Verified Software for Critical Defense Systems
Designed for autonomy, built for reliability. TrustInSoft Analyzer is rigorously tested and continuously updated to ensure performance in the most complex and high-stakes defense environments.
Exhaustive Analysis for Memory Safety
TrustInSoft Analyzer explores all execution paths to detect memory safety issues like buffer overflows, use-after-free, and null pointer dereferences.
Ensure mission-critical reliability
With mathematically proven software that eliminates hidden defects in AI-driven autonomous systems.
No false positives
Faster debugging, more efficient validation, and accelerated development cycles mean your team delivers high-quality code to market sooner.
Safety Standards for Critical Defense
TrustInSoft ensures DO-178C with rigorous static analysis, helping teams deliver safe software faster.
Why TrustInSoft Analyzer Matters for Critical Defense Software
Unlike other tools that rely on interrogative or sampling-based approaches, TrustInSoft uses formal methods and exhaustive static analysis to guarantee the absence of buffer overflows, use‑after‑free, integer overflows, uninitialized variables, and other undefined behaviors. This capability aligns directly with evolving U.S. standards. Agencies like CISA and the Office of the National Cyber Director are now mandating memory safety plans and software assurance practices by 2026, shifting liability to vendors. TrustInSoft Analyzer offers the scalable verification needed to meet these mandates with confidence TrustInSoft.
TrustInSoft Enhances Speed, Compliance, and Rust Interoperability
TrustInSoft Analyzer integrates into CI/CD pipelines and both Agile and V‑model workflows, enabling early “shift‑left” detection of vulnerabilities. This avoids late‑stage rework, reduces testing costs, and supports regulatory readiness for standards like ISO DO‑178C or CERT C. While Rust is memory-safe by design, many systems still rely on legacy C/C++. TrustInSoft now offers Rust Code Analysis Services that verify both pure Rust and hybrid Rust‑C/C++ applications, including unsafe Rust blocks and interoperability boundaries that traditional tests often miss.This service delivers audit-ready reports, root-cause insights, and target-aware emulation so verification reflects your actual deployment hardware, even for embedded systems in rail, avionics, or defense electronics/
Outcomes for Defense Organizations: Trust, Assurance, and Industry Alignment
Zero‑defect Assurance: with mathematically guaranteed elimination of entire classes of memory bugs, TrustInSoft Analyzer delivers proven absence of runtime errors. This high-assurance is critical in operational domains where software failure is not an option. Mitigated Risk & Unexpected Costs: memory safety issues can cost millions—from downtime or breach in defense systems to product recalls in safety-critical sectors. Formal verification not only improves security but also protects reputation and operational continuity TrustInSoft. Aligning with Government & Industry Push: defense companies dealing with DoD: rail safety, American defense mandates, European Cyber Resilience Act (CRA), or U.S. CISA policy now face increasing regulatory pressure to address memory‑unsafe code. TrustInSoft Analyzer helps organizations craft published memory safety roadmaps and compliance documentation YouTube+10TrustInSoft+10EIN Presswire+10.
Formal Verification Services Value Delivered
Accelerate Time to Market
Extend your team with in-house formal methods expertise
Reduce Risk
Find vulnerabilities that typical analysis tools miss
Increase ROI
Improve software security and efficiency.
