About Cytomate

Extending Our Validation Discipline Into AI

We prove whether defenses work under realistic attack conditions — and now we are bringing that discipline to the systems that reason, decide and act.

From validation to assuranceCytomate
Breach & Attack Simulation Cyber Deception Control Validation OT Security AI Assurance Model Forensics AI Threat Hunting Model MRI
Who We Are

The Next Frontier of Cybersecurity Is AI Itself

We're building the infrastructure for AI assurance, model security, forensics and threat hunting — extending cybersecurity validation into systems that increasingly reason, decide and act on their own.

  • Built for AI systems — models, agents, RAG pipelines and MCP servers
  • Evidence, not assumptions — defensible proof behind every risk decision
  • Validation heritage — breach & attack simulation DNA, applied to AI
Our Capabilities
Headquartered in
Doha, Qatar
01

Built for AI Systems

Models, agents, RAG pipelines and MCP servers — not just infrastructure.

02

Evidence, Not Assumptions

Defensible technical proof behind every deployment and risk decision.

03

Validation Heritage

Breach & attack simulation DNA, applied to AI.

Our Heritage

Validation DNA, Extended Into AI

Cytomate's heritage is in emulation, validation and proving whether defenses work under realistic attack conditions. We are extending that validation DNA into artificial intelligence.

Breach & Attack Simulation

Security-Control Validation

Cyber Deception

IT Environments

OT & Critical Infrastructure

Adversarial Security Research

Active Research & Exploration

What We're Exploring Next

Research tracks that extend Cytomate's validation heritage into the systems that will increasingly reason, decide and act.

01

Model forensics

02

AI assurance

03

AI threat hunting

04

Model backdoor analysis

05

Agent & MCP security

06

AI supply-chain integrity

07

AI security-control validation

08

AI incident reconstruction

09

Sovereign AI assurance

10

Arabic & multilingual AI security

11

AI security for OT

12

Cyber-physical AI assurance

FAQ

Frequently Asked Questions

Answers to what people ask us most about AEVA, AI Forensics, Threat Hunting and Model MRI.

Still Have Questions?

Our team is happy to walk you through AEVA, Model MRI or anything else.

Talk to Cytomate

Cytomate builds AI assurance infrastructure — model security, forensics and threat hunting capabilities for the systems that increasingly reason, decide and act on their own.

AEVA — Artificial Intelligence Evidence, Validation & Assurance — is a closed-loop assurance lifecycle (Discover, Assess, Attack, Validate, Observe, Collect Evidence, Find, Remediate, Retest) for proving whether your AI systems behave as intended and whether the controls around them actually work.

AI Forensics reconstructs what already happened — prompts, retrieved context, agent and tool-call timelines — for post-incident investigation. AI Threat Hunting proactively looks for hidden threats, like behavior drift or poisoned context, before they become incidents.

No. Model MRI runs entirely black-box: a structured probe battery profiles model behavior, and Jensen-Shannon divergence between baseline and current response distributions quantifies drift. No access to weights, activations or internals is required.

Yes. The AEVA MVP is operational, with core capabilities — adversarial testing, RAG security assessment, automated evidence collection and audit-ready reporting — validated and deployment-ready. Enterprise automation and advanced governance capabilities are in active development. Talk to us about deploying AEVA for your AI systems.

Any organization deploying AI systems — models, agents, RAG pipelines or MCP servers — that needs defensible evidence for deployment and risk decisions, not just assumptions.

Talk to Cytomate directly or follow us on LinkedIn for updates as AEVA's capabilities continue to expand.

Get Started

AI Is Becoming Infrastructure.
Its Security Must Be Proven.