Unified Vulnerability Management
VulSense
From CVE chaos to a fixable shortlist
Unified vulnerability management across cloud, containers, VMs, Kubernetes, applications, dependencies, operating systems and third-party libraries — deduplicated, correlated and prioritised by exploitability, exposure and business impact.
The Problem
You don't have a scanning problem. You have a priority problem.
Every scanner finds tens of thousands of CVEs. The question that matters — which ten could actually hurt us this week? — goes unanswered.
Siloed scanners, conflicting answers
Separate tools for VMs, containers, code and cloud each produce their own duplicate findings, scores and dashboards — none aware of the others.
Patch teams can't keep up
Thousands of 'critical' CVSS findings with no context force teams to patch alphabetically while the one exploitable flaw waits its turn.
No runtime or exposure context
A critical CVE in an internal test box is not the same as a medium in an internet-facing service holding customer data. CVSS alone can't tell them apart.
The window keeps shrinking
Exploitation now begins within days of CVE publication. Quarterly scan-and-patch cycles are structurally too slow.
Suronex VulSense
One engine for every vulnerability, ranked by real risk
Agentless detection, cross-stack correlation and prioritisation your patch team can actually act on.
Unified Detection
One agentless engine across your whole stack — no duplicate findings, no coverage gaps between tools.
CloudContainersVMsKubernetesApplicationsOSLibrariesRisk-Based Prioritisation
CVSS × exploitability (KEV, EPSS) × exposure × attack-path context = a shortlist, not a spreadsheet.
CISA KEVEPSSExposureAttack PathsSBOM & Dependency Intelligence
Full software bill of materials for every workload — know instantly if the next Log4j touches you.
SBOM GenerationDependency GraphsZero-Day ResponseRuntime Correlation
Is the vulnerable package actually loaded? Is the service actually reachable? Findings carry runtime truth, not just presence.
ReachabilityLoaded PackagesNetwork ExposureAI Remediation Plans
Grouped, ordered fix plans — one base-image update that clears 400 findings beats 400 tickets.
Fix GroupingPatch PlansTicketing IntegrationSLA & Trend Tracking
Track remediation SLAs, mean-time-to-remediate and risk trends by team, environment and business unit.
SLA TrackingMTTRExecutive Reporting
Runtime Security
Runtime context on every finding
VulSense validates findings against runtime truth: is the vulnerable package actually loaded, is the process running, is the service reachable from the internet right now? Exploitability at runtime — not theoretical presence — drives every priority.
- Loaded-Package Validation
- Running-Process Context
- Live Reachability
- Active Exploit Signals
Coverage & Integrations
What VulSense scans
Everything that can carry a CVE — under one engine.
- Infrastructure
- Virtual Machines
- Cloud Workloads
- Containers
Kubernetes- Serverless Functions
- Software Layers
- Operating Systems
- Third-Party Libraries
- Language Dependencies
- Base Images
- Middleware
- Sources & Intelligence
NVD
CISA KEV- EPSS
- OSV
GitHub Advisories- Vendor Feeds
- Exploit Intelligence
FAQ
Frequently asked questions
How does agentless vulnerability scanning work?
VulSense analyses workload snapshots and container images through cloud provider APIs — full visibility into installed packages and configurations with zero performance impact and no agents to deploy or maintain.
How much noise reduction can we expect?
Customers typically see the actionable list shrink by 95–99% once exploitability, exposure and attack-path context are applied — from tens of thousands of findings to a prioritised shortlist.
Does VulSense replace our existing scanners?
It can consolidate most of them. One engine covers VMs, containers, Kubernetes, cloud workloads and dependencies — and findings from remaining tools can be ingested and deduplicated into the same risk view.
How fast can we respond to a new zero-day?
Because SBOMs are maintained continuously, you can answer 'are we affected?' in seconds — search the package across every workload and get an impact list with fix plans immediately.
How do fixes reach the right teams?
Findings are grouped into remediation plans and routed by ownership tags to the right team via your ticketing system, with progress and SLAs tracked automatically.
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