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Opera now has an MCP server that lets Claude and ChatGPT control your browser
The AI world is certainly interesting, to say the very least. We began with simple chatbots where you'd drop in a question and get a text response back. AI labs then began competing on who could make their model the smartest, and somewhere between all the competition, browser companies decided they wanted in too. While it began with browsers having a couple of AI features baked in here and there, it eventually led to companies developing full-fledged browsers that were built with AI at their core. Perplexity launched Comet, OpenAI launched Atlas and even Norton (yes, the antivirus company) launched an AI browser called Neo. The first major player to go all-in on the concept was Opera though, with its agentic browser Neon. The reason why I went a bit down the history lane was because it all ties back to what I said initially: the AI world is certainly interesting. Now, rather than browser companies weaving AI into the browser, we're seeing the reverse: AI reaching into the browser. Similar to how Opera was the first to build a browser around AI, they're leading this reversal too by launching an MCP Connector for its Neon browser. Opera Neon just opened its doors to external AI tools But first, what is MCP? As announced via a blog post on Opera Newsroom, the Oslo-based company just announced MCP Connector for Opera Neon that enables third-party AI tools like Claude, ChatGPT, n8n, Lovable and even OpenClaw to connect directly to its Neon browser. Though it's currently only available for its agentic browser Neon, the company mentioned that it will also be bringing a simplified version of the MCP Connector to its other browsers down the line. Now, before we go any deeper with what the MCP Connector really means for you, you need to understand what an MCP server really is if you don't already. MCP, or Model Context Protocol, is essentially a standard that lets AI tools talk to other apps and servers. It's an open standard that was first introduced in late 2024 by the company behind Claude, Anthropic. It essentially gives tools a way out of building custom integrations for every single app or service they want to connect to. With an MCP server though, any AI tool that supports the protocol can connect and interact with the service right away. That's exactly what Opera has done with Neon. The MCP Connector allows AI tools like Claude or ChatGPT to directly connect to your live Neon browser session and see what you're working with, including your open tabs, the content on your screen, and even your logged-in sessions. These AI tools can then take actions directly within the Neon browser like navigating pages, extracting information, filling out forms, capturing screenshots, opening new tabs, and running searches. How MCP accidentally became the best "common language" for services to talk MCP is a fascinating protocol, and its widespread adoption is even more interesting. Posts 2 By Adam Conway Opera Neon debuted with the concept of agentic browsing, where the browser's AI could carry out tasks on your behalf. With MCP Connector, that's no longer limited to Opera's own AI, and any compatible third-party AI client that supports MCP can tap into those same capabilities. Subscribe to the newsletter for AI + browser insights Interested in the AI-browser shift? Subscribe to the newsletter to get in-depth coverage and expert analysis on MCP Connector, agentic browsers, AI integrations, and the broader implications across web tools. Get Updates By subscribing, you agree to receive newsletter and marketing emails, and accept our Terms of Use and Privacy Policy. You can unsubscribe anytime. Opera Neon's MCP Connector is available starting today for all paying Neon subscribers. It'll be interesting to see how this plays out, especially as other browser companies will likely follow suit!
[2]
Opera Neon doubles down on agentic browsing with MCP support - 9to5Mac
Opera's agentic browser now lets users connect AI tools directly to their live browsing session, enabling them to access tabs, interact with pages, and take actions in real time. Here are the details. MCP, or Model Context Protocol, was developed as an open standard by Anthropic and was later donated to the Linux Foundation's Agentic AI Foundation, which was created late last year. In a nutshell, MCP is a universal standard that connects AI models to external systems. As more and more companies adopted it, it quickly became possible to plug AI tools such as ChatGPT, Gemini, and, of course, Claude, into apps and services such as Notion, Google Drive, Slack, GitHub, and Zapier, letting LLMs access data and perform actions across them. There are, of course, more technical aspects involved in adopting and deploying MCP, but the short of it is that as more and more platforms put in the work to adopt it, more users can integrate them and benefit from it. As 9to5Mac readers probably know, Opera Neon is Opera's subscription-based agentic browser. It launched last year, featuring native agentic tools, including: Since then, the browser has picked up a few welcome improvements, including deep research, Gemini 3 Pro integration, and more. Today, Opera Neon is adding MCP support, allowing AI tools such as ChatGPT, Claude, Lovable, n8n, and even OpenClaw to access tabs, interact with pages, and take actions on a user's behalf. Depending on the user's workflow, this can greatly improve productivity by reducing context switching, allowing AI tools to pull information from open tabs, update documents, trigger automations, and complete multi-step tasks without the user's manual input at every step. Of course, these gains are more immediate for users who are already comfortable with MCP-ready tools. However, today's news can also serve as a starting point for those looking to explore these workflows in Opera Neon.
