GitLab Confluence Integration

Log GitLab incidents in Confluence without manual work.

Alert ⚠️

Prepare Post-Mortem

Alert ⚠️

Prepare Post-Mortem

The GitLab Confluence integration connects GitLab to Confluence through All Quiet. When GitLab sends an alert, All Quiet creates an incident, notifies the on-call engineer and writes the incident record to Confluence. Setup takes a few minutes: send GitLab alerts to your All Quiet webhook URL, then connect Confluence in All Quiet.

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How the GitLab Confluence integration works

1

Send GitLab alerts to All Quiet. Create an inbound integration of type GitLab in All Quiet and add the webhook URL in GitLab.
GitLab setup guide
2

Connect Confluence in All Quiet. Create an outbound integration of type Confluence.
Confluence setup guide
3

All Quiet creates an incident, notifies the on-call engineer and writes the incident record to Confluence.

What you get

Incidents can start where your team already works
Incident records in Confluence without copy and paste
A ready starting point for your incident review

FAQ

How do I connect GitLab to Confluence?

Create an inbound integration for GitLab in All Quiet and add its webhook URL in GitLab. Then create an outbound integration for Confluence. The GitLab setup guide and the Confluence setup guide on docs.allquiet.app walk through each step.

What does All Quiet add between GitLab and Confluence?

All Quiet turns each GitLab alert into an incident, notifies the engineer on call, escalates if nobody responds and keeps a record of the incident. Confluence receives the incident with that context.

Can I try the GitLab Confluence integration for free?

Yes. Start a free trial of All Quiet and connect GitLab and Confluence during the trial.

Where is my data hosted?

All Quiet is a European incident management platform: built in Berlin, with selectable EU data residency in Frankfurt, GDPR compliance, and ISO 27001 certification. Alert data for EU customers is stored and processed in Frankfurt. That matters for on-call specifically because alert and escalation data routinely contains production system details.