browser-use is live · pricing from $1 one-time · last verified 25 Oct 2026 · viability healthy
browser-use
Browser Use gives AI agents a real anti-detect cloud browser for web automation at $0.02/hour.
When agents die at bot checks, this is the setup I'd put on the bench first — a 90.5%-to-3.0% reach gap over headless Chrome is one you feel in a pipeline, not a benchmark chart. Treat the 82%-vs-62% task-success claim as a hypothesis and rerun it on your own task list. Budget for bandwidth, not browser time: residential proxy at $5/GB is on by default.
Verdict generatedVerified 4d ago · liveness 87/100 · cite: rightaichoice.com/tools/browser-use
- Teams whose agents get blocked or CAPTCHA-walled on protected sites and need reach more than another wrapper
- Developers who want a drop-in anti-detect remote browser for existing Playwright or Puppeteer code over CDP
- Agent builders who want hosted task execution and scheduling without writing browser infrastructure
- Engineering orgs that want an MIT-licensed Python library with a cloud browser fallback
- Scraping undefended public sites where a plain HTTP request or a cheap VPS is enough
- High-bandwidth jobs pulling images, PDFs or large files — residential traffic at $5/GB adds up fast
- Teams that must keep the browser entirely inside their own network, since the stealth layer runs in the vendor cloud
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Skip Browser Use if your agent workloads are bandwidth-heavy — pulling images, PDFs or large files over the default $5/GB residential proxy can cost more than the browser time itself, and the traffic meter runs whether or not the task succeeds.
Residential proxies are on by default at $5/GB, so a media-heavy scrape can cost more in traffic than in the $0.02/hour browser time you were budgeting for.
At $0.02/hour per browser plus $5/GB residential traffic, Browser Use sits above cheaper undefended-scraping setups and below per-task agent platforms that charge dollars per solved task — its published 17 cents per solved task is the number to beat. Credits start at $5 with no subscription, and 10 concurrent sessions are free to start; higher concurrency is earned by lifetime spend rather than bought, so scale-up costs arrive as accumulated usage, not a plan upgrade.
In short
browser-use — Browser Use gives AI agents a real anti-detect cloud browser for web automation at $0.02/hour. Best for Teams whose agents get blocked or CAPTCHA-walled on protected sites and need reach more than another wrapper, Developers who want a drop-in anti-detect remote browser for existing Playwright or Puppeteer code over CDP, Agent builders who want hosted task execution and scheduling without writing browser infrastructure. Plans from $1 one-time.
No head-to-head comparison for browser-use yet — the alternatives below are the closest matches we list.
What is browser-use?
browser-use — Browser Use gives AI agents a real anti-detect cloud browser for web automation at $0.02/hour. Best for Teams whose agents get blocked or CAPTCHA-walled on protected sites and need reach more than another wrapper, Developers who want a drop-in anti-detect remote browser for existing Playwright or Puppeteer code over CDP, Agent builders who want hosted task execution and scheduling without writing browser infrastructure. Plans from $1 one-time.
Browser Use is browser infrastructure for AI agents and the developers who build them, sold as two products on one account. Browser Use Agents is the hosted layer: pass a task through API V4 in Python, TypeScript or curl and a cloud browser finishes it, with scheduling plus pause and resume. Browser Infrastructure is the other half — a cloud browser your own Playwright or Puppeteer code attaches to over CDP, metered at $0.02/hour plus proxy traffic. The pitch rests on reach. Across 200 visits to 100 bot-protected sites, the vendor reports headless Chrome cleared 3.0% and Browser Use 90.5%. On its Internal Bench Hard it claims 82% task success against 62% for Claude Opus 5, and Hermes names Browser Use its default browser tool. Build-wise it's a Python-first, MIT-licensed library at 119k GitHub stars, so the same stack runs self-hosted or in the vendor's cloud. Billing is pay-as-you-go with credits that never expire: browsers round up to whole minutes with a one-minute minimum, agents bill at model token cost plus 20%, residential proxies default on at $5/GB. Concurrency scales with total paid — 10 sessions at $0, 250 at $1,000, 500 at $5,000. A $1 free credit covers the first run. It competes on reach and cost-per-solved-task rather than enterprise packaging, which is where Browserbase, Kernel and Anchor comparisons get settled. Teams already running coding agents can wire in Browser Harness, which hands Claude Code, Codex or Cursor your real Chrome.
