Observe
Read pages through structured text, headings, links, images, frames, and visible page targets instead of screenshot guessing.
NexaBrowse is a browser made for AI agent work: browsing pages, reading page structure, operating controls, debugging websites, and previewing frontend changes in a visible loop.
Read pages through structured text, headings, links, images, frames, and visible page targets instead of screenshot guessing.
Click, type, scroll, select, upload, and operate page controls through stable browser targets that an AI agent can reuse.
Inspect local previews for layout problems, contrast issues, missing content, runtime errors, and broken visual states.
Let a human mark regions, edit text, replace images, and confirm notes directly inside the live browser preview.
Most browsers are built for human clicking. NexaBrowse keeps the human-visible browser, then adds an agent control layer for page reading, DOM-aware actions, diagnostics, screenshots, and local preview workflows. That makes it practical for an AI agent to inspect, operate, and improve web pages while the user can still watch and intervene.
NexaBrowse exposes a local Agent API for page reading, navigation, actions, screenshots, diagnostics, and browser state.
Start a local frontend preview, inspect what changed, collect visual notes, and verify the result in the same browser surface.
The agent works in a real browser window, so users can see what is happening, pause control, and add precise feedback.
NexaBrowse can open a local web preview, let the user mark what should change, and give the agent precise visual context for implementation and verification.
The agent can use browser-native routes for page reading, page actions, screenshots, navigation, diagnostics, forms, downloads, tabs, and preview audits. The goal is simple: make browser use reliable enough for agents while keeping the browser visible to the user.
Launch a normal URL or a managed local frontend preview.
Read headings, links, forms, visible targets, images, media, and diagnostics.
Use structured click, fill, select, upload, scroll, and keyboard actions.
Check layout, runtime state, and visual results after every meaningful change.