HAYROK VS ATTACK PATH MANAGEMENT

Do not just model possible paths. Validate the paths attackers can actually use.

Attack path management platforms connect assets, identities, vulnerabilities, permissions, and network relationships to show possible routes to critical systems.

CORE MESSAGE Traditional tools identify possible risk. Hayrok validates real risk and proves it with evidence.
WHAT ATTACK PATH MANAGEMENT DOES

Attack graphs surface toxic combinations at scale.

Attack path management uses graph analysis to identify how multiple security conditions may combine into attacker progression — assets, identities, relationships, and blast radius.

The graph is a strong prioritization signal. Not every possible edge is operationally usable.

Map assets and identities
Identify relationships
Discover toxic combinations
Locate crown jewels
Calculate blast radius
Find remediation choke points
Prioritize connected risk
Model progression
THE PRIMARY QUESTION
"Which combinations of relationships may create a path to a critical asset?"
WHERE THE GAP REMAINS

Questions traditional tools may leave unanswered.

An attack graph contains relationships derived from configuration, network policy, identity permissions, scanner findings, and inferred reachability. These are valuable — but not every edge is operationally usable.

Q · 01
Is the starting exposure actually active?
Q · 02
Can the required identity be abused in practice?
Q · 03
Is the vulnerable component running?
Q · 04
Can traffic traverse the expected route?
Q · 05
Does the control at that step permit the behavior?
Q · 06
Was each path step validated with evidence?
Q · 07
Would the activity be detected along the way?
Q · 08
Did remediation actually break the path?
SIDE BY SIDE

Hayrok compared with attack path management.

A capability-by-capability view. Vendors within a category vary — treat this as a directional comparison, not a claim about any single product.

Capability Attack path management Hayrok
Primary goalModel and prioritize possible attacker pathsValidate paths and preserve evidence
Starting pointAsset and relationship graphObjective, scenario, and graph context
Asset relationshipsCore capabilityUsed and enriched
Identity pathsCore capabilityCan be directly validated where appropriate
Network reachabilityOften inferred from configurationCan be supported by validation evidence
Runtime presenceVariesConfirms active components and workloads
ExploitabilityOften based on finding dataCan be validated
Control behaviorUsually modeled or separateObserved during validation
Detection coverageOften outside scopeCorrelated with path activity
Toxic combinationsCore capabilityPrioritized and validated
Path confidenceBased on data quality and inferenceDistinguishes inferred and validated steps
EvidenceGraph sources and metadataTechnical evidence for relevant path steps
Remediation choke pointsGraph-based recommendationsRecommendations informed by validated conditions
RevalidationRefresh graph after changeReruns relevant scenarios to verify path interruption
INFERRED vs. VALIDATED

Every step of a Hayrok path carries a confidence.

A validated path combines entry-point, exploitability, runtime, reachability, identity, control, detection, and business-impact evidence — with clear labels on which steps were confirmed and which remain inferred.

01
Entry-point evidence
Proof that an asset, application, API, service, or identity is exposed or accessible.
↓
02
Exploitability evidence
Proof that the relevant weakness or abuse condition can be used.
↓
03
Runtime evidence
Proof that the required workload, component, dependency, or service is active.
↓
04
Reachability evidence
Proof that communication or access between path nodes is possible.
↓
05
Identity evidence
Proof that permissions, roles, tokens, or trust relationships enable progression.
↓
06
Control evidence
Proof that a control allowed, blocked, or altered the activity.
↓
07
Detection evidence
Proof that the activity was detected, missed, or only partially observed.
↓
08
Business-impact evidence
Context showing how the destination affects data, revenue, operations, compliance, or resilience.
✓
NOTENot every edge needs to be validated. Hayrok clearly identifies the confidence and evidence status of each step — confirmed, observed, inferred, blocked, detected, inconclusive, or remediated.
BETTER TOGETHER

Hayrok complements Attack Path Management, not replaces it.

Attack path management identifies where potentially dangerous combinations exist at scale. Hayrok uses those paths to select high-priority validation candidates, confirm relevant conditions, measure control and detection responses, and verify remediation.

ATTACK PATH MANAGEMENT
Shows where an attacker might go.
Graph-based prioritization
Toxic combinations at scale
Blast-radius analysis
Choke-point recommendations
→
HAYROK
Helps prove which paths are operationally viable.
Validated exploit, runtime, reachability, identity
Control and detection response per step
Confidence per step, not just per path
Revalidation confirms the path is broken
WHAT HAYROK ADDS ON TOP
Select high-priority candidates
Confirm relevant conditions
Measure defensive response
Identify validated choke points
Produce path reports
Verify path interruption
Distinguish inferred from validated
Preserve step-level evidence
Attack-path management shows where an attacker might go. Hayrok helps prove which paths are operationally viable.
WHO SHOULD USE HAYROK

Built for teams that need proof, not probability.

IA
Identity & access
Teams responsible for privileged paths that need to prove which identity chains actually work.
CL
Cloud & platform
Cloud security groups reasoning about IAM, network, and workload paths together.
CJ
Crown-jewel owners
Business-service owners of the destinations at the end of paths — data, revenue, operations.
RS
Risk & strategy
CISOs who need to point at a path and say "this one is real, and we broke it here."
FAQ

Frequently asked questions

Does Hayrok build attack graphs?+
Yes. Hayrok Attack Graph Intelligence connects assets, identities, exposures, runtime conditions, findings, controls, detections, and crown jewels.
Does every attack-path edge need to be validated?+
No. Some relationships remain inferred or observed through trusted integrations. Hayrok clearly identifies the confidence and evidence status of each step.
Can Hayrok show remediation choke points?+
Yes. Hayrok can identify controls, permissions, exposures, or system relationships whose remediation could disrupt one or more validated paths.
How is a validated path different from an inferred one?+
A validated path has direct evidence supporting the relevant conditions or steps — execution artifacts, control responses, detections. An inferred path is calculated from configuration and metadata.
Do we still need our attack-path tool?+
Often yes — those tools provide breadth and graph coverage at scale. Hayrok validates the paths that matter most.

Move from possible attack paths to evidence-supported risk.

Validate the conditions that allow attacker progression and prove whether remediation breaks the path.