CAASM
Cyber asset context
Unify asset identity, owner, environment, criticality, provider context, exposure, first seen, last seen and lifecycle.
Exposure and asset intelligence
Turn an inventory into an explanation of business risk.
Connect CAASM-aligned asset intelligence, EASM discovery, an exposure graph and CTEM-ready workflows to show which paths can actually affect the business.
You cannot secure what you do not know exists—and you cannot prioritize what you do not understand in context.
The operating model
A living register beneath application and cloud security
Assets persist across projects and scans. EnProbe represents applications, APIs, repositories, components, cloud resources, identities, databases, networks and endpoints as canonical records with ownership, criticality and lifecycle.
Directional relationships turn that inventory into an exposure graph. They explain dependency, deployment, reachability, identity and data paths while retaining source, confidence and evidence for each mapping.
Core capabilities
What the platform brings together.
Every capability shares evidence, identity, context, workflow and audit instead of producing another disconnected queue.
EASM
External discovery
Map public applications, APIs, endpoints, resources and paths using resilient, scope-aware discovery and crawler evidence.
GRAPH
Relationship intelligence
Model CONTAINS, DEPENDS_ON, BUILT_FROM, DEPLOYED_TO, RUNS_ON, CONNECTS_TO, EXPOSES and ASSUMES relationships.
PATH
Compound exposures
Combine application weakness, cloud reachability, identity privilege, data sensitivity and business context.
CTEM
Continuous exposure workflows
Support repeatable discovery, prioritization, mobilization, validation and measurement of exposure reduction.
OWNER
Accountability
Route work using application, repository, account and resource ownership context while preserving workflow history.
How it works
From evidence to owned action.
- 01
Discover and identify
Create stable canonical records rather than duplicating real assets for every project.
- 02
Classify and own
Add environment, criticality, provider, purpose and accountable team context.
- 03
Relate and monitor
Link deployments, dependencies, network paths and identities with visible confidence and provenance.
- 04
Prioritize exposures
Coordinate application and cloud remediation around one explainable business-risk story.
Expected outcomes
What changes when the evidence is connected.
- Application and cloud teams stop seeing disconnected symptoms.
- Owners and criticality can be inherited or mapped from trusted asset context.
- Heuristic relationships never appear as confirmed facts without source and confidence.
- Decommissioned assets retain historical findings, evidence and audit history.
Frequently asked
Questions about exposure and asset intelligence.
Why does EnProbe need asset management if it already has projects?
Projects represent assessment work. Assets represent the real applications, resources, components and identities that persist across projects and scans.
Can one asset relate to several projects?
Yes. The canonical asset belongs to a tenant and organization and may be related to several projects or assessments without duplicating the real object.
Does EnProbe require a graph database?
Not initially. A relational asset-relationship model can provide a practical foundation. Specialized graph storage should be introduced only when query complexity or scale justifies it.
The bottom line
EnProbe turns disconnected scanners, cloud signals, asset data and expert findings into one explainable, prioritized and verifiable security program.
Discover what exists. Test what can fail. Understand what matters. Fix it with the right owner. Retest it with evidence. Prove that risk is being reduced.