Design Partner Program

Hayrok vs Picus: Control Validation or Proven Exploitability?

Both run real attacker behavior instead of trusting scores. Picus grew out of breach and attack simulation and is strongest at showing whether your prevention and detection controls stop known threats, and how to tune them. Hayrok proves which paths and endpoints are actually exploitable, under approval you control, including APIs and AI applications.

CHOOSE HAYROK IF
→You need to prove what's exploitable, not only what's detected→Every plan must be approved before techniques run→APIs and AI applications are part of the attack surface
CHOOSE PICUS IF
→Your main question is whether EDR, SIEM, firewall and email controls stop known threats→You want ready-made prevention signatures and detection rules for your vendors→Detection engineering and SOC tuning drive the program
Check your fit → See the comparison Last reviewed 2026-11-10
01 · AT A GLANCE

Hayrok and Picus at a Glance

Overlapping category, different starting questions.

Hayrok

A governed adversarial exposure validation platform. HIVE Agents run approved plans, every result is stored as replayable evidence, and validation covers infrastructure, APIs and AI applications.

HivePlans, approvals and scopeNectarBuilds validation plans from your environmentEvidence FabricRedacted, replayable evidence per resultPrivate RunnerOutbound-only execution inside your network

Picus

A security validation platform built on breach and attack simulation. It simulates known threats against your controls, reports what was prevented or detected, and recommends vendor-specific fixes.

Control validationBAS against network, endpoint, email and web controlsDetection validationChecks SIEM and EDR rules fire as expectedAttack path validationInternal paths and Active DirectoryCloud validationCloud configuration and identity risks
02 · SIDE BY SIDE

Hayrok vs Picus Feature Comparison

Eleven dimensions buyers weigh most. Where a vendor doesn't publish a detail, we say so rather than guess.

Hayrok Picus
ORIGIN Governed adversarial exposure validation Breach and attack simulation, extended to a validation platform
PRIMARY QUESTION Is this exposure exploitable here, and was it stopped? Do our controls prevent and detect known threats?
APPROVAL MODEL Each plan approved in Hive before execution; every request checked against scope Simulations scheduled and scoped by the customer
THREAT CONTENT Plans built from your environment by Nectar Large threat library updated as new threats emerge
CONTROL COVERAGE Control verdicts recorded per step of a path Core strength across network, endpoint, email and web
DETECTION RULES Detections matched and timed per step Detection rule validation for SIEM and EDR
FIX GUIDANCE Owner-routed findings with evidence and retest Vendor-specific prevention signatures and detection rules
ATTACK PATHS Paths proven end to end, including identity Attack path validation for internal and AD
WEB APPS & APIS Per-identity API authorization, BOLA, BFLA and business logic Web application attack simulations
LLM & AI AGENTS Prompt injection, RAG and agent tool-abuse validation Not a published focus; confirm with vendor
EVIDENCE Request-level evidence per result, redacted and replayable Simulation results, scores and reports

Picus details are based on Picus Security's public product pages as of November 2026. Picus is a trademark of its owner.

03 · FIT CHECKER

Which Platform Fits Your Priorities?

Select everything that's a must-have for your program.

YOUR LEANING Hayrok is likely the better fit
Hayrok 2
Picus 1
Your must-haves lean toward governed execution, evidence, and API or AI validation. Run a fair proof of concept →
04 · KEY DIFFERENCES

Four Differences That Decide Most Evaluations

01

The question each one answers

HAYROKWhether a path or endpoint is exploitable in your environment, and what each control did along the way.
PICUSWhether prevention and detection controls stop known techniques and threats, and how coverage changes over time.
WHY IT MATTERS · A control can detect a technique while the attacker still reaches the data. Decide which answer your board actually needs.
02

Where the tests come from

HAYROKNectar builds plans from your own assets, identities and APIs, so tests follow your real attack surface.
PICUSA broad threat library mapped to MITRE ATT&CK, updated as new threats and campaigns appear.
WHY IT MATTERS · Library breadth matters for detection engineering; environment-specific plans matter for exploitability.
03

What you do with the result

HAYROKFindings go to the owning team with request-level evidence, and the fix is retested from the same record.
PICUSGaps come with ready-to-apply prevention signatures and detection rules for many security vendors.
WHY IT MATTERS · If your bottleneck is tuning controls, vendor-specific mitigations save weeks. If it's proving fixes, retest-from-evidence does.
04

How execution is governed

HAYROKNothing runs until a plan is approved, and every request is checked against that approval before it's sent.
PICUSSimulations run on schedules and scopes the customer sets, using agents deployed in the environment.
WHY IT MATTERS · If change control requires sign-off per test, check exactly where approval sits in each product.
05 · QUESTIONS TO ASK

Eight Questions to Ask Both Vendors

Ask each vendor to show the answer in a live environment, not a slide.

0 of 8 asked
06 · RUN A FAIR POC

How to Run a Fair Proof of Concept

01

Same scope

Give both vendors the same assets, identities and environment, ideally staging first.

02

Same window

Run both in the same week so the environment hasn't changed between them.

03

Same success criteria

Agree up front: validated findings, control and detection detail, fix guidance, evidence, safety.

04

Fix and retest

Fix two findings from each and time how long it takes to a verified retest.

07 · FAQ

Hayrok vs Picus FAQ

Picus is a security validation platform rooted in breach and attack simulation: it tests whether prevention and detection controls stop known threats and supplies vendor-specific mitigations. Hayrok centres on governed exposure validation: it proves which paths and endpoints are exploitable in your environment, with every plan approved before it runs and request-level evidence for each result.

EVALUATING BOTH?

Bring the same scope. Compare the evidence.

We'll run a governed validation on your scope and hand you the evidence, so you can judge it side by side.