The GCC's First Agentic AI Red Team Exercise

Every AI agent your enterprise has deployed is a potential attack vector. We systematically exploit them using the APEX framework — before adversaries do.

Duration: 6-8 weeks Team: 1 Senior AI Security Researcher + AI Agent Swarm

You might be experiencing...

Your AI agents have been live for months. No one has tested them for prompt injection or tool poisoning.
Your current pentest firm has never tested an AI agent. They don't have the methodology.
NESA, DFSA, and VARA are beginning to reference AI-specific security controls in regulatory reviews.
A compromised AI agent can access your entire tool ecosystem — CRM, databases, email, payment rails.

Every enterprise in the GCC is deploying AI agents. Most have never had them security-tested.

The attack surface is unlike anything traditional penetration testing was designed to assess. An AI agent doesn’t just run code — it reads instructions, calls tools, maintains memory, and takes autonomous actions. Each of those capabilities is an attack vector.

What Adversaries Are Actually Doing

Prompt injection embeds adversarial instructions in data your agent reads — a document, an email, a web page. The agent executes those instructions as if they came from you. Your agent becomes the adversary’s proxy inside your own systems.

Tool poisoning compromises one of the tools your agent calls. The agent, acting in good faith, retrieves and executes attacker-controlled data. If your agent calls a retrieval tool to fetch customer records, a poisoned tool returns data that hijacks the agent’s next action.

Memory manipulation injects false context into your agent’s memory store. Future agent sessions execute based on corrupted context. An adversary can persist across agent restarts without maintaining network access.

Agentic privilege escalation uses your agent’s tool access — write access to your CRM, your email, your database, your payment rails — to move laterally into systems the agent can reach but the adversary cannot.

The APEX Framework

pentest.ae’s APEX methodology (Agentic Penetration Exercise) is the only documented framework in the GCC for systematically testing these attack vectors. Human senior researchers drive all five phases. AI agents automate enumeration, fuzzing, and injection sweeps in parallel — covering attack surface that would take a human team weeks to enumerate manually.

The result: faster, deeper, and more comprehensive coverage than any manual-only approach — without the false-positive noise that purely automated tools produce.

Why This Matters for UAE Enterprises

NESA, DFSA, and VARA are moving rapidly toward requiring documented AI security testing as part of regulatory technology risk assessments. The enterprises that complete an AI red team exercise now are positioned to demonstrate compliance when regulators ask — rather than scrambling under time pressure.

Engagement Phases

Week 1

PLAN

Scope definition, threat modeling, AI architecture review, rules of engagement, OSINT gathering on AI stack exposure.

Week 2

SURFACE

AI agent enumeration, tool connection mapping, privilege scope assessment, MCP server inventory, API endpoint discovery.

Weeks 3-5

EXPLOIT

Manual prompt injection chaining, tool poisoning, memory manipulation, unauthorized lateral movement via agent tool calls. Parallel AI agent fuzzing with Garak and PyRIT.

Week 6

PERSIST

Persistent agent compromise simulation, privilege escalation through agent chains, exfiltration path mapping.

Weeks 7-8

REPORT

Executive and technical findings reports, CVSS scoring, remediation roadmap, OWASP LLM Top 10 compliance mapping.

Deliverables

Executive summary (board-level, non-technical)
Full technical findings report with CVSS scores and evidence
OWASP LLM Top 10 compliance mapping
Prioritized remediation roadmap with effort estimates
NESA/DFSA regulatory alignment assessment
Remediation verification testing (one retest per critical finding)

Before & After

MetricBeforeAfter
Engagement CoverageNo AI-specific testing available at any UAE firmFull APEX methodology, 6-8 weeks end-to-end
Attack Vectors TestedOWASP Top 10 onlyOWASP Top 10 + OWASP LLM Top 10 + Agent-specific vectors
Findings DeliveryEnd of engagement onlyCritical findings within 48h of discovery

Tools We Use

Garak PyRIT PromptBench Burp Suite Pro Claude Code Agents Shodan / Amass

Frequently Asked Questions

What is an Agentic Red Team Exercise?

An Agentic Red Team Exercise simulates a real adversary attempting to compromise your AI agents and the systems they interact with. Unlike traditional penetration testing, we test AI-specific vulnerabilities: prompt injection, tool poisoning, memory manipulation, and agentic privilege escalation. We use the APEX methodology with both human researchers and AI agent automation covering attack surface that manual testing alone cannot enumerate.

Which AI systems can you test?

We test any AI agent or LLM-powered application: OpenAI GPT-4/o3 integrations, Anthropic Claude deployments, AWS Bedrock agents, Azure AI applications, Google Vertex AI agents, LangChain and LangGraph applications, CrewAI multi-agent systems, custom fine-tuned models, MCP server implementations, and any application with an LLM at its core — including the tool ecosystem those agents access.

Do I need written authorization?

Yes. UAE Federal Decree-Law No. 34 of 2021 requires written authorization from a person with legal authority over all systems tested. We provide a standard Authorization to Test (ATT) document. No testing begins without signed written authorization.

How does this relate to a standard penetration test?

A standard penetration test covers traditional attack surfaces: web applications, APIs, networks, cloud infrastructure. An Agentic Red Team Exercise adds AI-specific attack vectors that no traditional penetration test covers. For enterprises with AI agents deployed, our Strike AI Red Team engagement combines both — covering the complete attack surface.

Find It Before They Do

Book a free 30-minute security discovery call with our AI Security experts in Dubai, UAE. We identify your highest-risk AI attack vectors — actionable findings in days.

Talk to an Expert