Functional safety standards are often associated with life-critical systems: automotive braking controllers, medical devices, industrial automation… However, their relevance extends far beyond these obvious cases. In reality, functional safety principles apply to all embedded software where failure must be avoided or mitigated, even when no lives are directly at stake.
At their core, functional safety standards are about building software that behaves predictably, robustly, and traceably. Standards such as IEC 61508, ISO 26262, IEC 62304, and others provide structured engineering processes that help prevent systematic faults. These include:
Clear and verifiable software requirements
Traceability between requirements, design, code, and tests
Early detection of defects via static analysis
Consistent application of coding standards such as MISRA C, MISRA C++, and BARR-C
Quantifiable verification through coverage metrics and architectural enforcement
These practices are not limited to systems labeled “safety-critical”: they also benefit consumer electronics, IoT devices, industrial controllers, and connected platforms, where software failures may lead to data loss, degraded user experience, or reputational harm.
Coding standards are an essential part of all functional safety standards. They are not just stylistic guidelines, they are technical instruments for preventing and detecting faults in source code.
Standards like MISRA C, MISRA C++, and BARR-C restrict dangerous constructs, define consistent idioms, and reduce the likelihood of compiler- and platform-specific behavior. Their enforcement is required or strongly recommended by all major safety standards to mitigate risks stemming from undefined, unspecified, or implementation-defined behavior in C/C++.
The ECLAIR Software Verification Platform is built from the ground up to support the engineering principles underlying functional safety standards:
Comprehensive enforcement of MISRA C (up to 2025), MISRA C++ (2023), and BARR-C
Automated static analysis for detecting defects, violations, and complex run-time risks
Requirements traceability tools that connect code, tests, and specifications
Independence and partitioning analysis, verifying architectural constraints as required by standards like DO-178C, ISO 26262, and IEC 61508
Qualification kits and services, for tool qualification up to the highest assurance levels (e.g., DO-330, T2-class tools)
CI/CD integration to ensure continuous verification during development
ECLAIR enables development teams to adopt and benefit from safety practices even in pre-certification or exploratory stages. Whether you need to comply with regulatory requirements or simply want to raise your engineering maturity, ECLAIR provides the automation, transparency, and auditability required to get there.
Functional safety standards are tailored to the needs of specific sectors. Learn more about the key standards and recommended practices for your domain.
