Scanner orchestration
You wire static analysis, dependency, secret, and dynamic scanners in as defined pipeline steps.
Secure
Application Security Testing
Run your scanners as pipeline steps, then gate on results
You keep the scanners you already trust, and the platform runs them as ordered pipeline steps: static analysis, dependency and composition checks, secret scanning, and dynamic testing. Findings from every tool are normalized into one report so you compare them in a single place. The pipeline gates on that result instead of leaving a wall of separate dashboards for you to reconcile.
- One report for every scanner's findings, triaged in a single view
- The same policy gate applied consistently across every pipeline step
- A recorded, auditable reason behind every build block or approval
The problem
You run static analysis, dependency checks, secret scanning, and dynamic tests, but each tool reports to its own dashboard. You manually reconcile walls of separate results to decide whether a build is safe to ship, and there is no single gate that enforces your security bar consistently.
Without IntegraCI
- Findings scattered across separate scanner dashboards
- Manual reconciliation before every release decision
- Security gates wired differently per team or repository
- No single record showing why a build was allowed or blocked
With IntegraCI
- Every scanner's output normalized into one report
- Policy as code sets the threshold and the pipeline enforces it
- One consistent gate applied across every pipeline step
- A tamper-evident record written for each gate decision
What you get
Normalized findings report
Every scanner's output lands in one consistent report so you triage in a single view.
Policy-based gating
You set the thresholds and the pipeline blocks or passes a build against that policy as code.
Keeps your tools
The platform coordinates the scanners you own rather than replacing them with a black box.
How it works
- 1
Connect scanners
You register the security tools you already run and map them to pipeline steps.
- 2
Run and normalize
Each step executes on a build and its findings are merged into one report.
- 3
Gate the build
Your policy decides whether the result lets the build proceed or stops it.
How it stays governed
The same gates everyone passes, applied here.
Gated by policy
You define your security thresholds once as policy as code. When a build runs, findings from every connected scanner are evaluated against that policy before the pipeline can proceed, so a control cannot be quietly skipped by omitting a step.
Recorded, tamper-evident
Every gate outcome, including which scanner produced which findings and whether the build was blocked or allowed, writes once to a tamper-evident audit trail. You can show the evidence behind any decision without reconstructing it from separate tool logs.
Works with your stack
Connect the tools you already run.
Security scanners connect as pipeline steps; source control and CI/CD systems trigger the orchestration.
- Atlassian
- Gerrit
- Gitea
- GitHub
- GitLab
- Microsoft
- Akuity
- Amazon Web Services
- Buildkite
- CircleCI
- CNCF Tekton
- Drone CI
- Harness
- Jenkins
- Aqua Security
- DefectDojo
- Elastic
- Google Cloud
- +20 more
Who it’s for
Where teams reach for it.
Consolidate results from a mixed scanner stack
Your teams use different static analysis and dependency tools. IntegraCI normalizes every scanner's output into one report so security reviewers triage in one place instead of switching between tool UIs.
Enforce consistent security gates across teams
Each team currently wires its own pipeline checks, which creates gaps. You define the policy once and the platform applies it as a gate on every build, regardless of which team owns the repository.
Build a documented evidence trail for audits
Regulated teams need to show what was scanned, what was found, and why a build was approved. Each gate decision is recorded to a tamper-evident audit trail so the evidence is ready when an auditor asks.
Questions, answered.
Does IntegraCI replace the scanners we already run?
No. IntegraCI orchestrates the scanners you already own and normalizes their output. Your tools keep running; the platform coordinates their execution as defined pipeline steps and gates on the combined result.
Which scanner types can we connect?
The platform accepts static analysis, dependency and composition checks, secret scanning, and dynamic testing tools as pipeline steps. You map your existing tools to those step types when you wire them in.
How are gate policies written and maintained?
Policies are defined as code, so they live in version control alongside your other configuration. You set the finding thresholds and severity criteria, and the platform evaluates every build result against those rules.
What happens when a build fails a gate?
The pipeline stops before the build can proceed, and the decision is written to a tamper-evident audit trail with the findings that caused the block. Your team sees the reason in the normalized report rather than hunting across separate dashboards.
Put Application Security Testing on your stack.
Request a demo, or read the docs to see how it fits the tools you already run.