OXYNE PLATFORMAgentic Security
Validation Workflow

AI Red Teaming

Deeper, adversarial campaigns for your highest-risk AI systems — the same judge-scored methodology behind AI Security Testing, run with more time and attack depth per target.

Built for

Security leaders, red teams, and product-security teams responsible for high-impact agents, tools, and workflows.

Cadence

Scoped engagements for major releases, high-risk systems, material architecture changes, or targeted assurance needs.

Required inputs

A defined target, supported interface, authorized actions, meaningful success conditions, and explicit safety constraints.

Delivered outputs

Reviewed findings, full transcripts, judge reasoning, impact context, attack-path hypotheses, and remediation retest evidence.

What's included

Multi-turn adversarial sessions

Chains of prompts designed to compound smaller weaknesses into a real compromise, not single-shot attempts.

Separate judge scoring

Every transcript is scored against an explicit success condition by a model that isn't the one being tested — see our research on the methodology.

Cross-surface attack-path correlation

Relate relevant agent and web/API findings conservatively, labeling inferred relationships separately from end-to-end verified chains.

Admin-gated, fully audited

Opt-in for authorized live targets, with bounded execution, full event logging, and human review of deeper campaign results.

How it works

1

Scope the target

We agree on the specific high-value system and the actions that would constitute a real compromise.

2

Run under the Intensive profile

Deeper multi-turn campaigns execute against the live target with full logging.

3

Human review before ship

Our team reviews judge verdicts before anything is marked confirmed in your dashboard.

4

Correlate and report

Reviewed findings are delivered with transcript evidence and clearly labeled related web/AI context.

See Oxyne on your own systems.

Book a 30-minute walkthrough — we'll scope a real assessment for your AI and web surfaces.