Google's web.dev guidance now advises developers to treat AI agents as a distinct audience alongside human visitors. As more users delegate goal-oriented tasks to AI, websites with complex hover states or shifting layouts may become functionally broken for these automated entities. The guide highlights that optimization for agents aligns closely with existing accessibility and semantic HTML best practices, making sites better for both humans and machines.
* Treating agents as a distinct visitor type
* How agents interpret websites via screenshots, raw HTML, and the accessibility tree
* Recommendations for using semantic HTML elements and maintaining stable layouts
* Introduction to WebMCP, a proposed web standard for agent-website interaction
* Treating agents as a distinct visitor type
* How agents interpret websites via screenshots, raw HTML, and the accessibility tree
* Recommendations for using semantic HTML elements and maintaining stable layouts
* Introduction to WebMCP, a proposed web standard for agent-website interaction
WebMCP is a new technology that allows AI agents to interact with web pages more directly. It works by turning web pages into MCP (Model Context Protocol) servers via a Chrome extension. This enables agents to understand and manipulate web content in a structured way, potentially improving efficiency and user experience.
The technology, backed by Google and Microsoft, is designed to work alongside human users, allowing them to ask agents questions about the page they are viewing. WebMCP uses a Declarative API for standard actions and an Imperative API for more complex tasks. Early experiments demonstrate the ability to query web pages and receive structured data back.
The technology, backed by Google and Microsoft, is designed to work alongside human users, allowing them to ask agents questions about the page they are viewing. WebMCP uses a Declarative API for standard actions and an Imperative API for more complex tasks. Early experiments demonstrate the ability to query web pages and receive structured data back.
