Platform Use Cases

See Which Open-Source Vulnerabilities Are Hitting Your Attack Surface Right Now

Traditional scanners stop at the source code; DeployHub extends protection from critical CVEs into runtime.

See Every Open-Source Component Threatening Your Operational Endpoints

Attack surface visibility is essential for finding and fixing open-source vulnerabilities before they become production risk. Modern applications are built from open-source packages, but every package deployed into a live environment can expand your operational attack surface.

Traditional scanners show what could be vulnerable in source code, repositories, or container images. DeployHub shows what is actually running in production, where it is deployed, who owns it, and what needs to be fixed first.

DeployHub provides attack surface visibility for open-source software by mapping SBOM data to deployed environments. This transforms static software inventories into real-time operational intelligence, giving security and engineering teams a clear view of vulnerable components, package versions, affected applications, and production endpoints.

Why Attack Surface Visibility Matters

Open-source packages change constantly. New versions, forks, and dependencies can introduce vulnerabilities after software has already been deployed. Without attack surface visibility into live environments, security teams are left guessing which open-source vulnerabilities create real production risk.

DeployHub helps teams quickly identify:

  • Which CVEs affect production systems
  • Which workloads, applications, or endpoints are exposed
  • How a vulnerable dependency spreads across clusters, clouds, and edge devices
  • Who owns the affected application or service
  • What needs to be fixed first

Attack Surface Visibility Closes That Gap

Attack surface visibility is a game changer. It turns SBOMs into living intelligence,  showing the who, what, and where of every open-source component in real time, so remediation targets the systems that matter most. 

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Build, Git and Helm Details

The DeployHub Platform

Build, Git and Helm Details

Platform Comparison

Here’s how DeployHub compares to Traditional SCA, Scanners, and SAST.

Capability DeployHub Traditional SCA Container Scanners SAST
Maps CVEs to deployed applications Yes Limited Container-only No
Shows where vulnerable packages are running Yes No Limited No
Tracks ownership and blast radius Yes Limited Limited No
Uses SBOMs after deployment Yes Limited Limited No
Supports agentless operational visibility Yes Usually no Usually no No

Learn more about Continuous Threat Detection Managment

Features

DeployHub Digital Twin Evidence Store

A continuously updated model of your live software environments,  tying every deployed component back to its SBOM and CVE record.

 

Real-Time SBOM Correlation

Automated matching of build-time SBOMs with deployed assets, ensuring your visibility reflects what’s actually running, not what was built.

Post-Deployment Attack Surface Monitoring

Continuous attack surface monitoring detects when new CVEs appear or packages shift versions, closing the window between discovery and patch.

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Take A Tour

See Attack Surface Visibility In Action

Explore Ortelius SaaS and experience attack surface visibility in action with a quick, hands-on tour. DeployHub is based on Ortelius OS. Ortelius is incubating at the Continuous Delivery Foundation

Explore DeployHub

Explore Use Cases

DevOps Tool for Exposing Open-Source

Manage Package Compliance with OpenSSF Scorecard

Discover and de-risk your open-source usage organization-wide.

DevSecOps tool for CI/CD pipelines

Automated Vulnerability Detection Platform

Continuously catch threats running now, pinpointing High-risk and Critical CVEs.

DevSecOps Tool SBOM Sharing

Respond Faster Using SBOM Intelligence

Aggregate SBOMs and instantly comply with executive order 14028.

DeployHub Digital Twin Evidence Store

A continuously updated model of your live software environments,  tying every deployed component back to its SBOM and CVE record.

 

Real-Time SBOM Correlation

Automated matching of build-time SBOMs with deployed assets, ensuring your visibility reflects what’s actually running, not what was built.

Post-Deployment Attack Surface Monitoring

Continuous attack surface monitoring detects when new CVEs appear or packages shift versions, closing the window between discovery and patch.