GOVERNED ADVERSARIAL EXPOSURE VALIDATION

Validate what attackers can actually exploit.

Hayrok continuously validates whether your exposures are exploitable, whether your controls and detections catch them, and hands you audit-ready evidence — governed, so nothing runs in your environment without your approval.

Policy-controlled execution
Evidence-backed findings
Validated attack paths
Continuous revalidation
GENESIS · LIVE VALIDATION FABRIC
Every integration → every outcome, one governed engine.
SYSTEM · HEALTHY GOVERNED FLOWS OPA POLICY GATE SIGNED ARTIFACTS R-8842 · 64%
Hayrok Genesis validation fabric. 01°N TENANT / PROD RUN R-8842 ENVOY + OPA INTEGRATIONS HAYROK GENESIS OUTCOMES POLICYAPPROVALSEVIDENCEGOV Cloud AWS · Azure · GCP Identity Okta · Auth0 · Entra SIEM Splunk · Elastic · Sentinel EDR CrowdStrike · SentinelOne WAF/CDN Cloudflare · Akamai · Fastly Kubernetes EKS · GKE · AKS CI/CD GitHub · Jenkins · ADO Ticketing Jira · ServiceNow Validated findings Exploitability Proven Attack paths Entry → jewel Mapped Detection coverage In-run latency Timed Control effectiveness Observed Tested Audit evidence Signed · SHA-256 Signed Remediation proof Rerun to close Re-run Executive reports Board-ready REI Risk index Business-scored Scored
8 INTEGRATION CATEGORIES 8 OUTCOMES ALL GOVERNED · SIGNED
ILLUSTRATIVE RUN · SHAPE OF A REAL RECORD
THE VALIDATION GAP

Security teams have exposure data. What they need is adversarial proof.

Existing signals show what might matter
Scanners show what might be vulnerable.
Exposure platforms show what might matter.
Attack graphs show where attackers might go.
Detection tools show what might be visible.
Penetration tests provide valuable but periodic snapshots.
Unresolved questions that need proof
Is the exposure actually exploitable?
Is the condition active in production?
Can an attacker reach it?
Does the required identity path work?
Did a preventive control block it?
Did a security detection fire?
Can the path reach a crown jewel?
Did remediation remove the risk?
Hayrok turns those assumptions into governed, evidence-backed outcomes.
VALIDATE WHAT MATTERS

Choose the security outcome you want to validate

Hayrok maps each objective to relevant assets, scenarios, validation methods, telemetry requirements, safety controls, approvals, and evidence contracts.

internet-facing
Internet Exposure

Scanners flag thousands of internet-facing issues, but few are genuinely reachable and exploitable from an attacker position.

WHAT HAYROK VALIDATES
External reachability
Exploitable services & ports
Authentication & authorization gaps
Path to internal assets
EVIDENCE PRODUCED
Adversarial interaction proof
Request/response capture
Reachability evidence
Attack-path linkage
Explore Internet Exposure
THE HAYROK DIFFERENCE

From possible exposure to proven risk.

Validate Exploitability
Confirm whether vulnerabilities, misconfigurations, exposed services, authorization gaps, and unsafe conditions can actually be used.
Focus teams on validated risk.
Prove Control Effectiveness
Validate WAF, EDR, IAM, segmentation, API gateway, cloud, and application-control behavior against real adversarial activity.
Know which defenses work.
Measure Detection Coverage
Confirm whether SIEM, EDR, WAF, identity, cloud, API, and Kubernetes detections actually fire on validated behavior.
Find detection gaps before attackers do.
Confirm Runtime & Reachability
Determine whether affected components are active and reachable from a relevant attacker position.
Separate inventory risk from operational risk.
Map Validated Attack Paths
Connect exposures, identities, workloads, controls, detections, and crown jewels into proven paths.
Prioritize paths that create business impact.
Generate Audit-Ready Evidence
Preserve the proof supporting findings, decisions, reports, and remediation — end to end.
Give stakeholders evidence they can trust.
THE HAYROK PLATFORM

Built for Governed Adversarial Exposure Validation

Genesis Validation EngineORCHESTRATION CORE
Plans, governs, orchestrates, and executes every validation workflow.
Scenario Library
Objective-aligned scenarios, telemetry requirements, safety metadata, and evidence contracts.
Autonomous Validation Agents
Coordinate recon, planning, execution, validation, evidence, and reporting.
Evidence Fabric
Collects and correlates the proof behind each outcome across the system.
Attack Graph Intelligence
Connects validated exposures and identities to crown jewels and business impact.
Private Runner
Controlled validation in cloud, private, hybrid, and regulated environments.
Integrations
Connect assets, findings, controls, telemetry, workflows, and evidence sources.
Hay Assist
Explains findings and evidence, supports remediation, and guides revalidation.
WHY HAYROK

Everyone validates. Only Hayrok is governed.

The enemy isn’t another vendor — it’s the annual pentest plus a scanner backlog no one can trust. You pay for one test a year and drown in findings the other 364 days.

