Discover running apps
Surface the apps already running on your hosts, like containers and listening services, into a review inbox.
Find what you already run, and bring it onto the paved road
You do not have to register every service by hand. IntegraCI discovers the applications already running on your hosts and detects the stack of any repository, then proposes a one-click onboard. A running app is imported as it is, with no re-provisioning, and a human reviews every promotion. A new repository gets a golden-path suggestion and a service created for it. Discovery itself is read-only.
The problem
You have services running in production that no one has ever registered, and repositories whose stack no one has cataloged. Onboarding each one by hand means engineers either skip it or spend time filling forms, so your service catalog drifts further from what actually runs in your environment.
Surface the apps already running on your hosts, like containers and listening services, into a review inbox.
Promote a discovered app to the catalog as it runs, with no re-provisioning of the live workload.
Point at a repository and IntegraCI detects its language and framework, then suggests a golden path.
Every promotion is reviewed and approved in the inbox; nothing is onboarded silently by default.
Discovery only reads, and each onboard is recorded with the evidence behind it.
IntegraCI collects the apps running on your hosts and the stack of your repositories.
Candidates land in an inbox with their evidence and a suggested onboarding.
Approve to register a running app as it is, or scaffold a repository onto a golden path.
How it stays governed
Discovery runs as a read-only scan, and nothing is promoted to the catalog without a human approving the candidate in the review inbox. The golden-path suggestion for a repository is driven by policy as code, so every new service lands on the same baseline configuration rather than whatever the author happened to remember.
Each onboard writes once to a tamper-evident audit trail with the evidence collected during discovery, so you can show what was running, when it was detected, and who approved it.
Every candidate discovered on a host or in a repository waits in the inbox for a reviewer to approve or dismiss it. Nothing is onboarded silently; a person is the gate before any service enters the catalog.
Works with your stack
Source control connectors feed repository stack detection; infrastructure connectors surface running apps and listening services from your hosts.
Who it’s for
When your team takes ownership of a set of running services with no catalog entries, IntegraCI surfaces them from your hosts into a review inbox. You approve each one as it runs, with no re-provisioning of the live workload.
Point IntegraCI at a new repository and it detects the language and framework, then proposes a golden-path scaffold. A reviewer approves before a service entry is created, so the team starts from a consistent baseline rather than blank config.
Workloads that were never registered appear in the discovery inbox, giving a compliance team visibility into what is running and a controlled, audited path to bring each one under governance before the next review cycle.
IntegraCI reads from your connected infrastructure and source control connectors to surface running apps and repository stacks. Discovery is read-only and does not deploy agents or modify anything on your hosts.
No. A discovered app is imported as it runs, registering it in the catalog without touching the live workload. Re-provisioning is a separate, opt-in action and is never triggered by discovery itself.
Yes. The review inbox is governed by role-based access with database-enforced row-level security, so only authorized reviewers see and act on candidates within their scope.
Dismissed candidates are preserved in the tamper-evident audit trail. You can re-trigger discovery or manually register a service at any time, and the prior dismissal remains part of the history.
Request a demo, or read the docs to see how it fits the tools you already run.