Sources & integrations
Connect the sources your organisation already relies on.
Bring operational information into SKALV through supported APIs, feeds, webhooks and files. Test connections, bind them to sources, keep provenance visible and see whether data is arriving, delayed or failing.
What can connect today
Four connector types are available now: outbound REST polling, RSS and Atom feeds, inbound signed webhooks, and structured file intake. Anything beyond that set is described here as pilot or provider-pending, never as available.
REST connectors
SKALV calls an endpoint on a schedule, with configured authentication held as a secret that is never returned to the browser. Each run records what was requested, what came back and whether the run succeeded, so a silent connector is visible rather than invisible.
Feeds, webhooks and files
RSS and Atom feeds are polled and de-duplicated. Inbound webhooks receive a unique delivery URL and a signing secret; deliveries are verified with an HMAC-SHA256 signature over the raw body and compared in constant time. File intake accepts structured uploads for sources that do not expose an interface.
Binding and health
A connection is bound to a named source, so incoming evidence carries a meaningful origin rather than a technical endpoint. Source health shows the last successful arrival, delays and failures, and feeds the blind-spot view when a source goes quiet.
Security model
Connector credentials are held server-side only. Outbound calls are restricted to HTTPS and re-resolve their destination before each request to prevent redirection to internal addresses. Rejected inbound deliveries are recorded with a safe failure reason, without exposing the secret or the raw request.
Request an integration
If the source you need is not listed, describe it in a demo request. We will tell you whether it fits an existing connector type, needs a new one, or depends on a provider decision outside our control.
See SKALV with your own operational scenario.
Bring a real scenario — the sources you follow, the functions you cannot lose — and we will show where SKALV fits and where it does not.