Vulnerability Management Hub

One hub, six surfaces: Linux servers and cloud VMs, application dependencies (SCA/SBOM), container images, cloud and Kubernetes posture, and running workloads via eBPF. One de-duplicated inventory, one prioritization engine shared by every surface.

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Six surfaces · One inventory

Pick a Surface

Every surface writes into the same vulnerability inventory. A CVE in glibc that shows up on an EC2 host, in a container image and in the Kubernetes pod running it is one de-duplicated finding with three locations — not three tickets in three tools.

Server Security

Linux · Cloud VM · On-prem

Linux and cloud VM CVEs on AWS, Azure, GCP and Oracle Cloud. Agentless or agent. CIS hardening. KEV + EPSS + runtime use prioritization.

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SCA / SBOM

Code dependencies

Open-source dependency scanning across npm, PyPI, Maven, Go, RubyGems, NuGet. Reachability analysis. CycloneDX and SPDX SBOM export.

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Container Security

Images · Registries

Image scanning for CVEs, malware, secrets and license risk. Base-image analysis. SBOM per layer. ECR / GCR / ACR / Docker Hub.

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Cloud Posture (CSPM)

AWS · Azure · GCP · OCI

Misconfiguration detection across AWS, Azure, GCP and Oracle Cloud. 900+ checks, 38+ compliance frameworks, drift detection.

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Kubernetes (KSPM)

K8s posture

CIS Kubernetes benchmarks, RBAC and pod-security analysis, admission-controller validation. EKS, AKS, GKE, OpenShift, Rancher, k3s.

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Runtime Protection

eBPF · In-use CVEs

eBPF agent surfaces which CVEs are actually loaded by a running process — the signal that turns "critical" into "critical and reachable".

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All six surfaces share the same CISA KEV + EPSS + runtime-reachability prioritization and the same SOC 2, ISO 27001, PCI DSS 11.3, FedRAMP and CERT-In VAPT reports.

Platform Capabilities

Comprehensive Vulnerability Management

Everything you need to discover, prioritize, and remediate vulnerabilities at scale

95%
Fewer false positives
24/7 continuous scanning
Detection

Continuous Scanning & Multi-Source Intelligence

24/7 automated vulnerability scanning across your entire technology stack. Aggregate vulnerability data from NVD, GitHub Advisory, OSV, Snyk, and MITRE ATT&CK for comprehensive coverage.

  • Continuous scanning across code, infrastructure, containers, and APIs
  • NVD, GitHub Advisory Database, OSV, and Snyk integration
  • AI-powered exploit detection for vulnerabilities with active exploits in the wild
  • Context-aware detection eliminating 95% of false positives
75%
MTTR reduction
AI risk scoring engine
Prioritization

Smart Risk-Based Prioritization

AI engine analyzes each vulnerability considering CVSS score, exploitability, asset criticality, and business context. Focus remediation efforts on what truly matters.

  • CVSS score, exploitability, and asset criticality weighting
  • Active exploit-in-the-wild detection for immediate escalation
  • Business context and exposure analysis
  • Unified dashboard across code, cloud, containers, and runtime
24/7
Virtual patching
75% faster remediation
Remediation

Guided Remediation & Virtual Patching

Step-by-step remediation guidance with automated patches, configuration fixes, and version upgrade recommendations. Deploy runtime protection policies to mitigate critical vulnerabilities before patches are available.

  • Automated patch and version upgrade recommendations
  • Virtual patching for runtime protection before fixes land
  • Compliance mapping for SOC 2, ISO 27001, PCI-DSS, and HIPAA
  • Vulnerability lifecycle tracking and trend reporting

How It Works

Three steps to continuous vulnerability coverage — from discovery to remediation — across every layer of your stack

1

Discover

Continuous scanning of code repositories, cloud infrastructure, container images, and eBPF-monitored running workloads. Aggregates findings from NVD, GitHub Advisory, OSV, and Snyk into a single, de-duplicated inventory updated in real time.

2

Prioritize

Risk-based scoring that weighs exploitability (active exploit-in-the-wild), reachability (is the vulnerable code path actually executed?), and business impact (asset criticality, exposure). Focus your team on the 5% of findings that matter.

3

Remediate

Automated fix pull requests for dependency upgrades, one-click cloud remediation for misconfigurations, and native ticketing integrations with Jira and Linear. Virtual patching deploys eBPF enforcement rules while a permanent fix is in progress.

