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AI Assurance Lab

Assurance for production GenAI.

Independent AI Security, AI Governance and Enterprise AI assurance — adversarial red-teaming and EU AI Act readiness for systems running in Spanish and English. Don't take our word for it: run real attacks against a live agent.

5 attack classes ES · EN native EU AI Act readiness real tests, no theater
The state of GenAI safety

The industry already measured the gap. We extend it to your languages.

TELUS Digital's Fuel iX research benchmarked 24 frontier models configured as production customer-service bots — 750 adversarial scenarios, ~399,000 evaluations. The verdict: every single model was exploitable, with attack success rates from 1% to 64% under identical instructions.

1–64%attack success rate across models, same security prompt
<0.4%of the $644B GenAI spend goes to AI-specific security
33.1%success of privacy & personal-data attacks — the #1 class
3rd–10thattempt where "blocked" attacks actually succeeded

“Single-try validation creates dangerous false confidence.”

— TELUS Digital · Fuel iX, State of GenAI safety and security

Avg. attack success rate · selected models

0 ——— 70%
Claude 4 Sonnet
1.1
Gemini 2.0 Flash
3.9
GPT-5
9.6
GPT-4.1
16.6
Gemini 1.5 Pro
22.6
GPT-OSS-20B
27.8
Gemini 1.5 Flash
44.2
Mistral Large
58.7
high security <5% moderate 5–25% vulnerable >25%
Where we focus

Three pillars, one assurance practice.

01

AI Security

Adversarial red-teaming of your GenAI apps — prompt injection, jailbreaks, system-prompt extraction, PII leakage and out-of-policy generation — run as real attacks, not checklists, with reproducible PASS/FAIL evidence and severity.

red-teamingOWASP LLMreproducible
02

AI Governance

EU AI Act readiness mapping and NIST AI RMF alignment, plus the documentation a regulated deployment needs — risk classification, transparency, logging, human oversight. Readiness, not certificates we don't issue.

EU AI ActNIST AI RMFoversight
03

Enterprise AI

Assurance wired into how you ship — continuous, automated testing on every model or prompt change, gating CI and tracking drift, so a system that passes today stays safe after the next deploy.

CI gatecontinuousdrift
Method

Assurance engineering, not vibes.

Probabilistic systems need adversarial, repeated, language-aware testing — a discipline borrowed from safety-critical software.

01

Threat surface

Per system: which attack classes apply, in which languages, against which data.

02

Run the battery

Native ES/EN adversarial tests against the live agent. Rule-based verdicts first; LLM-judge second.

03

Score & map

Severity-weighted score plus an EU AI Act readiness view. Every FAIL is reproducible.

04

Gate & monitor

Wire it into CI so regressions block the deploy, and re-run on drift.

// red · blue · purple team approaches — reproducible tests, explicit verdicts, no claim without evidence.

Bring this to your stack.

We'll run the battery against your real agent — in your languages — and walk you through every finding.