Autonomous security management
Security tools are good at finding issues. They are poor at telling you which ones matter. Port enriches every finding with ownership, environment, and business context so security teams, developers, and AI agents focus remediation on what actually affects the business.
What is autonomous security management?
Most organizations accumulate thousands of open vulnerabilities. The problem is rarely detection. It's prioritization: a scanner flags a critical CVE, but the affected service is deprecated, or non-production, or owned by a team that disbanded six months ago.
Port connects vulnerability findings to the software catalog. Every alert gets enriched automatically with the service owner, environment (production, staging, dev), business criticality, and recent changes. Security teams go from a noisy CSV to a prioritized list of issues that have real owners and real urgency.
Remediation flows through approval workflows and self-service actions. Developers get actionable tickets with full context. AI agents can propose and open fix PRs, with security teams approving before anything merges.
Solution components
| Component | What it does |
|---|---|
| Vulnerability enrichment | Ingests findings from scanners (Snyk, Wiz, Dependabot, and others) and enriches each one with catalog context: owner, environment, business impact. |
| Prioritization | Scorecards score vulnerabilities by business context, not just CVSS. Teams see the 12 issues that matter, not 15,000 that technically exist. |
| Remediation workflows | Self-service actions and AI agents can propose fixes and open PRs. Approval gates keep security teams in control. |
| Compliance as code | Define security standards as scorecard rules. Track maturity across teams, services, and applications in real time. |
| Security metrics | CISO-ready dashboards: open CVE count by severity and owner, remediation SLA compliance, standards coverage over time. |
How Port makes it work
- Catalog as context engine. Port maps every finding to the service it affects, the team that owns it, and the environment it runs in. No manual triage.
- Scorecards for maturity tracking. Security standards become measurable rules. You see progress over time, not just a snapshot of today's red.
- Humans in the loop. Agents can propose fixes; security teams approve. RBAC and dynamic permissions apply to every action.
Next steps
- Prioritize vulnerabilities: connect scanner output to catalog context and build a prioritized view.
- Security actions and automations: set up remediation workflows and agent-assisted fix PRs.
- Compliance as code: define and enforce security standards through scorecards.
- Security metrics and visualization: build dashboards for security leadership and engineering teams.
- Security champions initiatives: distribute security ownership across engineering teams.
Port integrates with Snyk, Wiz, Dependabot, GitHub, GitLab, Jira, Slack, PagerDuty, and 50+ other platforms.