Built-In Safety

Protect your code from zero-days, buffer overflows, use-after-frees, runtime errors and more critical bugs with exhaustive analysis.

Safety-critical software development

Critical industries like automotive and defense rely on safe and secure software to ensure the safety of humans in their final products. It is essential to know that the software will run as intended. Rigorous validation and verification methods must be in place to prevent unintended behavior from the source code level. Unlike traditional testing methods, formal methods offer mathematical guarantees on the correctness and security of code. This means they can systematically and exhaustively verify that software meets specified properties, significantly reducing the risk of undetected vulnerabilities.

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Eliminate Memory Safety Vulnerabilities

 Ensure code is free from buffer overflow, integer overflow, use-after-free, and other vulnerabilities that create memory leaks and crashes in software. Using formal verification tools and services from TrustInSoft, developers can leverage powerful mathematical methods to increase productivity and assurance.

Solve common code checking problems

Built-in memory safety with TrustInSoft can help you overcome hardware dependency, strenuous and exigent requirements and limited resources, with effective and powerful analysis fit for your project.

Cost Effective Safety

Earlier detection can dramatically cut costs through rework avoidance by early discovery and correction of runtime errors.

What are the unique safety challenges in IoT, Telecom, Automotive, and other critical industries?

These industries face shared challenges:

Complexity: Systems are becoming increasingly complex, with interconnected software components.
Connectivity: Increased connectivity expands the attack surface and the potential for remote exploitation.
Real-time requirements: Many systems have strict timing constraints, making testing and verification more difficult.
Safety-criticality: Failures can have severe consequences, including loss of life or significant financial damage.
Long lifecycles: Software in these industries often needs to be maintained and updated for many years, increasing the risk of accumulating vulnerabilities.

How does TrustInSoft help address these challenges?

TrustInSoft provides solutions that focus on: 

Early vulnerability detection: Identifying potential issues early in the development process, when they are less expensive to fix. 
Comprehensive analysis: Covering all possible execution paths to uncover subtle bugs that traditional testing might miss. 
Formal verification: Providing mathematical proof of the absence of certain types of errors in critical components. 
Minimizing false positives: Reducing the time developers waste investigating non-issues. 
Compliance support: Helping organizations meet the stringent requirements of safety standards.

Can TrustInSoft guarantee software reliability for safety-critical applications like automotive or aerospace?

Yes, TrustInSoft provides mathematical proofs of code correctness, crucial for achieving safety-critical software reliability and compliance with standards like ISO 26262 and DO-178C.

How does TrustInSoft contribute to long-term software reliability by reducing technical debt?

By identifying and eliminating foundational vulnerabilities in embedded code, TrustInSoft minimizes technical debt, ensuring long-term software reliability and easier maintenance.