[3]
Opera's latest update turns it into an autonomous browsing agent for ChatGPT and Claude
Its new MCP Connector allows AI agents to interact with pages, navigate tabs, and complete tasks on your behalf. Opera is taking a big step toward AI-driven browsing, and this time it is opening the door to other AI assistants. The company has introduced an MCP Connector for Opera Neon, which allows third-party AI agents like ChatGPT, Claude, n8n, Lovable, and OpenClaw to directly connect to the browser. This means your AI can now see what is on your screen and act on it, turning Neon into an autonomous browsing agent. The feature is available now for paid Neon users, with plans to bring a simpler version to other Opera browsers later. How does MCP actually let AI control your browser? To understand this shift, you need to know what MCP is. Model Context Protocol is an open standard introduced by Anthropic. It allows AI tools to connect with apps and services without building separate integrations for each one. Recommended Videos With an MCP server in place, any compatible AI can instantly interact with supported tools. In Opera Neon's case, that tool is your browser. It gives AI visibility into what is on your screen and the ability to interact with it in real-time. Neon was already built around agentic browsing, where its native AI could perform tasks for you. Now, that capability is no longer limited to Opera's own system. Any AI that supports MCP can plug in and use the browser the same way. What can you actually do inside Opera Neon with the new upgrade? Once connected, you can ask AI tools to carry out real browsing tasks instead of just suggesting steps. You can search for information, open pages, navigate websites, and complete actions across multiple tabs. The AI can see your current context and respond accordingly, which makes multi-step tasks smoother. It can also move between pages, interact with elements, and complete workflows while you focus on the end result. For now, this is limited to Neon, but Opera's plan to expand MCP support suggests this could soon become a standard feature across browsers. From AI in your browser to AI running your browser The AI race is moving fast. It started with simple chatbots answering questions, then shifted into a competition to build smarter models. Soon after, browser companies joined in, first by adding small AI features, and then by building entire browsers around AI. That is how we ended up with AI-first browsers like Perplexity's Comet and OpenAI's Atlas. But Opera was one of the first to fully commit to the idea with Neon, its agentic browser built to complete tasks for you. Now, the direction is flipping again. It is no longer just about adding AI to browsers. AI is starting to take control of them. With its new MCP Connector, Opera is pushing this next phase, where external AI tools can step in and actually operate your browser for you.
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Opera Neon doubles down on agentic browsing with MCP support
Opera's agentic browser now allows users to connect AI tools directly to their live browsing session, enabling access to tabs, interaction with pages, and real-time actions. The integration promotes productivity by minimizing context switching and allows AI tools to automate tasks without requiring user manual input. This functionality is applicable to users of various AI tools, including ChatGPT and Claude, enhancing their workflow within the browser. The Model Context Protocol (MCP), developed by Anthropic and donated to the Linux Foundation's Agentic AI Foundation, serves as a universal standard that connects AI models to external systems. As companies adopt MCP, users can integrate AI tools into applications like Notion, Google Drive, and Slack. Opera Neon, the subscription-based agentic browser launched last year, includes native tools such as Tasks for analyzing multiple sources, Cards for saving prompts, Do for automated navigation, and Make for creating widgets and reports. Recent updates to Opera Neon include deep research capabilities and Gemini 3 Pro integration. Today, Opera announced the addition of MCP support, enabling AI tools like n8n and OpenClaw to access user tabs and interact with web pages. This streamlines users' workflows by allowing AI to perform actions autonomously. Opera highlighted that improvements in productivity will be more noticeable for users already familiar with MCP-ready tools. However, the announcement also encourages newcomers to explore these functionalities within Opera Neon. Opera Neon continues to evolve as a platform designed to enhance user engagement with AI technologies, positioning itself as a valuable tool for both current and potential users.
