Certified evidence, mapped directly onto BTC TestStack workflows.
ISO 26262 has become the de facto standard for safety-critical automotive software — with function classification by ASIL and state-of-the-art methods for development and testing. Shortened development cycles make it harder to select appropriate methods and tools, and harder still to prove your toolchain supports the safety goals.
Part 6 of ISO 26262 outlines the detailed procedures required for validating, verifying and confirming the safety of software systems in automotive contexts, with methodologies for systematic evaluation of software designs and architectures. Key aspects include requirements-based testing — ensuring every function is tested for its intended output — and code coverage, checking that every part of the code has been executed in tests.
Tool qualification is another essential element, ensuring the tools used in the development process support the safety goals — alongside traceability of requirements, from their origin through to the implemented code and tests.
BTC TestStack is a certified environment addressing requirements across ISO 26262 Part 6 for software verification and validation:
Tight integration with dSPACE TargetLink, MathWorks Simulink/Embedded Coder, IBM DOORS, Siemens Polarion or PTC Integrity makes BTC TestStack the tool for ISO-26262-compliant requirements-based testing on model and code level.
Requirements-based TestingBuilt-in domain checks address the ISO 26262 recommendations on interface test, boundary value analysis and equivalence classes, with automatic test generation to reach every test goal — or a formal proof that one is unreachable.
Automatically calculated and updated in the background every time a test case changes — including Modified Condition/Decision Coverage (MC/DC), required at ASIL C/D.
Code Coverage AnalysisProcessor-in-the-loop environments let you execute code on the target platform and measure resource usage directly.
Highly recommended by ISO 26262 — managed automatically, with 100% completeness and 0% manual effort.
Back-to-Back TestA unique model-checking technology gives mathematical proof that a given requirement cannot be violated by your software.
Formal VerificationTransforms safety requirements into a clear, unambiguous, machine-readable representation.
Formal SpecificationModified Condition/Decision Coverage — required at ASIL C/D — is a first-class structural coverage goal in BTC TestStack's stimuli vector generation, not an afterthought bolted on top.
When the CV engine's model checking proves a coverage goal unreachable, that proof counts toward the coverage objective under ISO 26262 — a complete positive result, not a gap to explain away.
Test results link back to scopes, stimuli vectors, and — where applicable — requirements, visible directly inside connected ALM/PLM systems like IBM DOORS, Siemens Polarion or codeBeamer.
is ISO 26262 certified
The certificate addresses functional-safety standards across multiple industries:
For ISO 26262, BTC TestStack is certified with the highest Tool Confidence Level (TCL), valid for all ASIL levels including ASIL D. We provide the certificate and report to customers free of charge on request — removing most tool-qualification effort on the customer side.
Requirements-based testing for Simulink, TargetLink, Embedded Coder and handwritten code.
Back-to-back tests between model and code are highly recommended by the ISO 26262 standard.
The power of proof for safety-critical systems.
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