Industry

Autonomous security research for defense and aerospace software.

Aerospace and defense programs depend on communications stacks, data parsers, and ground and control software written largely in C and C++. Vorthix AI's XOR-1 agent audits that code for vulnerabilities nobody has found yet and gives engineers a working PoC for each. Vorthix runs on your own infrastructure, so source code stays in your environment.

Typical targets
Protocol stacks, parsers, ground systems
Deployment
On your infrastructure
Languages
C, C++, Rust, Go, and more

The problem

Long lifetimes and high consequences.

Defense software ships once and runs for years, and a flaw found late is expensive to correct in the field. Review capacity is limited by the number of people who can see the code.

Continuous, hands-off analysis lets a small team cover more code without widening access.

How XOR-1 works on this

From first hypothesis to a verified report.

  1. 01

    Scope the software

    Agree on the components, build environment, and handling rules in a scoping workshop.

  2. 02

    Audit autonomously

    XOR-1 analyzes the code and forms attack hypotheses without human guidance.

  3. 03

    Demonstrate each finding

    The agent writes and runs a PoC, keeping only what reproduces.

  4. 04

    Hand off to engineering

    Verified reports arrive with the trace, root cause, patch, and regression test.

What your team receives

A handoff engineers can act on.

  • Working PoCs for confirmed vulnerabilities
  • Root-cause analysis for the fixing engineers
  • Entry-point mapping for the reviewed components
  • Verification by the Vorthix research team before delivery

Questions

Common questions.

Where does the analysis run?

Vorthix runs on your infrastructure, so your source code stays in your environment. Specific handling requirements are agreed during scoping.

Which languages are common in this sector?

Mostly C and C++. XOR-1 also supports Rust, Go, Python, TypeScript, JavaScript, Java, Kotlin, Ruby, PHP, Swift, Assembly, and Solidity.

What does an engineering team receive?

A working PoC, a minimized reproducer, the runtime trace, the root-cause path, a suggested patch, and a regression test for each finding.

Bring us the code that matters most.

Tell us about your software and we will scope the right engagement.