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Server operations for scheduled domain scans and workers
Domain monitoring stops being a simple feature once scheduled scans, worker nodes, stop requests, and partial failures enter the picture.
server opsdomain scansbackground jobsworker nodes
Scheduled scans are operational workloads
It is easy to frame domain monitoring as just another product feature, but operationally it behaves more like a job system. Paths are discovered, runs are scheduled, stop requests must be respected, and partial completion has to be stored in a way the UI can explain later.
That means the runtime model has to be deliberate. If the request lifecycle controls too much of the execution path, scans become fragile. If progress is not persisted continuously, run state becomes misleading as soon as something fails halfway through.
What server-side control needs to cover
The backend has to know which scans are manual, which are scheduled, whether a worker should execute them, and what to do when one page fails out of a longer list.
- Persist progress after each processed page
- Allow stop requests at run level, not only global stop
- Separate operational failures from content-level findings
- Record enough run metadata to explain partial completion later
Why this matters to the end user
Users do not care whether a scan loop was cancelled by a request token or by a runtime shutdown. They care that the product either finishes, stops clearly, or tells them exactly which pages were processed before the interruption.
Server ops is part of product quality
Reliable server behavior makes the feature feel trustworthy. If scans silently freeze or progress numbers drift away from reality, the most polished dashboard still loses credibility. That is why operational handling belongs in the product design conversation, not only in infrastructure notes.