Static code analysis
Apply coding, reliability and security policies using product- and language-specific analysis engines.
Build governed software verification workflows.
Apply the verification methods that fit the development lifecycle, then consolidate results into reviewable records for engineering and compliance activities.
Policy-based analysisUnit & component testCoverage & traceabilityAPI and dependency test
Continuous verification loop
InputsSource & buildRequirements & policies
Engineering controlsAnalyzeTestMeasure coveragePrioritize results
OutputsDeveloper feedbackQuality gatesCompliance-oriented records
Technical scope
Automation is useful only when the results are technically valid and reviewed.
A technically sound implementation aligns compiler and build context, rule policies, test environments, coverage strategy, suppression governance and reporting with the project lifecycle.
Unit and component testing
Create, execute and maintain tests with stubs, mocks and supported host or target workflows.
Structural coverage
Measure test execution against code structure and expose coverage gaps at the required lifecycle level.
Requirements traceability
Associate supported test artefacts and results with requirements through configured identifiers and integrations.
API and service testing
Exercise interfaces, workflows, supported security checks and performance characteristics of APIs and distributed systems.
Quality intelligence
Aggregate findings, tests, coverage and trends into dashboards, configured quality gates and review-oriented reports.
Implementation workflow
A practical implementation sequence
The implementation should be aligned with the existing engineering process, toolchain and ownership model.
- 01Connect build context
- 02Apply policy
- 03Execute tests
- 04Collect coverage
- 05Review findings
- 06Publish reviewed results
Available capabilities
Platforms and specialist tools
Each capability addresses a defined part of the engineering lifecycle.
Technology
Parasoft Software Testing Platform
A portfolio spanning embedded C/C++, Java, .NET, APIs, service virtualization and centralized quality analytics.Technology
C/C++ Software Verification
Static analysis, unit testing, structural coverage, traceability and compliance-oriented reporting.Technology
Java Quality Automation
Static analysis, JUnit workflows, coverage and test impact analysis for Java applications.Technology
.NET Code Quality
Static analysis, security policies, supported test execution and coverage for C# and VB.NET.Technology
API Testing
Functional, security and performance testing for APIs and service workflows.Technology
Service Virtualization
Stateful simulation of unavailable, costly or unstable dependencies.Technology
Quality Analytics
Centralized visibility into test, analysis, coverage, risk and compliance data.Evaluation criteria
Requirements to confirm before evaluation
Base the evaluation on the real application, interfaces, target environment and assurance requirements.
- Languages, compilers, frameworks and build topology
- Host, simulator and target execution needs
- Coding standards and organizational policies
- Required coverage metrics and test levels
- CI/CD, ALM, issue and source-control integrations
- Result ownership, waiver governance and audit expectations
Relevant engineering frameworks
MISRAAUTOSAR C++14CERTCWEISO 26262IEC 61508IEC 62304DO-178CEN 50716IEC 62443
Technical evaluation and deployment support.
Primionics supports requirements definition, evaluation planning, configuration and integration with the existing development environment.
Assess
Map the current toolchain, lifecycle constraints, evidence gaps and deployment scope.
Architect
Define platform scope, integrations, data ownership, pilot criteria and technical risks.
Enable
Support evaluation, installation, configuration, workflow integration and user adoption.
Sustain
Establish governance, review cadence, upgrades, support escalation and expansion logic.