Design Partner Program
ALREADY HAVE VULNERABILITY & EXPOSURE DATA?

Stop prioritizing from scores alone. Validate the risk.

Tenable One emphasizes broad exposure visibility and AI-driven prioritization. Hayrok answers the next question: can an attacker actually use it in our environment?

THE UNMET NEED

From finding to proven security outcome.

Your vulnerability platform tells you what exists. Hayrok tells you what can be used.

WHERE THE CURRENT APPROACH STOPS
  • — What exists?
  • — What is misconfigured?
  • — What is vulnerable?
  • — What appears important?
WHERE HAYROK PICKS IT UP
  • → Is the vulnerable code path active at runtime?
  • → Is the asset reachable from the defined attacker origin?
  • → Which controls stopped the exploit — which didn't?
  • → Did a detection fire, or was the attack silent?
  • → Did the fix actually break the path?
WHY SECURITY TEAMS CHOOSE HAYROK

Move from security exposure to security proof.

Hayrok combines governed adversarial validation, evidence, defensive response, validated attack paths, and continuous revalidation in one operating model.

01
Validate what is real
Move beyond theoretical exposure and probabilistic prioritization. Hayrok exercises the condition and captures what happens.
02
Govern every action
Identity, tenant, objective, scope, entitlement, policy, safety, approval — evaluated before any adversarial action executes.
03
See how defenses respond
Measure preventive and detective controls — WAF, IAM, EDR, SIEM, cloud, Kubernetes, and app-layer — during validation.
04
Demand evidence
Every important conclusion leads back to inspectable proof: requests, responses, telemetry, timestamps, identities, and graphs.
05
Validate business impact
Connect confirmed attacker progress to critical assets — not just findings on a list.
06
Revalidate the fix
Don't equate ticket closure with risk elimination. Replay the original condition until the attack no longer works.
WHAT HAYROK PROVES

From finding → validated outcome.

The classic 'Finding → Score → Ticket' pipeline becomes an evidence chain.

THE FULL VALIDATION CHAIN
One security objective. Every dimension of validation.
Finding → Validate → Runtime → Reachability → Control response → Detection → Evidence → Revalidate
THE HAYROK ARCHITECTURE

Reasoning. Governance. Execution. Validation. Evidence.

An AI system should not silently be recommender, approver, executor, and judge of the same security action. Hayrok separates those responsibilities by design.

01 · NECTAR
Understands
Reasons from the validated record — never manufactures certainty. When proof is missing, Nectar returns "insufficient evidence."
02 · GENESIS
Governs & executes
Identity → Tenant → Objective → Scope → Entitlement → Policy → Safety → Approval — and only then, execution.
03 · EVIDENCE FABRIC
Proves
Preserves the full security conclusion: exposure, exploitability, runtime, reachability, control response, detection, attack path, business context.
TENABLE + HAYROK

Fewer theoretical priorities. More validated ones.

Your scanner found it. Hayrok helps prove whether it matters.

Tenable findings & scores
↓
Selected high-priority exposure
↓
Hayrok validation objective
↓
Runtime + reachability confirmation
↓
Control + detection evidence
↓
Revalidation before closure
WHO CHOOSES HAYROK

Security teams that need proof — not another dashboard.

The three functions that pick Hayrok first — and what they say when they do.

"
The CVSS 9.8 that turned out to be unreachable used to eat a sprint. Now we know before we ticket it.
VM
VULNERABILITY MGMT From score to evidence
"
Half our 'critical' findings weren't even on the deployed path. Hayrok proves that in minutes, not weeks.
AP
APPLICATION SECURITY Runtime confirmation
"
We cut our remediation queue by two-thirds — and the ones remaining come with evidence engineering can act on.
SO
SECURITY OPERATIONS Fewer, better tickets

From point tools to a governed program.

See what changes when the objective, the authorization, the evidence, and the defensive response are the centre of the workflow.