HTML Scraper use case
HTML scraper version monitoring for unsupported sources
Track update signals from websites without APIs by using HTML scraping. bum.pt helps teams bring hard-to-monitor sources into one dashboard.
Why teams struggle
- External data sources create blind spots when update tracking is manual.
- Teams struggle to consolidate signals from heterogeneous inputs.
- Prioritization gets harder when version context is scattered.
How bum.pt helps
- Monitor HTML Scraper updates from one self-hosted dashboard.
- Surface outdated and critical changes with clear prioritization.
- Use CVE enrichment to focus update effort where risk is highest.
Who should use HTML Scraper monitoring
- Platform and DevOps teams that need one update workflow across services.
- Security-focused teams that prioritize risk-based patching decisions.
- Engineering teams replacing manual checks and spreadsheet tracking.
What you can validate in a first pilot
- Which components are outdated today and which ones are truly urgent.
- How much time your team saves by centralizing monitoring and triage.
- How update priorities change once CVE context is visible in one dashboard.
Frequently asked questions
Can I monitor HTML Scraper without sending data to a cloud service?
Yes. bum.pt is self-hosted and runs in your own environment, so monitoring data stays under your control.
How long does setup take?
Most teams start with Docker Compose in a few minutes, then add sources progressively based on priority.
Is this only for security teams?
No. It is built for operations, platform, and engineering teams who need daily visibility on version drift and update risk.
Self-hosted • 42 sources • CVE enrichment
Ready to deploy in 5 minutes?
Run bum.pt with Docker Compose, add your monitored sources, and start prioritizing updates with one clear dashboard.