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Opera just made it a lot easier to use your favorite AI in the browser
Summary MCP Connector lets external AI clients like, Claude and ChatGPT, connect directly to Opera Neon. This reduces friction by allowing you to use your normal tools instead of Opera's options. The connector is available now to Opera Neon subscribers, and a simpler option will come to Opera One and GX in the future. As the agentic AI boom accelerates, companies are rolling out features and connections at a dizzying pace. On March 31, Opera announced a new Opera Neon feature to help AI clients plug into the browser. The aptly-named MCP Connector lets AI clients like Claude, ChatGPT, and OpenClaw use Opera Neon to accomplish tasks on your behalf. What is MCP Connector for Opera Neon? A bridge between your browser and your favorite AI tools Opera Neon technically already had agentic AI capabilities. The browser has access to four Opera agents: Neon Do, Neon Make, Neon Chat, and ODRA (Opera Deep Research Agent). Each handles a specific type of request -- Do will use the browser to accomplish tasks (like research or shopping), Make will build things (code, websites, or digital assets), and so on. However, you had to be satisfied with Opera's AI options, and if you used another client outside of Opera, there was a disconnect that added friction. With the launch of MCP Connector, you can now have your preferred AI client plug directly into Opera Neon. For example, you can fire up Claude (one of our favorite free chatbots) and ask it to research and create a spreadsheet of the best headphones within your budget. Claude can then utilize Opera Neon to accomplish those tasks. Related I tried every new browser released in 2025 -- this one is my favorite This browser launched early and stayed at the top in 2025. Posts 1 By Keval Shukla MCP Connector uses the Model Context Protocol (MCP), a protocol originally developed by Anthropic. MCP is an open standard that facilitates connections between AI models and other tools and applications. "Last year, we launched Browser Operator as a first step toward an agentic browser. Now we are opening those capabilities to external AI clients through MCP, so they can act directly inside the browser, not outside it," said Monika Kurczyńska, Director of R&D for browser AI at Opera. What's so special about MCP Connector? Less friction, more familiarity There are two major advantages to using your choice of agent: You can use the same AI ecosystem you use for everything else. If you use Claude all day, it's a much better experience to be able to continue using it for agentic tasks in the browser than to have to rely on a different model. You get the benefit of using your own browser. Often, when an agent wants to accomplish a task, it'll spin up a separate browser session, which can introduce problems, such as needing to log into web apps and services. With Opera Neon and the MCP Connector, if you're already signed in to services like Google Drive, your AI of choice can jump right in. "The browser is where workflows live, but AI has been disconnected from it," said Kurczyńska. "With Opera Neon, we connect popular AI clients directly to an agentic browser, so they can operate where users already work, without needing to recreate context." Subscribe to the newsletter for browser AI insights Keep up by subscribing to our newsletter, get concise briefings on developments like Opera Neon's MCP Connector, agentic browser integrations, and practical takeaways to help you understand and choose AI tools. Get Updates By subscribing, you agree to receive newsletter and marketing emails, and accept our Terms of Use and Privacy Policy. You can unsubscribe anytime. Opera says MCP Connector is available today for all Opera Neon subscribers. The company also has plans to bring a simplified version to the Opera One and Opera GX browsers down the road. Opera GX Opera GX is a gaming-focused browser designed for performance and customization. Headlining features include the ability to limit resource usage and a built-in VPN. See at Opera Expand Collapse
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Opera has introduced MCP Connector for its agentic browser Neon, allowing external AI tools like ChatGPT, Claude, and others to connect directly to live browsing sessions. The feature enables AI agents to see open tabs, navigate pages, and complete tasks autonomously, marking a shift from AI-enhanced browsers to AI actively operating browsers.

Opera announced the launch of MCP Connector for Opera Neon, a feature that allows third-party AI tools including ChatGPT, Claude, n8n, Lovable, and OpenClaw to connect directly to its agentic browser
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. The Oslo-based company revealed that while the connector is currently exclusive to Neon, a simplified version will arrive for Opera One and Opera GX browsers in the future5
. This development represents a notable shift in how AI integrations function within browsers, moving from AI-enhanced browsing to AI actively operating browsers.The Model Context Protocol serves as an open standard that enables AI models to communicate with external systems without requiring custom integrations for each service
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. Developed by Anthropic and later donated to the Linux Foundation's Agentic AI Foundation, MCP has gained widespread adoption across platforms including Notion, Google Drive, Slack, GitHub, and Zapier2
. By implementing this universal standard, Opera eliminates the friction of building separate connections for every AI tool, allowing any MCP-compatible client to instantly interact with supported services.Once connected, AI agents gain visibility into live browsing sessions, including access to open tabs, on-screen content, and even logged-in sessions
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. These AI tools can then perform actions directly within the browser such as navigating pages, extracting information, filling out forms, capturing screenshots, opening new tabs, and running searches3
. This transforms the browser into an autonomous browsing agent that can complete multi-step tasks without manual input at every stage.The ability to integrate external AI clients addresses a significant pain point for users who rely on specific AI ecosystems throughout their workday. Monika Kurczyńska, Director of R&D for browser AI at Opera, explained that "the browser is where workflows live, but AI has been disconnected from it"
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. By allowing tools like Claude or ChatGPT to operate within a user's existing browser session, the connector eliminates the need to recreate context or log into services repeatedly. This approach to agentic browsing can significantly boost productivity by allowing AI to pull information from open tabs, update documents, trigger automations, and handle complex tasks autonomously2
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Opera Neon launched last year with native agentic tools including Tasks for analyzing multiple sources, Cards for saving prompts, Do for automated navigation, and Make for creating widgets and reports
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. The browser has since added deep research capabilities and Gemini 3 Pro integration2
. With MCP Connector, these capabilities are no longer limited to Opera's own AI agents. Users can now leverage their preferred AI client while benefiting from their existing browser session, avoiding the complications that arise when agents spin up separate browser instances.The MCP Connector is available starting today for all paying Neon subscribers
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. As more platforms adopt the Model Context Protocol, the barrier between AI tools and web-based workflows continues to dissolve. Opera's move positions it at the forefront of a trend where AI doesn't just assist with browsing but actively manages it. Users should watch for how other browser companies respond to this development, as Opera's implementation of MCP support could establish a new standard for how AI agents interact with live browsing sessions across the industry.Summarized by
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