailed documentation, and thorough testing. Initially, this might seem to extend project timelines. However, by catching design flaws early, companies often avoid costly recalls, redesigns, or liability concerns. Over time, standardized compliance integrates smoothly into development cycles, shortening future efforts and accelerating safer products to market.
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What is ASIL, and why does it matter?
ASIL (Automotive Safety Integrity Level) is a classification within ISO 26262 that measures the potential impact of a failure in automotive systems. Levels range from A (lowest criticality) to D (highest). Determining an appropriate ASIL helps manufacturers define the rigor of safety measures, ensuring that systems meet necessary checks and balances, from design to deployment.
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Why partner with Tata Elxsi for Functional Safety?
Tata Elxsi combines industry experience with global delivery capabilities. Our certified engineers and proven frameworks address hardware, software, and compliance challenges in a holistic manner. We provide comprehensive risk assessments, gap analyses, and end-to-end system validations to ensure your product meets critical safety standards. Our collaborative approach helps you navigate complex regulations while remaining innovative and competitive.
