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It's a split decision.
Choose Hyperbrowser if you want cloud browsers, isolated code sandboxes and web data APIs in one service, with Node.js and Python SDKs, a CLI and MCP. Choose Browserless if self-hosting matters: it offers managed browser APIs and licensed self-hosting on your infrastructure. Both support Playwright, Puppeteer and MCP integrations. Compare their usage units carefully: Hyperbrowser bills credits and specific resource rates, while Browserless bills units, with overage rates that vary by plan.
01Side by side
| Hyperbrowser | Browserless | |
|---|---|---|
| Pricing model | Monthly plans, credits and metered resource rates | Annual-billed tiers, units and per-unit overages |
| Free tier | 5,000 credits; one concurrent session | 1,000 units; two concurrent browsers |
| Self-hosting | Cloud-hosted service | Licensed self-hosting for Enterprise |
| API and SDKs | Playwright, Puppeteer, Node.js and Python SDKs | HTTP APIs; Puppeteer and Playwright |
| CLI and docs | CLI and documentation | Documentation |
| Integrations | MCP, Playwright, Puppeteer and SDKs | MCP, LangChain and Claude Computer Use |
| Deployment model | Hosted browsers, sandboxes and web data APIs | Managed cloud or customer infrastructure |
| Limits and scaling | One to 1,000+ concurrent sessions by plan | Two free browsers; enterprise scales to thousands |
Hyperbrowser Choose Hyperbrowser if
- Choose Hyperbrowser if you need browser, compute and web data APIs together.
- Choose Hyperbrowser if Node.js or Python SDKs fit your application.
- Choose Hyperbrowser if saved browser profiles and sandbox snapshots suit your workflows.
Browserless Choose Browserless if
- Choose Browserless if self-hosting on your infrastructure is a requirement.
- Choose Browserless if you want browser tasks through HTTP APIs or MCP.
- Choose Browserless if its unit-based plans match your workload.
02Pricing at real usage
Both offer free tiers, but their usage units are different and not directly comparable. Hyperbrowser Free includes 5,000 credits and one concurrent session. Startup costs $30 per month with 30,000 credits and $30 of monthly usage; Scale is $100 with 100,000 credits and $100 of usage. Additional credits cost $1 per 1,000. Listed rates include $0.10 per browser hour and $0.001 per fetched page.
Browserless Free includes 1,000 units and two concurrent browsers. Its Prototyping plan is listed at $25 per month-equivalent, billed annually, with 20,000 units; Starter is $140 for 180,000 units, and Scale is $350 for 500,000. Monthly prices are not published. Overages range from $0.0020 to $0.0015 per unit across those plans. Proxy use and successful CAPTCHA solves also consume units.
03API, SDKs and integration
Hyperbrowser combines cloud-hosted Chrome sessions, isolated code sandboxes and a web data API. Connect browser sessions through Playwright or Puppeteer; its integrations also include Node.js and Python SDKs, a CLI and MCP. The web API can fetch, crawl or search, with outputs including Markdown, HTML, screenshots or schema-matched JSON. Its agent options include HyperAgent, Browser Use and computer-use models. The documentation covers browser sessions, sandboxes and API workflows.
Browserless provides managed browsers and browser APIs over HTTP, plus support for existing Puppeteer and Playwright scripts. Its MCP server offers search, scrape and crawl tools for MCP clients, including Claude and Cursor. The listed ecosystem also includes LangChain and Claude Computer Use. Browserless documents browser automation, scraping, MCP and self-hosted deployment. If your code already uses Playwright or Puppeteer, both offer a path to managed browsers; Hyperbrowser lists more SDK and CLI options, while Browserless lists more named agent-framework integrations.
04Open source, self-hosting and lock-in
Neither product is presented as open source with a published license. Browserless offers private deployment or licensed self-hosting for Enterprise, so teams can run it on their own infrastructure; confirm the license terms with the vendor. Hyperbrowser describes cloud-hosted browser sessions and isolated sandboxes, but does not describe a self-hosting option.
Both offer state that can tie workflows to platform-specific features: Hyperbrowser supports saved browser profiles and reusable sandbox snapshots, while Browserless supports persisted sessions and authenticated profiles. Neither vendor publishes a general export path for those saved states. Before committing, ask how to export cookies, profiles, recordings or snapshots, and test how much state must be rebuilt if you move. Playwright and Puppeteer scripts are portable code, but service-specific APIs and billing units may require changes.
Questions people ask
Is Hyperbrowser cheaper than Browserless?
There is no direct comparison from headline prices alone: Hyperbrowser charges monthly plan fees plus credits and resource rates, while Browserless lists annual-billed monthly equivalents and unit overages. Hyperbrowser Startup is $30 per month; Browserless Prototyping is listed at $25 per month-equivalent billed annually. Model your expected sessions, browser time, proxies and API calls against each provider’s billing units.
Can I self-host Browserless?
Yes. Browserless offers private deployment or licensed self-hosting for Enterprise. Its other plans are presented as managed browser services. Confirm the licensing terms, deployment requirements and support arrangements with Browserless before designing around a self-hosted deployment.
Do Hyperbrowser and Browserless support Playwright and Puppeteer?
Yes. Hyperbrowser supports Playwright and Puppeteer connections to cloud-hosted Chrome sessions. Browserless supports existing Playwright and Puppeteer scripts with managed browsers. Both can fit into an existing automation stack, though service-specific APIs, saved state and billing will still affect migration work.
Which service is better for AI agents?
It depends on the agent architecture. Hyperbrowser combines browser sessions, code sandboxes and web data APIs, and offers HyperAgent, Browser Use and computer-use models. Browserless offers MCP search, scrape and crawl tools, authenticated profiles, and a Browserless agent. Pick based on whether you need the broader browser-and-compute stack or Browserless’s deployment options.