Artificial AI browsers are gradually becoming a new trend in the world of web browsing. Unlike traditional browsers that only display websites for users to interact with, these new generation AI browsers are beginning to act as assistants capable of performing actions autonomously.
Artificial browsers not only automate web workflows but also support research, content writing, document comprehension, information summarization, and perform many multi-step tasks on behalf of the user.
For example, instead of manually opening dozens of tabs to find research papers, read articles, and synthesize data, users can simply instruct the browser:
Find all the latest studies on domain adaptation in computer vision, extract the key findings, and draft an outline for a blog post.
A true agentic browser can start that workflow almost automatically.
Below are some of the most talked-about AI browsers currently available.
Perplexity Comet
Perplexity Comet is an AI browser developed by Perplexity AI with the goal of transforming the entire web browsing experience into a more conversational workflow.
Comet functions much like a personal assistant integrated directly into the browser. Users no longer need to constantly click through each webpage; instead, they can simply describe what they want to do, and the AI will handle the workflow automatically.
Comet's standout feature lies in its powerful agentic capabilities. The browser can interact directly with websites, automatically collect data, or complete multi-step web workflows. Additionally, the system supports contextual search and continuous conversational content summarization.
Another interesting feature is that the browser can also manage messages or tasks using a command-driven workflow — meaning AI automatically performs a series of multi-step actions on behalf of the user.
ChatGPT Atlas
ChatGPT Atlas is OpenAI's AI browser, where ChatGPT is at the heart of the entire browsing experience.
Unlike the previous method of opening chatbots in separate tabs, Atlas integrates AI directly into daily browsing workflows. ChatGPT can track what users are viewing, understand the current webpage content, summarize information, or perform tasks directly within the open website.
One of the most notable features is 'agent mode'. According to the article, this mode allows ChatGPT to interact with websites under user control to complete multi-step tasks such as product research or planning a trip from start to finish.
Atlas also supports on-page assistance — meaning AI directly assists on the current website instead of forcing users to copy/paste back and forth between multiple tabs. Additionally, it includes multimodal tools such as image, video, and news search, tab management, and form filling support.
Dia
Dia is an AI browser developed by The Browser Company, strongly focused on integrating AI as an 'intelligent layer' over the entire web browsing workflow.
Dia allows users to 'chat with the open tab'. AI can explain, summarize, or extract information directly from the current webpage content without leaving the tab.
Another interesting feature is its ability to support content creation in the user's own 'voice'. The browser can help plan, brainstorm, or create text tailored to individual writing styles.
Dia also has a 'Skills' system — where users can create or remix community-built AI workflow shortcuts to automate repetitive tasks.
Privacy is also a point that Dia emphasizes quite strongly. The browser is designed to provide AI capability but still allow users more control over AI data and access.
Microsoft Edge Copilot
Microsoft Edge with Copilot Mode is Microsoft's attempt to transform the browser into a more AI-native environment. Copilot is integrated directly into the browser to support intelligent navigation, content summarization, and reasoning across multiple tabs simultaneously.
One notable feature is its multi-tab context capability. The AI can understand information from multiple tabs open simultaneously to aid in better analysis or question answering.
Additionally, there are agentic features such as Copilot Actions and Journeys — which allow AI to perform automated workflows on the web instead of just answering individual questions.
Microsoft also allows users to customize privacy-related features such as context clues, memory, or AI permissions to access browsing data.
BrowserOS
BrowserOS is one of the most interesting agentic browsers currently available because of its strong focus on privacy-first and local AI processing.
Unlike many cloud-dependent AI browsers, BrowserOS allows models to run locally via Ollama or the user's own API key. This means many AI tasks can be processed directly on the machine instead of sending data to an external server.
BrowserOS can automate workflows using natural language, such as scraping websites, filling out forms, or summarizing content. It also integrates AI side-panels supporting various models like ChatGPT, Claude, Gemini, and Grok.
Another notable feature is that the browser comes with MCP servers that connect to Gmail, Calendar, Docs, Sheets, and Notion to support real-world workflows such as drafting emails or scheduling meetings.
BrowserOS is also completely open source under the AGPL-3 license and is developing more features such as an AI ad blocker or the ability to use BrowserOS itself as an MCP server for other AI tools.
Opera Neon
Opera Neon is an AI-native browser developed by Opera with the ambition to transform the browser into an agent that can 'act on behalf of the user'.
Neon not only supports searching and summarizing content, but it can also:
- Open tab
- Information research
- Compare prices
- Fill out the form
- Note
- Write code
- Continue processing tasks even when the user is offline.
The most notable feature is the agentic engine called Neon Do. This engine allows the browser to automatically execute workflows across multiple tabs and tasks in a fairly autonomous manner.
Beyond basic office tasks like placing orders, replying to emails, and cleaning up files, Opera Neon also targets the creative generation. The browser can support website building, game creation, report writing, or handling large projects using cloud computing even when the user is offline.
Opera has also developed a 'Cards' system that allows users to save popular workflow prompts, reducing the need to repeat instructions multiple times.
The most exciting thing about agentic browsers is that they are changing the traditional role of browsers.
For many years, the browser was simply a tool for displaying websites for users to interact with. But with AI agents, the browser is gradually becoming a system capable of:
- Understand the goal
- Self-navigation
- Self-collection of data
- Automatically complete workflows on behalf of the user.
This could bring about huge changes in how people research information, shop, work, and use the internet daily.
Of course, agentic browsers also raise many questions about privacy, data control, and the degree of autonomy that should be given to AI. But clearly, browsers are gradually shifting from a 'web viewing window' into an 'AI operating system' for work and digital life.