Batch MISRA C:2012 • ISO 26262 • ISO/SAE 21434 Engine
Ingest single/multiple C source files or a folder archive to generate ISO safety proofs and refactored patch bundles.
Developing embedded software for modern Electronic Control Units (ECUs), Advanced Driver Assistance Systems (ADAS), and powertrain platforms mandates strict adherence to established coding standards. Unchecked memory dereferences, implicit type conversions, and dynamic pointer allocations introduce severe functional safety vulnerabilities and expand cyberattack surfaces across vehicle controller networks.
Enforces mandatory, required, and advisory rules across C source files. Detects dangerous type casting (Rule 11.4), side-effects in expressions (Rule 13.2), and unreachable code sequences to prevent undefined runtime behaviors in microcontrollers.
Assesses failure modes against Automotive Safety Integrity Levels (ASIL A through ASIL D). Identifies single-point faults, stack overflows, and non-deterministic memory loops to ensure software designs meet target safety goals (HARA).
Analyzes code paths for threats mapped to automotive cybersecurity standards. Flags buffer overrun risks, improper boundary bounds on CAN/LIN/Ethernet frame handlers, and untrusted payload deserialization vulnerabilities.
The audit engine parses C syntax, evaluates non-compliant token structures against MISRA rules, constructs defensive refactorings, and yields a standardized POSIX unified git patch diff that preserves your existing styling and indent conventions.
No. This platform operates as an accelerated developer-stage auditor and automated remediation assistant. Final production compliance for ISO 26262 series releases requires validated static analysis suites with qualified tool classifications (TCL).