THE MARKET
HAYROK
Simulates attacks
Validates real exploitability & outcomes
Produces alerts
Produces governed evidence
Point-in-time pentest
Continuous validation
"Point it and it attacks"
Proposes a plan you approve
Static reports
Audit-ready, board-forwardable proof
EVIDENCE, NOT ASSUMPTIONS

Every finding comes with proof.

CRITICALCONFIRMED
Object-level authorization failure exposes customer records
FND-2291 · api.payments · asset_web_checkout
Runtime presenceConfirmed
ReachabilityConfirmed
Preventive controlAllowed
Detection responseNot detected
Attack pathReaches customer DB
Evidence artifacts12 collected
EVIDENCE ARTIFACTS · 12
HTTP CAPTURE · api.payments/v2/orders/{id}
GET /v2/orders/8842 HTTP/1.1
Authorization: Bearer <session_userB>

200 OK
{ "order_id": 8842, "owner": "userA",
  "pii": { "email": "a•••@corp.com", "card": "•••4417" } }

⸺ userB retrieved userA records — BOLA confirmed.
ENTERPRISE ECOSYSTEM

Seamlessly Integrated into your
Security Stack

Hayrok Hive flows into your existing environments, automating ticketing, cloud analysis, and security verification natively.

Okta
Okta
Azure AD
Azure AD
GitHub
GitLab
GitLab
Jira
Jira
Slack
Slack
ServiceNow
ServiceNow
AWS
AWS
GCP
GCP
Jenkins
Jenkins
Splunk
Splunk
Elastic
Elastic
Vanta
Vanta
AuditBoard
AuditBoard
Drata
Drata
Datadog
Datadog
Microsoft Sentinel
Sentinel
Docker
Docker
Kubernetes
Kubernetes
Bitbucket
Bitbucket
ArgoCD
ArgoCD
Harness
Harness
Governed Execution
Evidence-Backed Findings

Hayrok connects to the tools your team already runs.Integration availability varies by stage — ask us what is live today.

THE GOVERNANCE MODEL

Running real attack techniques in production is only safe when you approve the plan.

Hayrok’s agents never act on their own authority. Before a single technique executes, the Planner shows you exactly what it intends to do — and waits.

That approval step isn’t friction. It’s the reason security engineers trust Hayrok in environments where they’d never point an autonomous tool.

THE FOUR-LINE GATE
ARMED · AWAITING SIGN-OFF
01
Every engine & scenario
Listed before it runs — what will execute, why, and against which assets.
02
Blast radius & credentials
Scoped and shown — the exact boundaries and identities the run is allowed to touch.
03
Your approval, required to execute
Nothing runs until a human signs off. No hidden pathways, no auto-continuation.
04
A signed record, captured as evidence
Every approval, plan, and outcome preserved for audit, reporting, and revalidation.
Reject
Approve & execute
ECONOMIC IMPACT MODEL

The return on governed validation.

Every figure below is computed from the four assumptions you can set — not from a case study. Change them to match your environment and the whole model moves with you.

FIRST-YEAR ROI
431%
Modelled return on the Hayrok investment, net of platform cost
PAYBACK PERIOD
2.3mo
Time to net-positive at the assumptions on the right
ANNUAL NET BENEFIT
$775K
Value returned after the platform investment
HOURS RETURNED
6.0K
Analyst hours reclaimed per year · 3 FTE of capacity
FIRST-YEAR MODEL·Computed live from your assumptions · illustrative
See the assumptions
WHERE THE VALUE COMES FROM
ANNUALIZED
Finding-triage savings
1,848 hours returned
$268K
Technical validation efficiency
1,386 hours returned
$201K
Evidence and reporting efficiency
1,498 hours returned
$217K
Remediation revalidation efficiency
396 hours returned
$57K
External testing optimization
120 hours returned
$107K
Audit and assurance efficiency
720 hours returned
$104K
Total modelled value returned
$955K
YOUR ASSUMPTIONSILLUSTRATIVE MODEL
FTEs across sec-eng, appsec, SOC, GRC
12 FTEs
Across scanners, exposure, and pentest
220 / mo
Fully-loaded security-engineer rate
$145/hr
Assumed platform + private runner
$180K
Capacity returned to the team
Hours the model frees across triage, validation, and revalidation.
3 FTE
Evidence and audit effort
Signed evidence packs replace the manual assembly of proof.
$322K
External testing optimization
Continuous validation between engagements, not one snapshot a year.
$107K
HOW THIS IS CALCULATED
Hours are modelled per finding and per FTE, priced at your blended rate, then netted against the platform investment. No customer data is used and no result is implied — it is a planning tool.
Limited Availability

Join the Design Partner Program

We're onboarding a limited group of security leaders to shape Governed Security Validation before broad release. Design partners receive founder-led onboarding, early access, and roadmap influence.

Founder-led onboarding + workflow design sessions
Early access to Genesis, Hive, Nectar
Preferred design partner pricing
Priority support and feature influence

Ready to validate what matters?

Move beyond theoretical findings and assumed defensive coverage. See how Hayrok helps your team safely validate real exposure, prove how controls and detections respond, and verify remediation.

Take the Product Tour Open the Proof Library Preview the Scenario Library Calculate Your ROI