Solutions for safety and coding standards compliance
QA Systems specializes in providing automated testing tools and solutions to help companies achieve safety standards compliance and enhance their embedded software quality. Our suite of tools comprises unit testing, code coverage, integration testing, and static analysis, which aid in accelerating software safety standards compliance. What’s more, our tools are certified by SGS-TÜV SAAR GmbH, ensuring their suitability for safety-critical sectors.
To learn more about our solutions, explore the categories below.
SECTORS
Automotive
Aerospace and defence
Energy
Medical devices
Business critical
Railways
Industrial automation
SAFETY STANDARDS
ISO 26262
Road vehicles – Functional safety
IEC 60880
Nuclear Power
IEC 62304
Medical device software – software life cycle processes
CODING STANDARDS
MISRA C 2012
C coding Guidelines inc. Amendments 1 & 2
MISRA C++ 2008
C++ Coding Guidelines
AUTOSAR C++14
C++ for Adaptive Autosar
HIS Metrics
Hersteller Initiative Software
JSF AV C++
C++ standard for JSFF-35 aircraft program
CERT C/C++ 2016
C/C++ Coding Guidelines
CWE 4.7
Common Weakness Enumeration
ISO TS 17961:2013
C Secure Coding Rules
TOOLS
Static Analysis
Coding Standards Compliance
Coding standards for functional safety (MISRA, AUTOSAR etc) and security (CERT and CWE etc). It also provides insights through metrics and visualisations into source code quality.
Automated Unit &
Integration Testing
Verify standard compliant or business critical C/C++ code on embedded target and host native platforms. Integrated with an extensive set of embedded development toolchains, from cross-compilers to requirements management and continuous integration tools.
Safety Standard Compliance
for GoogleTest Suites
Cantata Hybrid is a specialized subset of Cantata that allows the generation of test results evidence and code coverage metrics from existing GoogleTest suites.
Sound Static Analysis Tool to Prove the Absence of Errors
Proving absence of runtime errors and data races. It reports program defects caused by unspecified and undefined behaviours according to the C/C++ language standards, program defects caused by invalid concurrent behaviour, and computes program properties relevant for functional safety.
Learn more
Learn more
Learn more
Learn more
