AI System Security Audits

AI Red Teaming

Theori empowers your AI with built-in defenses —strong, scalable, and ready for the real world.
The Challenge

AI Security Gaps are Growing

As AI advances, so do harder-to-detect attacks. Evolving threats demand AI-native security—now more than ever.
Our Solution

World-Class Offensive Expertise. Now for AI.

Secure your AI with real-world testing
Work with experts who've found critical flaws in top AI models
Purpose-built security guidelines for AI systems
Custom AI protection, tailored to your stack

AI Threat Modeling

Collaborate with AI experts to identify and prioritize risks across the full AI lifecycle.
  • Tailored threat models based on system design and usage
  • End-to-end risk assessment from development to deployment

AI Business Logic Vulnerability Assessment

Detect flaws in logic and flow that create exploitable vulnerabilities in AI-driven services.
  • Identifies abuse cases and bypass scenarios
  • Focused on impact to AI availability and trust

Adversarial Attack & Penetration Testing

Simulate real-world adversarial behavior to validate AI security in practice.
  • Link vulnerabilities to specific attack prompts
  • Get PoC-backed findings for actionable fixes

Theori’s AI Security Framework

Apply a structured approach to AI security, aligned with real-world threats and evolving regulations.
  • Combine technical, ethical, and operational risk categories
  • Enable policy enforcement and measurable governance

AI System & Infrastructure Hardening

Secure your AI stack from prompt injection to backend access control.
  • Validate sandboxing, APIs, and external dependencies
  • Assess RAG workflows, databases, and privilege boundaries

AI Red Teaming Process

Step 1.
Strategy & Planning
  • Define AI security goals and map attack surfaces
  • Analyze models and applications for weak points
  • Gather system data, source code, and access for testing
Step 2.
Threat Analysis
  • Identify security gaps in AI infrastructure, data pipelines, and APIs
  • Access system behavior, data flow, and exposure to threats
Step 3.
Adversarial Testing
  • Simulate real-world attacks like prompt injection and model manipulation
  • Execute PoC attacks to expose critical weaknesses
Step 4.
Reporting & Defense
  • Deliver clear findings with actionable fixes
  • Provide a final report and roadmap for security improvements