Ensuring Memory Safety Through Hardware Awareness

Test Your Software as if on Target

TrustInSoft empowers developers to eliminate runtime errors and deliver memory-safe software using mathematically proven formal verification tools. Modern software systems are becoming increasingly intricate, especially when they're intertwined with hardware. This complexity underscores the critical need for "hardware awareness" in software analysis and verification to ensure both reliability and security. Think of it as knowing exactly how your software interacts with the physical world it operates in. TrustInSoft rises to this challenge with advanced analysis tools, ensuring software functions correctly under a multitude of hardware conditions, preventing issues like buffer overflows and memory leaks.

Trial TrustInSoft Analyzer

Improve Software Reliability and Stability

Expect fewer crashes and less unexpected behavior resulting from hardware-software conflicts.

Enhanced Security

Gain robust protection against hardware-related vulnerabilities that could be exploited by malicious actors.

Mathematically Proven Memory Safety

TrustInSoft Analyzer provides formal verification-backed static analysis that mathematically guarantees the absence of memory vulnerabilities and runtime errors. It's not just about finding potential problems; it's about providing proof that your code is secure.

Book a demo

V Cycle Integration

Test your code as if it were on the final target without needing physical hardware early in the SDLC.

How does TrustInSoft simulate the target software?

Simulate and test software on specific hardware targets (X86, ARM, RISC-V) with detailed memory mapping.

How does TrustInSoft deliver fewer false positives than other tools?

Unlike traditional static analyzers that rely on pattern matching and approximations, TrustInSoft mathematically models all possible program behaviors with abstract interpretation. This rigorous approach provides precise results, eliminating the over-approximations that lead to false positives. By guaranteeing the absence of certain bug classes, TrustInSoft delivers accurate and reliable analysis, focusing developer attention on genuine vulnerabilities.

Why do traditional static analysis tools produce false positives?

Many traditional tools analyze code without executing it, creating an abstract model. This abstraction, while necessary for speed, often leads to over-approximation. The tool might flag a potential issue that could only occur under specific conditions that are never actually met in practice. They also often lack complete context. For example, they might not understand runtime checks or developer assumptions, leading to incorrect inferences. Finally, complex code with many interactions makes accurate analysis difficult, increasing the chance of misinterpretations and false alarms.

What is the impact of false positives on development teams?

They waste valuable time investigating phantom bugs, eroding trust in analysis tools. This leads to alert fatigue, where real vulnerabilities are missed, increasing security risks. False positives also inflate development costs and can delay releases. In short, they hurt productivity, security, and morale.

What is alert fatigue, and how is it related to false positives?

Alert fatigue is the desensitization to a high volume of alerts, causing individuals to ignore or delay responses. False positives, which are alerts indicating a problem when none exists, significantly contribute to this fatigue by overwhelming responders with irrelevant notifications. Consequently, alert fatigue increases the risk of overlooking genuine and critical alerts.

How can I reduce false positives in my code analysis?

Using exhaustive static analysis with TrustInSoft Analyzer you can explore all possible input paths for a more accurate analysis with fewer false positive than traditional static analysis tools alone can provide.