Red Teaming Services for AI Systems & Agents
Your enterprise customers and auditors now ask for evidence that your AI holds up against attackers. Our human testers go after your models, agents, and the tools they call just as an adversary would. Every finding is mapped to the OWASP Top 10 for LLM Applications and MITRE ATLAS, in a report your buyers’ vendor-risk teams can read. TechMagic is CREST-accredited, and a Certified AI/ML Pentester (C-AI/MLPen) leads every engagement.
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Scope follows your architecture rather than a generic checklist. LLM red teaming covers models you host, models you fine-tune, and commercial models you call through an API.
We probe how each one behaves under adversarial input, and whether its safety behavior holds when the conversation gets long and strange. We track model versions as your team updates them, because a fix in one release can reopen a gap closed in the last.

Our AI agent red teaming services concentrate on what an agent can do, since its actions carry more risk than its words. AI agent security testing covers the tools it calls, the credentials it holds, the steps it takes without human approval, and what happens when its instructions are poisoned.
Whether the AI red teaming agent under test acts autonomously or waits for a human in the loop changes how much a single compromise can cost you.
Whether the agent acts on its own or waits for human approval decides how much a single compromise costs you.

Retrieval-Augmented Generation, usually shortened to RAG, gives a model access to your documents at query time. Connecting a model to live data widens the unique attack surfaces of AI environments built this way, since anything indexed becomes something an attacker can try to weaponize.
We test whether a user can reach documents they should not see, and whether content planted in an indexed source can redirect the model’s behavior.

Red teaming LLM-powered assistants means testing what a determined user can extract or trigger. For customer-facing bots, we look at data exposure and brand-damaging output. For internal copilots, we look at privilege boundaries between teams.

Every model endpoint is an authenticated surface with rate limits, quotas, and a bill attached. Traditional security controls such as API keys and quota enforcement still matter here, and we check whether they hold up under adversarial use. We test authorization between tenants, what an exposed endpoint reveals about the model behind it, and how third-party AI components in your stack widen your exposure.

A model is reached through an application, running on infrastructure, behind an identity layer. We test that surrounding stack alongside the AI layer, because attackers move between them. Our penetration testing practice covers that ground.

Every engagement is scoped to the system in front of us, so we start with how yours is built and who would want to break it. That means walking through your architecture with your engineers, listing the models, agents, tools, and data stores in scope, and agreeing on what a successful attack would look like for your business.
We also confirm the AI red teaming targets for the engagement here and loop in the internal teams who own each system. That way, scope reflects what you actually run rather than a generic list.
Automated testing gives us breadth across known techniques and thousands of variants, letting us simulate adversarial attacks at scale before our engineers get involved.
Our red teamers then spend their time, the way experienced security researchers do, on the creative, multi-turn work that tooling cannot do. The manual half is where the findings that matter usually come from.
Finding a bypass is only half the job. We check whether your filters, system prompts, human-approval steps, and logging actually catch each attack method when it runs, so you learn which controls work and which only look like they do.
You get findings ranked by business impact, each with the attack path that produced it and the control that closes it. Your engineers get enough detail to reproduce the issue. Across every round of adversarial attacks, the goal is a lower attack success rate against your production system. Once your team has applied the fixes, we retest the affected findings at no extra charge and confirm what is closed.
Security Experts Behind the Process
Why Choose TechMagic as Your AI & Agent Red Teaming Company
Teams comparing top AI red teaming services usually weigh generic security firms against scanner-only tools, but our cybersecurity AI red teaming service sits inside an accredited offensive security practice instead. Our manual-first approach helps combine deep human expertise with the most suitable capabilities of AI red teaming tools.
TechMagic holds CREST accreditation for security services, and our AI engagements are led by engineers holding the C-AgAIPen credential. Few AI red teaming companies bring both an accredited offensive practice and AI-specific certification to the same engagement.
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