Put website changes where your team already works.
PageCrawl watches the pages that matter and hands the result to the tool you actually use, whether that is an AI assistant, a chat channel, a spreadsheet or your own code. Everything here is included on every plan.
AI assistants and agents
One connection gives an assistant your monitors: it can create them, read what changed, and act on the result in conversation. The same MCP server works in every client below.
Automation and workflows
Send a detected change into whatever runs the rest of your process. Useful when the same thing should happen every time, without an assistant deciding.
Alerts and reports
Where a change shows up when it is worth telling someone about.
Storage, export and archives
Keep the history somewhere you already work, or somewhere you can cite later.
Build your own
When none of the above is the shape you want.
Common questions
Do integrations cost extra?
No. Every integration on this page is part of the product rather than a paid add-on, and the MCP server and REST API work on every plan, including Free. Your plan sets how many pages you monitor and how often they are checked, not which tools you may connect them to.
What is the difference between the MCP server and a webhook?
A webhook fires the same way every time: a change is detected, PageCrawl posts it to your endpoint, your code decides what happens. The MCP server is for an assistant working with you, so it can create monitors, read history and summarise what changed in the moment you ask. Use webhooks for repeatable pipelines and MCP for conversation.
Can I connect a tool that is not listed here?
Usually yes. Anything that accepts an incoming webhook can receive changes directly, and any client that speaks the Model Context Protocol can connect to the MCP server, including self-hosted ones. The list above is what we document, not what is technically possible.
How quickly does a change reach the tool I connect?
A change is delivered once a check detects it, so the check frequency you set on the monitor is what decides the delay. Alerts, webhooks and MCP results all read from the same detected change, so no integration is ahead of or behind the others.
