CVE auto-fix, on review
A blocking vulnerability becomes a proposed pull request that bumps the affected dependency. You read the diff and decide. The platform drafts. You approve.
Platform · Secure
Ship with the security checks already in the pipeline.
Security that lives in a separate tool gets skipped under deadline. The Secure pillar puts scanning, policy gates, and signed provenance into the path every change already takes. Your scanners run, IntegraCI reads the findings, and a build that breaks policy stops before it reaches production. You decide the rules. The pipeline holds the line on every run, from a guided evaluation to a self-hosted, air-gapped install.
Scanning
Your scanners, reading into one decision.
You already run static analysis, secret detection, dependency checks, and image scanning. IntegraCI connects to those tools, collects their findings, and brings them into the pipeline so the result actually gates the build instead of landing in a report nobody reads.
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Static and secret scanning
Your SAST scanner and secret detection run on every change. IntegraCI reads the results, so a hardcoded credential or a known weak pattern stops the build instead of slipping through review.
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Dependencies and images
Open-source dependencies and container images get checked in the pipeline. A vulnerable package or base image is caught before it travels any further toward production.
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You connect your own tools
IntegraCI does not replace your scanners. It wires up to the ones you already run through a broad connector library, reads their findings, and turns them into decisions you can act on.
Scan results
collected
- sast 0 high pass
- secrets 0 found pass
- deps 1 critical CVE block
- image base ok pass
one critical finding holds the build
Deploy gate
policy as code
policy
deny if scan.critical > 0
env
production · threshold: 0 critical
deploy payments-api → prod denied
missing evidence is a block, not a pass
Policy gates
The rule that blocks a release lives in a file.
Deploy gates are written as policy-as-code. You can read what blocks a release, version it alongside your code, and test it before it ever runs. When a build breaks the rules, it stops here, with a decision you can point to rather than a judgment call you have to defend.
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Policy as code
Deploy gates are policy-as-code you can read, version, and test. The rule that blocks a release lives in a file, not in someone's head.
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Tier-aware thresholds
Set what counts as a blocker per environment. Production can demand more than staging, and the gate enforces it on every run.
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Closed by default
A build with no scan result does not coast through. Missing evidence is a block, not a pass.
Provenance & promotion
Prove the artifact you shipped is the one you built.
A passing scan is worth less if the artifact can be swapped on the way out. Builds carry signed provenance, promotion between environments is gated on policy, and every decision is written to an audit trail you can export. So when someone asks how a release reached production, the answer is already recorded.
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Signed provenance
Builds carry signed provenance, so you can prove an artifact came from the pipeline you expect and was not swapped along the way.
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Gated promotion
Moving an artifact from one environment to the next is checked against policy. Only signed, scanned builds move forward.
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Exportable evidence
Every gate decision lands in a tamper-evident audit trail you can export, so the answer to "prove this was checked" is already on file.
AI-assisted remediation
Turn a blocking CVE into a pull request you review.
When a dependency finding blocks a build, the governed AI gateway can draft the fix and open a pull request for it. Findings also flow into service scorecards, so you see which services carry risk rather than chasing a wall of tickets. Every AI action passes through human-in-the-loop approval and policy gates, so nothing reaches your code or your cloud without a person signing off.
Findings to scorecards
Scan results roll up per service, so risk shows where it lives. You triage by service, not by digging through one report at a time.
On the golden path
Security is a step in the path, not a separate chore.
A service scaffolded from a golden path arrives with these checks already wired in. Engineers ship the way they always do, and the controls travel with the work instead of waiting for a review that gets skipped.
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Scaffold
A new service starts from a golden path. Security steps are wired in from the first commit, not bolted on after launch.
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Scan
Your scanners run in the pipeline. Findings flow back to IntegraCI instead of sitting in a tool nobody opens.
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Gate
Policy-as-code reads the findings and decides. A build that breaks policy is blocked before deploy.
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Promote
Signed, gated builds promote between environments. Each decision is recorded for the audit trail.
Capabilities
Everything in Secure.
The controls that travel with every change, from the first scan to a signed, promotable artifact.
Application Security Testing
Run your scanners as pipeline steps, then gate on results
Supply Chain Security
Prove what you shipped is what you built
Access Governance
Just-in-time, time-bound access instead of standing keys
Web App & API Protection
Require WAF protection on a service before it ships
Test Data Management
Keep raw production data out of non-production
Put the security checks where the work already flows.
Request a demo, connect the scanners you already run, and let the pipeline hold the line. Self-host up to air-gapped when you need to keep everything inside your own walls.