Key features
- Hosted web agents on API V4 that take a task and finish it in a cloud browser
- Anti-detect cloud browser at $0.02/hour, metered by the minute with a 1-minute minimum
- CDP endpoint so existing Playwright or Puppeteer code attaches to the managed browser
- 90.5% reach across 200 visits to 100 bot-protected sites versus 3.0% for headless Chrome
- Built-in CAPTCHA solving on protected pages
- Residential proxies on by default at $5/GB, or direct/own proxy at $0.20/GB
- Custom models including GPT-6 Astra, GPT-6 Sol, GPT-6 Luna, Claude Opus 5.5, Grok 4.6, DeepSeek V4.1 Flash and GLM 5.3
- BU 2.0 model for your own agent at $0.60/1M input and $3.50/1M output
- Open-source MIT Python library (uv add browser-use) you can also self-host
- API V4 sessions open in a single request, with scheduled agents that pause and resume
- Agency skill lets agents act proactively and request approval before external actions
- Browser Harness gives Claude Code, Codex or Cursor your real Chrome
- MCP server for connecting coding agents to a browser
- Python, TypeScript and curl SDKs for API V4
- Session sharing via public links plus usage analytics for agents, browsers and the LLM gateway
Behind the verdict
Pick Browser Use when the failure mode you're fighting is rejection, not logic. If your Playwright scripts time out behind a bot wall, or your agent burns twenty steps re-solving a CAPTCHA, the $0.02/hour cloud browser is the shortest path — point your existing code at it over CDP and nothing else in your stack changes. The second reason to pick it is cost-per-solved-task. The vendor publishes its own bench (BU Bench v2.1, 180 shared tasks) plotting score against dollars per task, and the spread is wide — cheap models land near $0.10–$0.16 per task while frontier models run past $10. That table is more useful for model selection than any leaderboard, though it's vendor-built and worth re-running on your own tasks. Pass when the site isn't defended. A plain HTTP request or a cheap VPS handles public pages for a fraction of the cost. Pass too on high-bandwidth jobs — pulling images, PDFs or large files through residential proxies at $5/GB quietly becomes the bill, and the direct/own-proxy route at $0.20/GB exists precisely for that, but you have to opt in. Watch the metering. Browser time rounds up to whole minutes with a one-minute minimum, so a hundred two-second health checks cost a hundred minutes. And new projects start at 10 concurrent sessions — you buy your way to 250 with a $1,000 top-up and 500 with $5,000, which suits teams already committed rather than anyone running a pilot. The closest alternative depends on what you're buying. Against Browserbase and Kernel, the decision usually turns on stealth reach and the open-source fallback: Browser Use is MIT licensed at 119k stars, so you can self-host the same library and keep the vendor cloud as an option rather than a lock-in. If you need the browser entirely inside your own network, the vendor cloud stealth
Models under the hood
as of 2026-10-23
Limitations
- Pay-as-you-go credits start at $5 with no subscription and no expiry, and eligible Google/GitHub/Microsoft signups get a one-time $1 credit plus 10 concurrent sessions before paying.
- Browsing is metered twice: browser time at $0.02/hour (1-minute minimum, rounded to whole minutes) plus internet traffic ($5/GB residential proxy, on by default, or $0.20/GB direct/own-proxy), and Browser Use Agents bill at model token cost + 20% on top of browser time and traffic; BYOK users also pay a 20% fee on published token rates.
- Concurrency is earned by lifetime spend rather than purchased directly (10 sessions at $0, 50 at $200, 250 at $1,000, 500 at $5,000, 1,000 at $25,000).
- Vendor benchmark figures cover limited task sets (106-task Internal Bench Hard, ~100 bot-protected sites, 60 tasks per setting for BU_Bench_v2) and, as the pricing page itself notes, exclude judge, browser hosting, runner and unrecorded calls, so they are not directly comparable to full end-to-end costs.
as of 2026-10-09
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Is browser-use still active?
browser-use is live · pricing from $1 one-time · last verified 25 Oct 2026 · viability healthy.
Viability score
How well maintained and how widely used is browser-use? Built from what the vendor actually publishes (docs, changelog, tutorials, integrations, pricing), whether the site is live, and how much real users discuss it. How we calculate this
Last calculated: October 2026
How we score →What's new in browser-use
Checked 4 days agoAcross the latest 2 updates: 1 feature update and 1 changelog entry.
Faster v4 sessions, BYOK pricing fix and reliability updates
V4 sessions now load in a single request; a billing bug that charged BYOK cache reads at full input rate is fixed; transcript streaming and mobile layout issues addressed.
Scheduled v4 agents, Agency skill and model picker changes
V4 agents can be scheduled with pause/resume; new Agency skill lets agents act proactively and ask approval before external actions; bu-2-0-mini-preview added, MiniMax M3 removed.
What do users say about browser-use?
What people actually say about browser-use — is it worth it?
We ran a structured research pass across product reviews, community discussions, and post-purchase forum threads to surface the patterns vendors won't publish themselves. Below: the recurring strengths, the hidden costs people mention most, and the cohort that consistently regrets adopting this tool.
