Opera Neon launches built-in MCP server to let external AI agents control your web browser

Opera Neon has introduced support for the Model Context Protocol (MCP), allowing it to function as an MCP server for external AI clients. With this feature, external AI systems that “speak” MCP, such as Claude Code and OpenAI Codex, can connect to an active Opera Neon browser session. These AIs gain direct access to the real-time web context and may execute tasks in the browser environment.

By leveraging MCP Connectors, AI tools can access open web pages, interact with browser elements, take screenshots, and analyze site content. This means users no longer need to manually transfer information to their AI of choice; instead, the AI interacts directly with authenticated, live sessions in their usual browsing environment.

Following this innovation, Opera Neon sets itself apart as the first major AI browser with a built-in MCP server. The system not only lets AI read browser data but also supports the execution of commands, making Opera Neon an active, programmable layer within the software stack.

For developers, this enables automated workflows where AI clients can browse documentation, gather detailed context, and then use that context to plan, build, and even test web applications through Opera Neon.