Embedded verification
C/C++ workflows combine static analysis, unit testing, structural coverage and requirements traceability so evidence can be collected continuously rather than assembled only at release time.
Static Analysis · Unit Testing · Continuous Verification
ParasoftStatic analysis, unit testing, code coverage and software test automation in India
Primionics supports software engineering teams in India evaluating Parasoft for embedded C/C++ verification, MISRA compliance, unit testing, structural code coverage, requirements traceability, API testing, service virtualization and continuous quality workflows.
C/C++testMISRAUnit TestingMC/DC CoverageAPI TestingService Virtualization
ParasoftTechnology overview
Parasoft technologies for engineering and industrial applications
The portfolio spans source-code verification, embedded target testing, enterprise application quality and system-level API testing, allowing software-quality evidence to be integrated into daily development and CI/CD.
Continuous quality
Parasoft tools integrate with IDEs, build systems and CI/CD pipelines to automate code analysis, tests, quality gates and reporting across recurring software changes.
System and API testing
SOAtest and Virtualize extend verification beyond source code by testing service interfaces and simulating unavailable dependencies in complex integration environments.
Technology portfolio
Core Parasoft technologies supported through Primionics
C/C++test & C/C++test CT
Static analysis, unit testing, structural code coverage, requirements traceability and compliance reporting for embedded C/C++ development, with support for host and target-based verification workflows.
Explore technologyJtest
Java static analysis, unit testing, security analysis and policy automation for development teams integrating software-quality checks into IDE and CI/CD workflows.
Explore technologydotTEST
Static analysis and code-quality automation for C# and .NET environments, supporting security, maintainability and continuous quality checks.
Explore technologySOAtest
Automated API and service testing for functional, regression, security and performance workflows across REST, SOAP, GraphQL, microservices and other service interfaces.
Explore technologyVirtualize
Service virtualization simulates dependent services, systems and test data so integration tests can run when external environments are unavailable, unstable or costly to reproduce.
Explore technologyDTP Analytics & Reporting
Centralized analytics aggregate testing and code-quality results for dashboards, trend analysis, traceability, policy monitoring and compliance-oriented reporting.
Explore technologyApplications
Engineering workflows and application areas
Automotive and embedded software
MISRA analysis, unit testing, code coverage, requirements traceability and target-based testing support safety- and security-oriented C/C++ development.
Aerospace, rail, industrial and medical software
Structured verification and qualification-support workflows help teams address standards-driven testing, coverage and evidence requirements.
API and microservice validation
SOAtest automates interface testing while Virtualize provides controlled simulations of dependent services and unavailable test environments.
Enterprise Java and .NET quality
Jtest and dotTEST automate static analysis, testing and policy enforcement across application teams and CI pipelines.
Selection criteria
Define the technical requirement before selecting the platform
Language & software layer
Define whether the target is embedded C/C++, Java, .NET, APIs/services or a combined system-level workflow.
Verification objective
Identify static-analysis rules, unit-test approach, structural coverage target, requirements traceability and security-analysis needs.
Standards & qualification
Confirm applicable standards, coding guidelines, tool-qualification expectations and the evidence required by assessors or internal quality processes.
CI/CD & toolchain
Map source control, build system, IDE, requirements platform, test framework and CI/CD environment so automation fits the existing engineering workflow.
Technical FAQ
Common engineering and product-selection questions
Which Parasoft product is used for embedded C and C++ software?
Parasoft C/C++test and C/C++test CT address embedded C/C++ static analysis, unit testing, code coverage, requirements traceability and compliance-oriented verification workflows.
Does Parasoft support MISRA and ISO 26262 workflows?
Yes. Parasoft C/C++test supports MISRA coding-standard analysis, and Parasoft documents functional-safety workflows for ISO 26262. C/C++test and C/C++test CT are also offered with TÜV SÜD certification and qualification support for multiple safety standards.
Can Parasoft collect structural coverage on embedded targets?
Parasoft supports coverage and test workflows on host, simulator and embedded target environments. The implementation depends on the target toolchain, instrumentation method and required coverage level.
What standards are commonly associated with Parasoft functional-safety workflows?
Parasoft provides support material and certified tooling for standards including ISO 26262, IEC 61508, IEC 62304, DO-178C and rail software standards such as EN 50716, depending on product, version and project scope.
What is the difference between SOAtest and Virtualize?
SOAtest is used to create and execute API and service tests. Virtualize simulates dependent services, systems and data so those tests can run even when real dependencies are unavailable or unsuitable for continuous testing.
How does DTP fit into a Parasoft deployment?
DTP aggregates results from testing and code-quality activities to provide dashboards, trends, policy monitoring, traceability and compliance-oriented reporting across teams and builds.