Deflected Platform

Continuous AI Red Team

We break your AI before someone else does.

Always-on adversarial testing that attacks your own models the way real threat actors do. You get a prioritized report of exactly what broke, why it matters, and how to close it.

The risk this closes

A point-in-time penetration test goes stale the moment your model, prompt, or data changes — and in an AI system, that's weekly. Attackers probe continuously and adapt; a one-time PDF report does neither, leaving fresh weaknesses undiscovered until they're exploited.

AI systems are not static. Models get retrained, prompts get rewritten, tools and retrieval sources get swapped, and each change quietly reopens attack surface a prior test already signed off on. New jailbreak and injection techniques surface across the research community every week, so the threat you were safe against last quarter is not the threat you face today.

Real adversaries treat your model as a moving target and test it without stopping. If your defense is a single audit filed once a year, you are measuring a system that no longer exists. Continuous testing is the only honest way to keep pace — you have to attack at the same tempo the people trying to break in already do.

Built to run in production

1

Simulate

Runs realistic attack campaigns — injection, extraction, jailbreaks, evasion — against your live models.

2

Probe continuously

Re-tests on every meaningful change to your model, prompts, tools, or data, not once a year.

3

Rank

Prioritizes findings by exploitability and business impact so your team fixes what matters first.

4

Verify

Confirms each remediation actually holds by re-running the attack that found it.

What you get

Continuous attack simulation

Adversarial pressure that never pauses, matching the tempo of real threat actors.

Ranked, fixable findings

Every issue arrives with severity, reproduction, and a concrete remediation path.

Proof of resilience for the board

Clear, defensible evidence that your AI has been tested and hardened over time.

Built for the teams on the hook

Continuous AI Red Team is for the people who own the risk when a model ships and answer for it when something breaks.

AI and ML teams shipping to production

Find how your models fail under adversarial pressure before real users — or real attackers — do it for you, on every release.

Security leaders who need assurance

Get continuous, evidence-backed proof that AI systems are being tested and hardened — not a single stale sign-off you have to defend for a year.

Boards that want proof of resilience

Turn AI risk from an abstract worry into a defensible record showing the organization's models are tested against real attacks over time.

In the real world

Where continuous adversarial testing does its work — from the day before launch through every change after it.

Pre-launch model hardening

Attack a new model or agent before it goes live, surface the injections, jailbreaks, and data-leak paths that would have shipped, and close them while it's still cheap to fix.

Continuous regression against new attacks

As new jailbreak and injection techniques emerge, re-run them against your live system automatically so a fix in one release doesn't quietly regress in the next.

Resilience evidence for boards and buyers

Hand security reviewers and enterprise buyers a running record of adversarial testing and remediation — the proof of AI resilience that increasingly gates deals.

What sets this apart

Most AI testing is a snapshot. This is a standing adversary pointed at your stack.

Continuous, not point-in-time

Testing runs on every meaningful change instead of once a year, so your assurance tracks the system as it actually is today — not as it was at the last audit.

Ranked and fixable findings

Every issue is prioritized by exploitability and business impact and arrives with reproduction steps and a concrete fix — not a raw dump your team has to triage from scratch.

Attacks like a real adversary

Campaigns span the full AI layer — model, prompts, tools, and data — using the same injection, extraction, jailbreak, and evasion techniques threat actors actually use in the wild.

Quantum-secured by default

Every byte handled by Continuous AI Red Team is protected with NIST-standardized post-quantum cryptography — ML-KEM-1024 key encapsulation (FIPS 203) in a hybrid scheme. Your data stays sealed against harvest-now, decrypt-later attacks, today and after quantum computers arrive.

Questions, answered

What kinds of attacks does it actually run?
It runs the techniques real threat actors use across the full AI layer: prompt injection and indirect injection through connected data and tools, system-prompt and training-data extraction, jailbreaks that bypass safety and policy guardrails, and evasion designed to slip past detection. Campaigns target the model, its prompts, its tools, and its retrieval sources — not just the endpoint in isolation — and expand as new techniques emerge.
Is it safe to run against production systems?
Yes. It's designed to exercise your live system the way a real adversary would while staying within scope and controls you define, so testing reflects real behavior without disrupting service. All data handled during testing is protected with NIST-standardized post-quantum cryptography — ML-KEM-1024 key encapsulation (FIPS 203) in a hybrid X25519 scheme with AES-256 — so findings and sensitive inputs stay sealed against harvest-now, decrypt-later exposure.
How are findings prioritized and delivered?
Every finding is ranked by exploitability and business impact so your team fixes what matters first. Each one arrives with a severity, reproduction steps, and a concrete remediation path — not a raw log to triage from scratch. When you ship a fix, the same attack that found the issue is re-run to confirm the remediation actually holds and hasn't regressed.
How is this different from a traditional pentest?
A traditional pentest is point-in-time: it tests the system as it existed on one day and produces a report that's stale as soon as the model, prompts, or data change. Continuous AI Red Team re-tests on every meaningful change and as new attack techniques emerge, building a running record of resilience over time instead of a single snapshot. It's also purpose-built for AI-specific failure modes — injection, extraction, jailbreaks, evasion — rather than adapting general application testing to models.

See what breaks before an attacker does

Book a working session with our team. We will map Continuous AI Red Team to your environment, run it against your models, and show you exactly what breaks and how to close it.