ResearchedDiscussed by users across 6 sources (Hacker News, YouTube, Product Hunt, Stack Overflow, GitHub, Lemmy) · researched Oct 10, 2026.
Weighted by the 73 posts each of 6 sources contributed.
- +Simple pip install and MIT-licensed library make it trivially easy to try locally before paying anything
- +Interactive-element extraction abstraction saves users from hand-writing and maintaining fragile DOM selectors
- +Hosted API V4 accepts a task in Python, TypeScript, or curl and runs the whole agent in the cloud
- +Anti-detect remote browser at $0.02/hour undercuts cloud-browser competitors like Browserbase on price
- +Residential proxies at $5/GB are enabled by default across 195+ countries and claim 81% reach on protected sites
- −Agent reports false success on blocked or unchanged pages, a documented open GitHub issue
- −AnthropicMessageSerializer drops earlier system messages — an unresolved bug affecting prompt control
- −522 open issues means response times on new problems can be slow or community-only
- −True cost is LLM tokens plus 20% orchestration, not the headline $0.02/hour browser rate
- −Vendor's 82% success benchmark is self-reported with no independent verification
- • Residential proxies at $5/GB are on by default — easy to burn through on JS-heavy sites
- • 20% orchestration fee on top of model tokens when using BYOK or hosted agents
- • Browser time bills in whole minutes with a 1-minute minimum per session, adding up on many short tasks
- • $0.02/hour headline hides that LLM tokens dominate the real bill; HN users report $100 Codex budgets spent in a day
How we verified this
Every listed fact about browser-use— pricing, features, links, status — is re-read from the vendor's own pages by our verification pipeline and each change is logged with a date; the last pass ran on 25 Oct 2026. Pages mix model-assisted synthesis with human review; see how we verify.
Verification history
We have re-verified browser-use 24 times since . Each pass re-reads the vendor's own pages and re-checks every listed field against that evidence; passes where nothing had changed are marked as such.
- — changed description, our verdict, features, who should skip it, pricing tiers, summary, who it suits
- — changed pricing page
- — changed who should skip it, summary, description, who it suits, our verdict, pricing tiers, features
- — changed platforms, pricing page, limitations, models
- — changed integrations, features, pricing tiers, summary, description, our verdict, who it suits, who should skip it
- — changed who should skip it, description, our verdict, features, hidden costs, limitations, switching in, switching out, models, pricing tiers, pricing fit, setup time, summary, pricing page
Showing the 6 most recent of 24 verification passes.
Free to cite with attribution — this page re-verifies continuously.
How much does browser-use cost in 2026?
browser-use: Plans from $1 one-time. Pricing last verified 25 Oct 2026.
12-month cost
Project the real annual outlay, including the implied monthly cost when only an annual tier is published.
Vendor list price only. Add-on usage, seat overages, and contract minimums are surfaced under Hidden costs & gotchas.
Where the pricing makes sense
The company stage and team size where browser-use's pricing actually pencils out — and where peers do it cheaper.
At $0.02/hour per browser plus $5/GB residential traffic, Browser Use sits above cheaper undefended-scraping setups and below per-task agent platforms that charge dollars per solved task — its published 17 cents per solved task is the number to beat. Credits start at $5 with no subscription, and 10 concurrent sessions are free to start; higher concurrency is earned by lifetime spend rather than bought, so scale-up costs arrive as accumulated usage, not a plan upgrade.
Has browser-use's pricing changed?
No plan price for browser-use has moved since we began logging in Aug 2026; the pricing page is re-read on every verification pass.
Who should pick browser-use?
Pick browser-use if you are Teams whose agents get blocked or CAPTCHA-walled on protected sites and need reach more than another wrapper, Developers who want a drop-in anti-detect remote browser for existing Playwright or Puppeteer code over CDP, Agent builders who want hosted task execution and scheduling without writing browser infrastructure, Engineering orgs that want an MIT-licensed Python library with a cloud browser fallback.
Look elsewhere if you are Scraping undefended public sites where a plain HTTP request or a cheap VPS is enough, High-bandwidth jobs pulling images, PDFs or large files — residential traffic at $5/GB adds up fast, Teams that must keep the browser entirely inside their own network, since the stealth layer runs in the vendor cloud, Anyone planning a fixed monthly bill — billing is pay-as-you-go with no subscription plans.
Skip it if Skip Browser Use if your agent workloads are bandwidth-heavy — pulling images, PDFs or large files over the default $5/GB residential proxy can cost more than the browser time itself, and the traffic meter runs whether or not the task succeeds.
GeneratedReal-world workflow fit
Concrete scenarios for the personas browser-use actually fits — and what changes day-one when you adopt it.