Why TigerGate

Measurable Security Improvements

Real results from security teams using TigerGate vulnerability management

Reduce MTTR by 75%

Intelligent prioritization and automated remediation guidance dramatically reduce mean time to remediation.

95% Fewer False Positives

Context-aware vulnerability detection eliminates false positives and focuses on real exploitable vulnerabilities.

Continuous Compliance

Maintain compliance with vulnerability management requirements for SOC 2, ISO 27001, PCI-DSS, and HIPAA.

Complete Visibility

Unified vulnerability dashboard across code, cloud, containers, and runtime environments.

Complete Vulnerability Coverage

Scan every layer of your technology stack for vulnerabilities

Code & Dependencies

  • Software Composition Analysis (SCA) for open-source vulnerabilities
  • SAST scanning for code-level vulnerabilities
  • License compliance and malicious package detection
  • Transitive dependency analysis

Cloud Infrastructure

  • Cloud security misconfigurations (CSPM)
  • Infrastructure as Code (IaC) vulnerability scanning
  • Kubernetes security and misconfiguration detection
  • Network security and exposure analysis

Container Security

  • Container image vulnerability scanning
  • Base image and layer analysis
  • Container runtime vulnerability detection
  • Malware and secrets scanning

Runtime & Applications

  • Dynamic Application Security Testing (DAST)
  • API security and vulnerability testing
  • Runtime application vulnerability detection
  • Zero-day and N-day exploit detection

Integrations & Vulnerability Intelligence

Connect with your existing tools and leverage multiple vulnerability databases

Vulnerability Databases

  • National Vulnerability Database (NVD)
  • GitHub Advisory Database
  • OSV (Open Source Vulnerabilities)
  • Snyk Vulnerability DB
  • MITRE ATT&CK Framework

Development Tools

  • GitHub & GitLab
  • Jira & Linear
  • Jenkins & CircleCI
  • Docker Hub & ECR
  • Kubernetes & Helm

Security & Monitoring

  • Slack & Microsoft Teams
  • PagerDuty & Opsgenie
  • Splunk & Datadog
  • AWS Security Hub
  • GCP Security Command Center

Frequently Asked Questions

Everything you need to know about TigerGate Vulnerability Management

TigerGate provides continuous scanning across four layers: code and open-source dependencies (SAST and SCA), cloud infrastructure and IaC (CSPM, Terraform, Helm), container images (base layers, packages, malware, secrets), and running workloads monitored via the eBPF agent. All findings are aggregated into a single de-duplicated inventory so you never triage the same vulnerability twice.
CVSS scores describe the theoretical severity of a vulnerability in isolation. TigerGate enriches each finding with three additional signals: exploitability (does an active exploit exist in the wild?), reachability (is the vulnerable code path actually executed in your environment?), and business impact (how critical is the affected asset and is it publicly exposed?). This lets you focus remediation on the roughly 5% of findings that are genuinely dangerous rather than chasing every high-CVSS CVE. The result is a 75% reduction in mean time to remediation.
Code and cloud scanning is agentless: you supply repository tokens (GitHub, GitLab, Bitbucket) and cloud credentials (AWS, Azure, GCP, Oracle Cloud) through the dashboard, and TigerGate calls provider APIs to clone repos and enumerate cloud resources. For runtime vulnerability detection on running workloads you can optionally deploy the lightweight eBPF agent, which adds less than 3% CPU overhead and requires no kernel modules.
Virtual patching deploys eBPF enforcement rules to block exploitation attempts targeting a known vulnerability while a permanent code or package fix is being prepared. This is useful for critical CVEs where an official patch does not yet exist, where patching requires a lengthy release cycle, or where the vulnerable library cannot be upgraded immediately due to compatibility constraints. Virtual patching is available as a one-click action from the vulnerability detail page.
TigerGate pulls from the National Vulnerability Database (NVD), GitHub Advisory Database, OSV (Open Source Vulnerabilities), and Snyk Vulnerability DB. Exploit-in-the-wild signals come from MITRE ATT&CK and proprietary threat intelligence. All sources are cross-referenced and de-duplicated so each unique vulnerability appears once, regardless of how many databases report it.
Yes. Every finding is mapped to the relevant control requirements for SOC 2, ISO 27001, PCI-DSS, and HIPAA. TigerGate generates vulnerability lifecycle reports showing discovery date, priority score, remediation actions taken, and closure date, which provides the evidence auditors need to verify your vulnerability management program. Compliance dashboards show current posture against each framework in real time.

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