Browserbase Alternatives: Cloud Browser Infrastructure Compared

Browserbase lets developers run browser automation in the cloud without hosting and maintaining the browsers themselves. Your application connects to a remote browser, opens websites, and performs actions through tools such as Playwright or Puppeteer. Browserbase manages the browser infrastructure, while your code or agent decides what to do.

When comparing providers, focus on how they support your everyday workflows: keeping sessions signed in, allowing enough time for report exports, retrieving files, and showing what happened when a run fails.

This guide compares six Browserbase alternatives across session persistence, concurrency, debugging, authentication, and pricing. We focus on cloud browser infrastructure to help you assess how each provider would support your existing code or agent.

Looking for a framework that decides and performs browser actions? See our Browser Use alternatives guide.

What to compare in cloud browser infrastructure

Start with the browser behavior your application already depends on. A provider may support your automation library while using a different connection method or session lifecycle.

• Connection compatibility: Check how your Playwright, Puppeteer, or other controller connects. Chrome DevTools Protocol (CDP) is a common way to control a remote Chromium browser. Test the specific features you use, including downloads, new tabs, and network interception.
• Session persistence: Distinguish keeping a running browser alive from saving cookies and storage for a future browser. Also check what happens when the website expires the login; restoring an old profile alone does not guarantee access.
• Concurrency and duration: Confirm how many browsers can run simultaneously and how long each can stay open. A daily browser-hour allowance does not tell you whether a morning batch can run at once.
• Website access: Review proxy locations, IP consistency, CAPTCHA handling, and which features your plan includes. Treat access to your actual sites as an evaluation requirement, rather than assuming a stealth feature guarantees it.
• Debugging and deployment: Look for live inspection, recordings, logs, and retention that match your support process. If you need to run the infrastructure yourself, inspect the self-hosted edition and its license separately from the managed service.
• Total cost: Include subscription fees, browser runtime, proxy bandwidth, challenge solving, and failed attempts. Keep your own agent’s model bill separate so the infrastructure comparison stays clear.

Browserbase alternatives at a glance

This is a documentation-based comparison, not a hands-on benchmark. Pricing and documentation were checked on November 4, 2026.

6 Browserbase alternatives compared

Each provider below offers cloud browsers for your existing automation. We cover its key capabilities, trade-offs, pricing, and best fit, along with the session and deployment details that could affect your workflow.

1. TinyBrowser for direct control with usage-based billing

TinyBrowser runs managed Chromium sessions that you control with Playwright, Puppeteer, or CDP. The Browser API creates a session and returns a connection URL, so your application continues to own navigation, page interactions, and result checks.

For an existing report-download script, the integration starts with creating the remote session and connecting your controller. You can then evaluate the same login, navigation, and download logic against the hosted browser without introducing a new agent framework.

Key capabilities

• The Browser API reference documents residential proxy routing, country selection, custom HTTP/HTTPS proxies, and a direct connection option.
• Sessions expose a DevTools inspector for live debugging. You can configure an inactivity timeout and explicitly terminate the browser when your application finishes.

Trade-offs

Direct Browser API sessions do not automatically retain cookies or storage between sessions. If your script depends on persistent login state, design and test how it restores that state. The profile workflow described in TinyFish’s Browser overview leads into Agent API runs; do not assume it is an attachable profile parameter for direct Browser API sessions.

Pricing

• TinyBrowser costs $0.002 per minute, with residential proxies included and five concurrent sessions on a standard account. Usage draws from a prepaid Wallet with no recurring subscription or monthly minimum. Higher concurrency is arranged with sales.

Best fit: Teams that want managed browsers, direct control through their existing code, and billing based on browser usage without a recurring plan.

2. Steel.dev for managed browsers with a self-hosting option

Steel.dev offers both an open-source browser server and a managed cloud service. Its cloud sessions work with Playwright, Puppeteer, Selenium, and CDP-compatible tools, making it relevant when you want to preserve your controller while changing the browser runtime.

The deployment choice is useful if your team wants to begin with hosted infrastructure while also evaluating whether running the browser server internally would suit a particular environment. That choice carries operational work: the self-hosted server and Steel Cloud are separate offerings.

Key capabilities

• Steel Cloud provides session persistence and a live viewer that supports watching or taking over a browser. These help with workflows that reuse signed-in state or occasionally need a person to intervene.
• Managed proxies and CAPTCHA solving are available, subject to plan access and usage charges.

Trade-offs

Check the exact browser edition your workload requires. Steel’s proprietary Stealth Browser is Enterprise-only. Session duration also differs: Launch allows up to 15 minutes, while Scale allows one hour. A script that regularly waits for a long export may need a different tier even when its monthly runtime is modest.

Pricing

• Launch has no monthly fee and includes $30 in one-time credits, valid for 90 days. Its rates are $0.10 per browser hour, $10 per GB of proxy traffic, and $3 per 1,000 CAPTCHA solves.
• Scale costs $250 per month plus usage, includes $100 in monthly usage credits, and supports 100 concurrent sessions versus Launch’s 10. Launch requires a $10 paid deposit to enable Steel-provided proxies or CAPTCHA solving; free credits do not unlock them.

Best fit: Teams that value an open-source deployment path alongside a managed browser service and can match their workflow to its plan limits.

3. Kernel for browser pools and intermittent workloads

Kernel provides cloud Chromium browsers with dedicated virtual-machine isolation. Your code can connect through CDP, while live views and recordings help you inspect what happened inside a session.

Its billing behavior is especially relevant when browser work includes pauses. A workflow may spend part of its lifetime waiting for another system or a person’s input. Kernel separates that elapsed lifetime from active usage, so the distinction matters when estimating cost.

