7 Playwright MCP Alternatives for Better Browser Automation

I know why you are looking for Playwright MCP alternatives: you are tired of the slow-downs, the consistent context bloat and constant retries from whatever AI agent you use.

I remember when the Playwright MCP server came out in 2025. We launched our own MCP server around the same time (I am Skyvern’s CEO by the way).

Now, fast-forward to 2026: there are many browser-automation tools with an MCP server that let Claude, Codex, Cursor, or any agentic LLM/harness control a browser and automate things with it.

Some are good for test management and debugging workflows, like Chrome DevTools; others excel at business process automation (this is where Skyvern shines).

Before I dive in, I know what you are thinking: “Oh Skyvern’s CEO doing a list of Playwright alternatives, and… Skyvern is listed first… What a coincidence!”

So yes, I am obviously biased, and yes, Skyvern is listed first, but please stick with me for a second.

As a builder in the browser automation space, I personally test, review and torture all the solutions listed here. I do it constantly, as they keep me on my toes with Skyvern. I know their strengths and their weaknesses as a user, and I've probably spent dozens of hours with each by now.

With that out of the way, here is the list of Playwright MCP alternatives.

1. Skyvern, best for business workflows

Yup, that’s what we do best.

Skyvern is an open-source browser automation SDK and server focused on automating workflows.

It’s built for automating real-life workflows at scale, and natively handles captchas, 2FA, proxies, form filling and extraction.

You can run testing with it as well, but it’s really built with business workflow automation in mind, with features and capabilities that can replace time-consuming, tedious manual workflows.

Run it locally using the builds available on GitHub, or use Skyvern Cloud. In both modes your agent describes the goal and , Skyvern drives the browser, and intermediate page snapshots never enter your agent's context.

Connect from Claude Code:

claude mcp add --transport http skyvern https://api.skyvern.com/mcp/ --scope user

Or from Codex:

codex mcp add skyvern --url https://api.skyvern.com/mcp/

From Cursor (~/.cursor/mcp.json):

{"mcpServers":{"skyvern":{"url":"https://api.skyvern.com/mcp/"}}}

Or connect any MCP client that supports remote HTTP servers using the endpoint https://api.skyvern.com/mcp/.

OAuth runs in the browser, so there is no package to install and no key to paste.

Self-hosting is as simple as pip install "skyvern[all]" and connects over local stdio instead.

Then you can ask your agent to do a task in natural language

Go to Hacker News and get the top post title.

Skyvern chains the browser session, navigation, extraction, and cleanup on its own and returns the answer.

What Skyvern does better than Playwright:

• Whole tasks and multi-step workflows run server-side, so your agent receives results instead of page dumps.
• Controls similar to Playwright, so coding agents already understand them, plus an AI fallback that finds elements from a plain description when selectors break.
• Structured JSON extraction, screenshots, and JavaScript evaluation on any page
• Logins with stored credentials from the Skyvern vault, Bitwarden, 1Password, or Azure Key Vault
• Automatic 2FA/TOTP, CAPTCHA handling, and proxies.
• Form filling and file downloads through natural language.

2. Chrome DevTools MCP, best for debugging

I'd pick the Chrome DevTools MCP when the browser is part of a debugging job.

It connects your agent to a live Chrome instance and exposes the things developers normally open DevTools to inspect: console messages, network requests, screenshots and performance traces.

Console errors include stack traces mapped to the original source, and the performance tools combine local traces with field data from the Chrome User Experience Report when it is available.

From Claude Code:

claude mcp add chrome-devtools – npx -y chrome-devtools-mcp@latest

From Codex:

codex mcp add chrome-devtools – npx -y chrome-devtools-mcp@latest

From Cursor (~/.cursor/mcp.json):

{"mcpServers":{"chrome-devtools":{"type":"stdio","command":"npx","args":["-y","chrome-devtools-mcp@latest"]}}}

Then ask your agent:

Open news.ycombinator.com and list any console errors and failed network requests.

What Chrome DevTools MCP does better than Playwright:

• Performance tracing and DevTools insights are built into the server, rather than something you have to assemble around the browser session.
• The agent can inspect request and response details, console output and errors mapped to the original source while it reproduces a bug.
• Puppeteer waits for action results, which removes some of the manual waiting that browser scripts tend to accumulate.
• --slim mode limits the server to the smaller set of tools needed for basic browsing.

