Nothing. EasyCron carries on calling URLs on the schedule you set. The captured table is populated by a small mu-plugin on the WordPress side that matches incoming requests against the EasyCron user agent or a shared secret query parameter and writes one row per call.

No. SleekView never modifies the request itself and never responds in EasyCron's place. The shim observes incoming calls and records them. EasyCron still gets whatever response the endpoint normally returns, and its retry logic works exactly as before.

Yes. Add a filter for status >= 400 and the whole table narrows to 4xx and 5xx hits. Combine with a date range or endpoint filter to scope further during incident triage.

Yes. The duration_ms column is a first-class sort key, so one click on the column header surfaces the slowest captured hits. Useful for catching an endpoint drifting toward EasyCron's timeout.

Yes. Add a filter for the endpoint column and the whole view narrows to that single URL pattern. Pin one saved view per critical scheduled job.

Yes if the shim writes rows from every environment into the same table or a host column distinguishes them. Filter or group by host in the saved view to scope to one box.

Yes. Views can be gated by WordPress capability or shared as a read-only URL. Hosting partners and clients can read the captured hits without admin access to the install.

No. EasyCron stays the scheduler. SleekView is the observability layer on the receiving end. Schedule new jobs in EasyCron's UI as you always did, and use SleekView to see what those jobs actually did once they landed.