Find Memory Safety Vulnerabilities with Exhaustive Code Coverage

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Catch Every Memory Safety Vulnerability Before Deployment

Memory safety issues like buffer overflows, memory leaks, and runtime errors cause system crashes, security breaches, and unpredictable behavior. TrustInSoft Analyzer provides exhaustive code coverage, detecting all memory safety vulnerabilities across every execution path. Unlike traditional testing, it generalizes inputs to test all possible values, ensuring your C and C++ software is free from critical memory safety issues before deployment.

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Buffer overflow

Identify and Eliminate Buffer Overflows at the Source

Buffer overflows are one of the most dangerous memory safety vulnerabilities, leading to software crashes and security exploits. TrustInSoft Analyzer detects and eliminates all buffer overflows at the source code level before they can be exploited. By performing exhaustive static analysis, it ensures zero false negatives, covering every possible execution scenario, function call, and data flow to guarantee software stability and reliability.

Memory leak

Prevent Memory Leaks and Ensure Runtime Stability

Memory leaks degrade performance, cause system slowdowns, and create long-term reliability issues in embedded and safety-critical applications. TrustInSoft Analyzer automatically detects and prevents memory leaks by analyzing heap allocations, pointer dereferences, and function call sequences. With full path-sensitive and context-sensitive analysis, developers can fix leaks before they impact performance or lead to unpredictable runtime errors.

Proof of cybersecurity

Achieve Memory Safety Without Switching to a New Language

C and C++ remain the backbone of automotive, aerospace, industrial, and embedded software, yet they lack built-in memory safety features. Instead of rewriting code in memory-safe languages, TrustInSoft Analyzer makes existing C/C++ code as secure as Rust or Java, eliminating memory safety vulnerabilities without costly migrations. It integrates seamlessly with CI/CD pipelines, providing automated, real-time security verification to maintain safe, high-performance software. Planning to switch to Rust? Try our Rust Code Analysis Services.

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What are memory safety vulnerabilities, and why do they matter?

How does TrustInSoft Analyzer detect and prevent memory leaks?

What makes TrustInSoft Analyzer better than dynamic testing for finding runtime errors?

How does TrustInSoft Analyzer detect buffer overflows?

Does TrustInSoft Analyzer help with secure coding compliance?

How does TrustInSoft Analyzer integrate with CI/CD workflows?

Can TrustInSoft Analyzer make C and C++ as memory-safe as Rust or Java?

What’s the difference between TrustInSoft Analyzer and classic static analysis tools?

How does TrustInSoft Analyzer help reduce software debugging time?