Memory Safety Vulnerability Mitigation

Memory safety

Protect your systems, prevent crashes, and ensure robust security with comprehensive tools and services for solving memory safety issues.

Whare are Memory Safety Vulnerabilties?

Definition

They are programming errors that can lead to unintended access or modification of memory, potentially causing crashes, security breaches, or data corruption.

Types of Vulnerabilities

Buffer overflows, use-after-free errors, memory leaks, and dangling pointers are among the most common.

Impact

The consequences can range from minor inconveniences to major security breaches, system crashes, data loss, and even physical harm in safety-critical systems.

Memory safety

How to address Memory Safety Bugs Head On With TrustInSoft Analyzer

Unlike traditional static analysis tools, TrustInSoft Analyzer uses formal methods at its core for a hybrid analysis, using mathematical logic to rigorously analyze the code and explore all possible execution paths. This exhaustive analysis is key to finding subtle bugs that might be missed by traditional testing.

Memory Safety at a Glance

What is memory safety in C/C++?

What are some of the most common memory safety vulnerabilities?

Why is memory safety significant?

TrustInSoft Can Help

How can I effectively detect C/C++ memory safety vulnerabilities, especially before they reach production?

How does TrustInSoft's FVS help with memory safety specifically?

What are formal methods, and how does TrustInSoft use them for memory safety?