A vulnerability caught in CI costs a developer ten minutes while the code is still in their head. The same vulnerability caught in an annual pen test costs a sprint, a change-approval board and an awkward email to a customer. Secuur runs in your pipeline and fails the build before either happens.
CI-driven scanning is the difference between security as an event and security as a property of your build. Instead of a scheduled assessment that photographs your posture on one arbitrary Tuesday, every commit gets checked against the same rules, and the result lands where developers already work — as a pull-request annotation on the line that caused it.
The hard part is not running a scanner in a pipeline. It is running one that finishes inside a reasonable build budget, that reports the delta rather than the backlog, and that produces so few false positives your team does not learn to ignore it. Those three constraints drive every design decision in how Secuur runs in CI.
GitHub Actions, GitLab CI, Jenkins, CircleCI and Azure Pipelines. A step in your workflow file, an API token, done.
The gate reports only what this change introduced. Your existing backlog does not block today's deploy.
Findings appear inline on the diff with the request and response that proved it, so nobody has to reproduce it from a ticket.
Fail on high and critical, warn on medium, ignore informational — per repository, per branch, per environment.
Point the scan at the preview deployment your PR just created, so you test the change in situ instead of against staging.
Time-boxed passes tuned to finish inside your build SLA, with the deep crawl deferred to the nightly automated run.
Cryptographic regressions are silent. Someone bumps a base image, the new OpenSSL build drops a key-exchange group, and the endpoint quietly stops negotiating hybrid post-quantum — with no test failing anywhere. Nobody notices until the next audit.
X25519MLKEM768.Drop the Secuur action into your workflow and add an API token as a repository secret. Ten lines of YAML.
The first run captures your current state. From then on the gate speaks only about what changed.
Start in warn-only mode for a sprint, watch the signal, then turn on hard failure once the team trusts it.
The CI pass is time-boxed and tuned to your build budget — typically one to three minutes. The exhaustive crawl runs on the nightly automated scan instead, so depth never comes out of developer wait time.
It is recorded as a baseline and does not fail builds. The gate only blocks on issues the current change introduced, which is what keeps the team from disabling it on day two.
Yes. If your pipeline creates an ephemeral deployment for each PR, point the scan at that URL and the results reflect exactly the change under review rather than a shared staging box.
Yes. Results are emitted as SARIF as well as JSON, so they render in GitHub code scanning and any other tool that consumes the format.
Security that lives in the pipeline: policy as code, signed artifacts, and crypto-agility built in from the start.
Continuous scheduled scanning at fleet scale — every domain, every week, without spending an analyst on it.
Dynamic testing against your real applications — authentication, APIs, business logic and the crypto underneath them.
The scan is free and takes 20 seconds. It also tells us enough to scope ci-driven scanning properly instead of guessing.