It officially supports Chrome and Chrome for Testing, so it is not a direct substitute for Playwright’s Chromium, Firefox and WebKit coverage and won’t do cross-browser testing.

Usage statistics are enabled by default, although you can turn them off with --no-usage-statistics. Performance traces can also send page URLs to the CrUX API unless you start the server with --no-performance-crux.

3. Browser Use

Browser Use can take over a complete task. Instead of asking your coding agent to plan every click, you hand the job to a second browser agent. Its local MCP server includes both direct browser controls and retry_with_browser_use_agent, which is useful when a page is unfamiliar and a scripted attempt has already failed.

From Claude Code:

claude mcp add browser-use -- uvx --from 'browser-use[cli]' browser-use --mcp

From Codex:

codex mcp add browser-use -- uvx --from 'browser-use[cli]' browser-use --mcp

From Cursor (~/.cursor/mcp.json):

{"mcpServers":{"browser-use":{"type":"stdio","command":"uvx","args":["--from","browser-use[cli]","browser-use","--mcp"]}}}

Then ask your agent:

Go to news.ycombinator.com and return the top post title.

What Browser Use does better than Playwright:

• A single task description can drive an autonomous run across several pages.
• The agent is open source, runs locally and lets you choose the model and add your own tools or system instructions.
• The hosted service adds managed browsers, proxy rotation, CAPTCHA solving, persistent files and browser profiles.
• Cloud sessions expose CDP, so existing Playwright, Puppeteer or Selenium code can use Browser Use’s hosted browser infrastructure.

The local MCP server needs a model key because it runs its own agent loop. That extra agent also means extra model calls, latency and cost compared with direct browser controls.

Related: See our list of Browser Use alternatives

4. Browserbase / Stagehand

Browserbase is a hosted browser infrastructure, while Stagehand is the automation framework behind its MCP server. Together they give your agent managed browser sessions plus six tools that work at a higher level: navigate, act, observe, extract, start and end.

From Claude Code:

claude mcp add --transport http browserbase https://mcp.browserbase.com/mcp

From Codex:

codex mcp add browserbase --url "https://mcp.browserbase.com/mcp?browserbaseApiKey=YOUR_BROWSERBASE_API_KEY"

From Cursor (~/.cursor/mcp.json):

{"mcpServers":{"browserbase":{"url":"https://mcp.browserbase.com/mcp?browserbaseApiKey=YOUR_BROWSERBASE_API_KEY"}}}

Then ask your agent:

Open news.ycombinator.com in a cloud session and return the page title.

What Browserbase and Stagehand do better than Playwright:

• Browser sessions run on managed infrastructure, so you do not have to maintain Chrome versions or browser workers.
• You can watch a session live, replay it later and inspect the logs when a run fails.
• observe() lets you inspect and validate an action before executing it, which is useful around payments, deletions and submissions.
• act() and extract() accept plain instructions, handle iframes and shadow DOM, and can also be used from TypeScript, Python or Go application code.
• Sessions can keep cookies and authentication state between interactions, while proxies, persistent contexts and concurrent sessions are available without building the browser fleet yourself.
• Local and Browserbase caches can replay previously resolved actions without another model call, and secret variables reach the model as placeholders.

You need a Browserbase account and API key, and usage is metered. Using Stagehand directly in an application also means dealing with the model configuration, retries and workflow state around it.

5. Browser MCP

Browser MCP takes the opposite approach from a cloud browser. A Chrome extension and a local MCP server control the browser profile you already use. That gives the agent your existing cookies, open tabs and sessions in which you are already logged in, without exporting the profile to a separate browser worker.

From Claude Code:

claude mcp add --scope user browsermcp -- npx @browsermcp/mcp@latest

From Codex:

codex mcp add browsermcp -- npx -y @browsermcp/mcp@latest

From Cursor (~/.cursor/mcp.json):

{"mcpServers":{"browsermcp":{"type":"stdio","command":"npx","args":["-y","@browsermcp/mcp@latest"]}}}

Then ask your agent:

Open my GitHub notifications and list the unread ones.

What Browser MCP does better than Playwright:

• It works with your real Chrome profile, so you do not have to automate every login again.
• The browser bridge runs locally, with no managed browser provider between you and the site.
• Your normal browser fingerprint and extensions remain in place, which helps on sites that reject fresh automation profiles.
• It is quick to try for personal tasks because there is no browser fleet or cloud session to configure.