You create a Browser Use session with proxy_country_code "us" over API V4, connect Playwright to the returned CDP URL, run your existing scrape against a login-gated dashboard, then call browsers.stop(session.id) in a finally block.
Outcome: Your code keeps working unchanged while the anti-detect browser and residential proxy routing move to the cloud, billed at $0.02/hour plus traffic.
You schedule a V4 agent with pause and resume to run production QA passes each night, then open the Usage page's Agents and Browsers views to see what each run cost and share the session via a public /share/v4 link with the engineer who owns the failure.
Outcome: Failing runs get a shared, replayable transcript instead of a log line, and scheduling runs without a separate cron host.
You hand the agent a research-and-prepare task using the Agency skill, configure Composio triggers so it can act on connected apps, enable AgentMail so API runs can receive email attachments, and require approval before anything is sent or published.
Outcome: The agent does the legwork proactively and stops at the external-action boundary, so a human approves the send rather than supervising every step.
Use cases
- Fill multi-step forms on SaaS admin panels with no public API
- Run nightly QA passes against your own production web app
- Extract structured data from login-gated dashboards
- Prototype a customer-support agent that navigates your web UI
- Scrape job listings from sites that block simple requests
- Enrich a CSV of contacts by crawling their LinkedIn profiles
- Run scheduled competitor monitoring on protected sites
- Collect compliance evidence from OFAC, SAM.gov and HUD lists
Setup time & first value
How long it actually takes to get something useful out of browser-use — broken out by persona, not the marketing-page minute.
Developers with existing Playwright code: minutes — create a session over API V4, connect over CDP, and your script runs against the managed browser. Teams starting from scratch on hosted agents: under an hour to a first completed task, since you only need pip install browser-use-sdk plus an API key. Scheduling, Composio triggers and shared sessions take an afternoon to wire into an existing job
Switching to or from browser-use
How to bring data in from common predecessors and how to get it back out — written for the switcher, not the buyer.
- →From a self-hosted Playwright or Puppeteer stack: keep your scripts and change the connection step to attach over CDP to a Browser Use session.
- →From a per-task agent platform: move task definitions to API V4 runs and compare your current cost per solved task against the 17 cents Browser Use publishes.
- →From a plain HTTP scraping setup: move only the blocked targets to Browser Use and leave undefended pages on your cheap path.
- ↗To self-hosted Playwright with your own proxy pool: replace the CDP connection with your local browser launch and supply your own anti-detect layer.
- ↗To a per-task agent competitor: export your task list and re-point it at the other platform's API, at the cost of the 81% protected-site reach claim.
- ↗To the open-source browser-use library on your own machine: swap the hosted SDK calls for the MIT-licensed library and host the browser yourself.
Resources & guides
- Documentationbrowser-use.com
Docs
Full product docs from browser-use.com
- Resourcebrowser-use.com
Blog
Helpful link from browser-use.com
- Resourcebrowser-use.com
Browser Use - Enable AI to control your browser
Make websites accessible for AI agents. Extract interactive elements and automate browser interactions.
- Resourcebrowser-use.com
Browser Use - Enable AI to control your browser
Make websites accessible for AI agents. Extract interactive elements and automate browser interactions.
Tutorials & Learning
YouTube returned 6 videos for “browser-use”, and we withheld 6: 6 could not be judged, because “browser-use” is a single word that other videos use for other things. We are showing none, because we could not prove any of them are about browser-use.
Official links
What are the best browser-use alternatives?
The closest alternatives to browser-use we list are Hyperbrowser, Notte and Browserbase. Ranked by direct product-type match, not category overlap.
| Alternative | Pricing | Starts at | Last verified |
|---|---|---|---|
| Hyperbrowser | Freemium | Pricing not published | — |
| Notte | Freemium | Pricing not published | — |
| Browserbase | Freemium | Pricing not published | — |
Alternatives to browser-use
View allHyperbrowser
Hyperbrowser gives AI agents cloud Chrome sessions, code sandboxes, and web-data APIs on one credit balance.
Notte
Notte gives AI browser agents cloud sessions, credential vaults, and real OTP-capable identities so logins stop breaking them.
Browserbase
Give AI agents cloud browsers to run the web like an API — logins, CAPTCHAs and forms handled.
Tools that pair well with browser-use
Common stack mates teams adopt alongside browser-use, with the specific reason each pairing earns its keep.
Hyperbrowser
Hyperbrowser gives AI agents cloud Chrome sessions, code sandboxes, and web-data APIs on one credit balance.
Notte
Notte gives AI browser agents cloud sessions, credential vaults, and real OTP-capable identities so logins stop breaking them.
Browserbase
Give AI agents cloud browsers to run the web like an API — logins, CAPTCHAs and forms handled.
Frequently asked questions
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