Exploitability, not raw CVSS
The medium being actively attacked on your public payment service outranks the isolated critical nobody can reach, because the ranking asks whether it is reachable before it asks how severe it is.
Your scanner found 10,000 vulnerabilitiesFourteen of them can be reached on something that matters
Continuous threat and exposure management over one graph — every cloud asset with its owner and end-of-life date, the live network topology that decides what is actually reachable, and a backlog ranked by exploitability on assets that count rather than by raw CVSS.
Try it
Interactive demo with a prioritised fleet, no signup, no cloud account
Signal Quality
Risk-ranked findings, not raw alerts
Time to Action
From detection to owner-ready remediation
Operational Focus
More engineering throughput, less security churn
Most programs can detect exposure. Few can continuously decide and drive the fixes that reduce real risk.
How It Works
Inventory, map, rank, remediate.
01
Inventory
Every resource across your cloud providers is collected live with its owner, its purpose and its end-of-life date — the asset list the whole loop is scored against.
02
Map
A read-only snapshot builds the topology and infers what is genuinely connected from security groups and peering, so reachability is derived from configuration rather than assumed.
03
Rank
Findings are scored by whether they are exploitable on an asset that counts — blast radius, business criticality and attacker effort — not by CVSS in isolation.
04
Remediate
Fixes are generated at the root package, routed to the named owner, and closed with validation, so the queue shrinks instead of being re-triaged next quarter.
What You Can Do
Everything the loop does.
Remediation at the root package
Fixes point at the base image or root dependency that introduced the vulnerability, so one upgrade closes the twelve findings it caused rather than twelve tickets.
Every cloud asset, live
Point it at your cloud and get every resource back with its owner and its purpose, collected on read rather than maintained by hand, and current every time you reload.
End-of-life tracking
Each asset carries its end-of-life date, so the runtime going unsupported in four months is visible now, while there is still a maintenance window to move it.
Inventory as audit evidence
The live inventory exports directly as evidence, which is the answer to the auditor asking what you run today rather than what a spreadsheet said last quarter.
Topology inferred from configuration
The diagram is built from a read-only snapshot and infers what is really connected from security groups and peering, so it reflects the network as deployed, not as designed two years ago.
PCI scope, derived from segmentation
Every resource is classified for assessment scope from the topology itself, so the diagram and the scope are one source of truth instead of an argument nobody can settle.
Attack-path aware findings
Exposures are presented as paths an adversary can chain — from entry point through identity to data — rather than as a flat list that hides the sequence.
Identity and entitlement drift
Over-privilege and toxic combinations are caught while they are still configuration, before they become the lateral movement in someone's incident report.
Cloud-native control mapping
Each exposure ties to the controls and standards it affects, so the same finding serves remediation and the compliance evidence without a manual translation step.
Executive risk narratives
Technical findings roll up into business-impact stories tied to exposure movement, so leadership sees whether risk went down rather than how many alerts were closed.
Operator View
A Single Exposure Queue With Context and Ownership.
Priority Exposure Queue
LivePublic object storage with sensitive data tags
CriticalOver-privileged CI role enables cross-account assumption
HighUnpatched internet-facing workload in production VPC
HighDormant admin key still active beyond rotation policy
Medium
Business Outcomes
Risk Reduction That Leadership Can See.
Fewer
Open critical paths reaching production assets.
Faster
Remediation cycles through context-rich owner handoffs.
Clearer
Security-to-business reporting tied to exposure movement.
Make CTEM a Working System, Not a Reporting Exercise.
See how Transilience helps your team continuously identify, prioritize, and remediate cloud exposure with less operational drag.