You do need to install the extension and keep your machine and browser available while the task runs. Local execution also does not mean the model sees nothing: page snapshots still travel through the MCP client into the agent’s context.

For long runs, that can bring back the same context window growth that made you look for a Playwright MCP alternative in the first place.

6. Firecrawl

Firecrawl is a good fit if you need scraping. So if your job starts with “get information from the web” rather than “operate this website like a user.” It can search, scrape, crawl, map and parse sites, then return clean Markdown or structured data instead of making your agent inspect a browser snapshot one page at a time.

From Claude Code:

claude mcp add --transport http firecrawl https://mcp.firecrawl.dev/v2/mcp

From Codex:

codex mcp add firecrawl --url https://mcp.firecrawl.dev/v2/mcp

From Cursor (~/.cursor/mcp.json):

{"mcpServers":{"firecrawl":{"url":"https://mcp.firecrawl.dev/v2/mcp"}}}

Then ask your agent:

Scrape news.ycombinator.com and return the top five post titles.

What Firecrawl does better than Playwright:

• One scrape call can replace the navigate, snapshot and extract loop for a content page.
• Search, crawls across multiple pages, site maps, file parsing and structured extraction sit behind the same MCP server.
• The hosted service returns content in a form an LLM can use directly, which is usually much smaller than a DOM or accessibility tree.
• A limited keyless tier covers basic search, scraping and parsing. OAuth or an API key unlocks the full tool set and higher limits.

Firecrawl recently added Interact, an isolated browser sandbox that can click, type and authenticate.

I would still choose it for research and data collection rather than local UI debugging or workflow automation that what they do best and their scraping abstraction is really good.

7. Agent Browser

Agent Browser is Vercel Labs’ browser automation CLI for AI agents. It installs as a native Rust binary, drives Chrome through a persistent background process and gives elements short references such as @e1 and @e2. It now includes a stdio MCP server, so your agent can use the same browser commands as typed MCP tools.

First install the CLI and its copy of Chrome for Testing:

npm install -g agent-browser
agent-browser install

Then add its MCP server:

From Claude Code:

claude mcp add agent-browser – agent-browser mcp

From Codex:

codex mcp add agent-browser – agent-browser mcp

From Cursor (~/.cursor/mcp.json):

{"mcpServers":{"agent-browser":{"type":"stdio","command":"agent-browser","args":["mcp"]}}}

Then ask your agent:

Open news.ycombinator.com, take a snapshot and return the top post title.

What Agent Browser does better than Playwright:

• Its default core profile keeps the MCP tool list small. Network inspection, saved state, debugging, tab controls, React inspection, and mobile emulation can be added only when the task needs them.
• The command line and MCP interfaces cover the same operations, which makes a run easy to reproduce by hand in a terminal.
• Accessibility snapshots use compact element references, while ordinary CSS selectors and semantic locators are still available.
• Optional controls include domain allowlists, content boundary markers, output length limits, action policies and confirmations for sensitive actions.
• It can save browser state and store credentials in a local encrypted vault without putting the password in the model prompt.

This is still direct browser control. Your agent takes a snapshot, chooses an action, runs it and repeats, so a long workflow can consume context even if each individual response is compact.

The security controls stay disabled until you enable them, and the project does not provide the workflow scheduling, exception handling, managed CAPTCHA support or audit control plane that a business process usually needs.

It is a strong local tool for coding agents, tests and individual browser jobs.

Wrapping up

There is no single winner for every browser job.

• Chrome DevTools MCP is excellent for debugging Chrome.
• Browser MCP is convenient when you want an agent to use the profile already open on your laptop.
• Firecrawl is a good choice if scraping is your primary goal.

For businesses automating recurring workflows, I genuinely think Skyvern is the best fit. It’s purpose built for that.

Most of the other tools solve a smaller problem well.

Skyvern runs the whole workflow, keeps intermediate browser state out of your coding agent’s context window and handles all the annoying bits that show-up in real-life workflows: credentials, 2FA, CAPTCHAs, proxies, file uploads and downloads, structured outputs, webhooks and persistent browser sessions.

It also has the less glamorous pieces enterprises ask for: on premise deployment, SSO, SOC 2 Type II compliance, external credential vaults, workflow version history, approval gates and a record of every run through videos, screenshots, logs and HAR files.

Updated on September 4th 2026: we completely revamped the list with up-to-date information on features and capabilities, and added some clarifications