Productivity and Trust for AI Written Code

Memory safety vulnerabilities are programming errors specific to C/C++ that arise from manual memory management. They involve incorrect operations on memory, such as accessing unallocated memory, writing beyond buffer boundaries, or failing to release memory.

While the Rust compiler's Borrow Checker handles the majority of memory safety issues in "safe" Rust code, TrustInSoft focuses on the areas where memory safety can be bypassed or runtime errors can occur, such as unsafe blocks, in hybrid C/C++/Rust code bases and runtime behavior.

Make sure AI written code is free of subtle memory safety issues like:

• Buffer Overflows: Writing data past the allocated size of a buffer.
• Use-After-Free: Accessing memory that has already been deallocated.
• Uninitialized Variables: variables that have been declared but not assigned an initial value before being used.
• Dangling Pointers: Pointers that point to memory that has been freed or is no longer valid.
•  Unauthorized Read or Write Memory Access: Reading or writing memory without permission.

Memory safety vulnerabilities can be exploited by malicious actors to compromise systems, steal sensitive data, or cause service disruptions. They are also notoriously difficult to debug and can lead to unpredictable program behavior.

TrustInSoft Analyzer offers a powerful solution through exhaustive hybrid analysis. By simulating the hardware memory mapping, it analyzes your C/C++/Rust code without needing the final hardware to run it, allowing you to identify potential memory safety vulnerabilities early in the development lifecycle. This proactive approach prevents costly and time-consuming debugging later on.

TrustInSoft's mission and vision support the transformation of the growing need for software that complies with quality requirements and adapts to unprecedented speed and newer languages like Rust: a future where Productivity and Trust are not opposed, but united through Formal Verification. This opens up opportunities for companies in terms of productivity and reducing product development cycles, but also heightened risks for quality, security, and unclear responsibilities.

Formal methods are mathematically rigorous techniques for specifying, verifying, and reasoning about software systems. TrustInSoft Analyzer leverages formal methods to create a precise mathematical model of your C/C++ code. This model allows the tool to exhaustively explore all possible program behaviors, including those that might only occur under very specific and hard-to-reproduce conditions. This thoroughness is key to finding subtle memory safety vulnerabilities.