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SIL-4
Static analysis
Implement automated static code analysis in the development pipeline to detect undefined behavior and memory leaks early.
Read moreSIL-4 Verification
Static code analysis and mathematical proof guarantee flawless operation of control algorithms in railway signals and bridge operations under all conditions.
Our approach
Implement automated static code analysis in the development pipeline to detect undefined behavior and memory leaks early.
Read moreUse model checking and theorem proving to formally prove the correctness of critical control algorithms for railway signals.
Read moreVerify the interaction between embedded software and hardware (such as bridge controls) under all boundary conditions and fault scenarios.
Read moreBuild a structured evidence document (Safety Case) demonstrating that all safety requirements are met, required for certification.
Read moreAutomatic inspection of embedded source code to detect potential errors and unsafe patterns before they become operational.
Formal verification of algorithms against specifications, guaranteeing SIL-4 level correctness under all conceivable conditions.
Support for the highest Safety Integrity Level, essential for safety-critical systems such as railway signals and bridges.
Specialized verification for real-time, resource-constrained embedded software in industrial control equipment.
Detailed, traceable reports that meet stringent audit and compliance requirements for the railway and infrastructure sector.
Seamless integration into existing CI/CD pipelines for continuous verification and accelerated time-to-market without compromising safety.