Rust Code Analysis
Reliable, secure Rust code analysis for modern Rust and mixed Rust/C/C++ codebases.
Rust Code Analysis for Reliable and Secure Software
Rust is designed for memory safety, but unsafe Rust, mixed Rust/C/C++ projects, and complex system interactions introduce risks that traditional testing cannot fully detect. Achieve zero memory‑safety issues and eliminate Rust or mixed‑language vulnerabilities.
Rust Verification
Detect memory‑safety issues and unwanted outcomes, including panics across Rust and mixed Rust/C/C++ codebases, ensuring safe interoperability with legacy C code and predictable system execution.
Proof of Security
Provides strong assurance against memory-safety issues and runtime risks, going beyond traditional testing or Rust’s guarantee, while dramatically reducing false positives.
Audit-Ready Reports
Our detailed security verification reports include root cause analysis and compliance insights, and deliver actionable intelligence for improving both software safety and cybersecurity.
Eliminate Critical Rust Memory Safety Issues
Even with Rust’s safety guarantees, unsafe Rust, mixed Rust/C/C++, and complex concurrency or real‑time execution can introduce vulnerabilities. Formal methods detect and eliminate issues such as buffer overflows, integer overflows, undefined behavior, and unwanted panics to ensure reliable, secure Rust software.
Compliance‑Ready. Security‑Focused. Rust Analysis for Safety‑Critical Industries.
As you migrate codebases to Rust, many of the existing standards still apply. Formal methods ensure safe interoperability between Rust and legacy C/C++ code while eliminating hidden security gaps. TIS Analyzer applies formal methods to analyze mixed Rust and legacy C/C++ code, ensuring safe interoperability and preventing hidden security vulnerabilities. This helps achieve higher security and safety standards in automotive (e.g., ISO 26262), aerospace (e.g., DO-178), IoT, and critical infrastructure.
Expert-Led Rust Verification Services
Rust or mixed Rust/C/C++ source code is analyzed by our experts, working alongside your team to perform exhaustive formal‑methods verification and deliver an audit report with clear, actionable security insights.
Step 1: Submit Your Code
Provide pure Rust or hybrid Rust/C/C++ source code for analysis.
Step 2: Code Analysis
Initial structural and security review, identifying potential risks, unsafe memory handling,unwanted behaviors like panic! and early-stage vulnerabilities. Followed by detailed analysis using abstract interpretation and analysis to emulate specific hardware environments, ensuring that results account for the unique characteristics of the target system.
Step 3: Actionable Reports with Deep Insights
You receive a comprehensive security report with traceable bug locations.
Full Memory Safety Assurance
Accelerate Time to Market
Detect and resolve memory safety issues early, reducing late-stage debugging and security bottlenecks.
Reduce Security Risk
Eliminate buffer overflows, race conditions, and unsafe Rust vulnerabilities that compromise software integrity.
Compliance & Certification Readiness
Meet ISO 26262, DO-178C, IEC 62304, and CERT C standards with audit-ready verification reports.
