Can it do the job?
Traditional testing often asks whether a system can complete a task. That matters, but it is not enough for autonomous systems.
EPMOS VERIFICATION SERVICE
Bring us your AI. We attack it before production does.
A standalone adversarial qualification service for AI agents, model-enabled workflows, and autonomous systems that need to prove how they behave before they receive consequential production authority.
MASTER · GOLDEN-DERIVED · ZERO-TOLERANCE QUALIFICATION
THE QUESTION WE TEST
Will it stay inside authority?
EPMOS Verification tests whether capability remains bounded by permission, identity, scope, lifecycle, evidence, provenance, and explicit control conditions.
What happens under pressure?
We deliberately exercise failure conditions, conflicting state, revoked or expired authority, malformed controls, scope substitution, lifecycle violations, and other adversarial conditions designed to expose governance escapes.
WHAT YOU GET
Adversarial qualification
A governed test run designed to expose where an AI system breaks boundaries, misuses authority, or fails unsafe.
Failure evidence
Failures are preserved as evidence rather than erased, so remediation can be tied to the exact condition that exposed the defect.
Retest discipline
Repairs are expected to survive the exact original failure and then wider regression pressure. Tests are not weakened to manufacture a pass.
Qualification record
Runs are designed around identified targets, case accounting, family coverage, custody, reproducibility, and explicit limits on what the evidence proves.
THE BASELINE
32 adversarial governance families
The current MASTER service is derived from Golden and exercises the complete canonical Golden adversarial family set rather than a small demo checklist.
Zero material escape tolerance
A material governance escape is not averaged away. The qualification standard is zero tolerance for material governance escapes within the defined test contract.
High-volume qualification
The service implementation passed a 1,000,000-case Founder floor, a 10,000,000-case qualification, and an independent 10,000,000-case clean-run reproduction with zero failures in its qualified v0.1 contract.
The Verification Service itself is MASTER. That does not mean every system submitted to it is safe. Every outside target must be separately identified, adapted, tested, and evidenced. A target receives only the conclusion its own evidence earns.
WHO SHOULD BRING US A SYSTEM
Enterprise AI teams
Before an internal agent receives production tools, credentials, write access, or operational authority.
AI vendors
Before a customer is asked to trust an autonomous workflow in a consequential environment.
Regulated industries
Finance, healthcare, legal, insurance, infrastructure, defense, government, and other environments where mistakes carry real consequences.
Security and risk leaders
When the question is not merely whether an AI works, but whether it remains governable when conditions change.
INDUSTRY-SPECIFIC PRESSURE
One governance floor
The base EPMOS verification floor does not weaken by industry. Golden and GATELESS remain above the service in the EPMOS authority hierarchy.
Domain packs can get harder
Healthcare, finance, defense, robotics, cybersecurity, and other sectors can add specialized attack families, regulatory scenarios, tool boundaries, and consequence models without changing the constitutional governance floor.
No vanity testing
More cases are useful only when they add meaningful attack diversity, state interaction, failure coverage, or independent evidence. Volume alone is not treated as quality.
START A QUALIFICATION
Do not wait for production to discover what your agent is willing to do.
Bring us the system, its intended authority, its tools, its boundaries, and the consequences that matter. We will define the governed qualification surface before any result is represented as evidence.
This page states public-safe qualification capabilities and verified service-level results. Protected test inputs, exploit details, private prompts, source code, credentials, security topology, proprietary control mechanisms, and architecture-reconstructing details remain withheld.