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Streamline and enhance the efficiency and effectiveness of Rust software development, testing, and standards compliance for safety-critical industries.
Rust is rapidly becoming a key language for safety critical and security sensitive systems, complementing the long established role of C and C++.
As Rust enters automotive, aerospace, defense, and industrial systems, it faces non-negotiable demands: deep static analysis, cross-language governance, compliance evidence, and standards alignment. These are requirements safety-critical industries have always had and the capabilities Parasoft has delivered for decades—safe software never happens by accident.
Explore Automotive Safety Solutions Learn More About Parasoft C/C++test
Rust’s ownership model, memory safety guarantees, and concurrency features make it an increasingly attractive choice for high assurance systems. Meanwhile, C and C++ remain essential for hardware adjacent, performance critical, and legacy components.
Across all of these languages, one requirement is universal. Safety critical software must undergo rigorous, scalable verification beyond compiler checks.
Teams moving Rust into automotive, aerospace, defense, or industrial applications still face critical gaps that no compiler can close.
Real-world Rust regularly uses unsafe to interface with hardware, OS APIs, and legacy C/C++ libraries. These blocks bypass the borrow checker entirely and require the same rigorous analysis as C code.
Rust’s compiler reasons locally. It cannot trace tainted data flows across crate boundaries to catch injection vulnerabilities, null dereferences, or resource leaks that span multiple call sites.
Rust can’t catch divide-by-zero, index-out-of-bounds, or integer overflow in all execution paths. These bugs compile cleanly and fail at runtime.
Regulators and certification bodies require documented, auditable evidence of systematic code review. A clean compile doesn’t satisfy a DO-178C or ISO 26262 audit.
Clippy is a valuable part of every Rust developer’s toolchain. It catches common mistakes and enforces idiomatic style. But safety-critical development standards impose requirements that go well beyond what any linter can satisfy.
Standards like ISO 26262, DO-178C, and IEC 61508 require systematic, auditable verification of software behavior—not just stylistic correctness. They need Interprocedural analysis that
unsafe blocks that bypass Rust’s borrow checker entirely.Clippy does not do any of this analysis. Safety-critical teams rely on dedicated static analysis platforms that enforce thousands of rules covering security vulnerabilities, safety standard violations, and dangerous coding patterns.
The safety critical ecosystem is actively defining how to use Rust in regulated environments. Parasoft is helping shape those standards from within the standards bodies themselves.
Rust’s adoption in safety-critical industries is accelerating faster than the standards landscape can keep up. That gap is where poorly governed adoption creates certification risk. Parasoft is working to close it from the inside.
Parasoft is an active member of MISRA, the organization behind the most widely adopted coding standards in automotive and aerospace software development. As MISRA develops its Rust guidance, Parasoft’s engineers are at the table, ensuring that practical static analysis concerns are reflected in the standard from day one.
We participate in the coding standards committee of the Safety-Critical Rust Consortium, the Rust Foundation-backed body defining Rust deployment in regulated, safety-critical environments—shaping the language subsets, coding guidelines, and static analysis requirements for automotive, aerospace, medical, and defense applications.
Teams building on Parasoft’s solution don’t have to scramble when standards are ratified. The tooling is aligned as those standards emerge because we help write them.
Deep static analysis generates findings at scale, which creates its own problem without intelligence to prioritize and act on them. Parasoft embeds AI capabilities throughout analysis and DTP workflows to reduce the time and effort required to manage quality and compliance at scale.
Demonstrate compliance with the standards your team requires—with Parasoft.
To reduce manual effort and accelerate certification workflows, we automate:
Parasoft integrates with:
Consistent results across local, CI, and enterprise environments ensure predictable quality.
When static analysis runs at scale, managing the results is its own challenge. Parasoft DTP aggregates findings from static analysis, unit testing, code coverage, and more into a single governance platform. Your team gets continuous visibility into quality, compliance posture, and trend data across the entire codebase.
Gain visibility into risk, compliance, and progress across the entire software portfolio.
Whether you’re adopting Rust, modernizing C/C++ systems, or building mixed language architectures, meet the highest standards of safety and security with Parasoft.
Explore Automotive Safety Solutions Learn More About Parasoft C/C++test