Key capabilities

• Browser pools let applications acquire browsers from a prepared pool. Kernel also offers managed authentication and browser inspection tools.
• Its pricing documentation describes Standby Mode: a browser stops accruing usage charges after it becomes idle. Activity through CDP or Live View affects when it is considered idle.

Trade-offs

Idle does not mean capacity is free. A browser pool counts toward your concurrency limit even when browsers are not acquired. Size the pool around expected demand, and release browsers when they are no longer needed. Also distinguish headless, headful, and GPU-enabled browsers, because their usage rates differ.

Pricing

• Kernel offers a free entry plan with $5 in monthly usage credits and five concurrent browsers. Hobbyist costs $30 per month plus usage; Start-Up costs $200 per month plus usage. They include $10 and $50 in monthly usage credits respectively.
• Active browser usage is billed separately. Kernel lists proxy usage as included; use the documented rate for your chosen browser mode rather than treating its lowest headline rate as universal.

Best fit: Teams evaluating browser pools or workflows with meaningful idle periods, where active usage and reserved concurrency need separate planning.

4. Hyperbrowser for reusable profiles and session visibility

Hyperbrowser’s session API returns a WebSocket endpoint for Playwright, Puppeteer, or another CDP-compatible controller. It also returns a live-view URL, allowing you to inspect the browser while your automation runs.

Its profile model is useful for recurring jobs. A reporting workflow could establish a signed-in profile, then load that profile for later sessions. The implementation detail that matters is deciding which runs are allowed to update the saved state.

Key capabilities

• Profiles preserve browser state across sessions. Saving changes requires persistChanges: true and a safely closed session; subsequent runs can use the profile without modifying it.
• Session recordings include replayable web recordings and optional MP4 video. Live views also support a read-only setting when viewers should observe rather than control the browser.

Trade-offs

Profile persistence does not remove the need to handle expired authentication. Test that path separately. Protect live-view URLs as access secrets, and choose the read-only setting when interaction is unnecessary. For site access, confirm the required tier: Ultra Stealth is Enterprise-only.

Pricing

• Browser usage costs $0.10 per hour, with proxy traffic charged separately at $10 per GB. A free account starts with 5,000 credits and one concurrent session.
• Startup costs $30 per month, includes $30 in usage credits, and supports 25 concurrent sessions. Scale costs $100 per month, includes $100 in credits, and supports 100 concurrent sessions. Included plan credits reset at renewal.

Best fit: Teams that need reusable browser profiles and both live and recorded visibility into recurring automation.

5. Browserless for session reconnects and human handoffs

Browserless runs managed browsers that existing Playwright and Puppeteer applications can control remotely. Its session-management tools are worth examining when your application needs to disconnect, reconnect, or let a person complete part of a workflow.

For example, a report automation could pause for a user to complete an interactive step, then resume control of the same browser. Keeping the browser available is a different requirement from merely saving cookies for a later run.

Key capabilities

• Session reconnects support continuing work in an existing browser. Hybrid automation provides a path for handing control between automation and a person through a live URL.
• Browserless offers session replays, screen recording, and a commercially licensed self-hosting option. Availability and retention depend on the plan.

Trade-offs

Check maximum session duration before designing a long handoff. The free plan allows two-minute sessions; Prototyping allows 15 minutes. Also model unit consumption with realistic traffic: browser time, built-in proxy bandwidth, and successful CAPTCHA solves all contribute.

Pricing

• The free plan includes 1,000 units per month and two concurrent browsers. Prototyping is advertised at $25 per month billed annually, with 20,000 monthly units and 10 concurrent browsers.
• Browser time generally consumes one unit per 30 seconds. Built-in residential proxies consume six units per MB, datacenter proxies two units per MB, and successful CAPTCHA solves 10 units each. Check reconnect billing too; the pricing page states that reconnects incur a fresh connection unit.

Best fit: Teams whose existing automation needs ses

sion reconnects or human handoffs and whose usage can be evaluated against a unit-based allowance.

6. Anchor Browser for managed authentication

Anchor Browser provides cloud sessions that connect to Playwright or Puppeteer over CDP. Its managed authentication is particularly relevant for applications that need to operate inside users’ signed-in accounts.

The useful distinction is between a browser profile and an identity that can authenticate again. Reusing yesterday’s cookies may get a job started, but a recurring integration also needs a plan for the day those cookies stop working.

Key capabilities

• Anchor identities can combine saved browser state, credentials, an authentication flow, and status information. Applications attach an identity when creating a browser session.
• The documented authentication paths include profile validation, reauthentication, and links that let users refresh access. These give an application ways to recover when a signed-in session becomes stale.

Trade-offs

Automatic recovery depends on what the identity contains. An identity with only a manually saved profile needs another sign-in after that profile expires. A new multifactor authentication requirement may also require updated credentials or manual intervention. Test those cases against the applications you need to support.

Pricing

• Anchor’s public plans currently include a free tier with five monthly credits and up to five concurrent browsers. Starter costs $50 per month, includes 50 credits, and supports up to 25 concurrent browsers.
• The public page combines task-credit plans with infrastructure cost estimates. Before comparing it with browser-hour providers, confirm the charges for direct CDP sessions, proxy traffic, authentication, and any session initialization. A task-credit allowance alone is not a browser-runtime quote.

Best fit: Teams integrating authenticated web applications where identity management and recovery from expired sessions are central requirements.

How to test a cloud browser provider with your existing workflow

Start with a workflow your application already runs, and use the same script or agent logic across providers. Keep changes limited to the connection and session setup where possible, so you can identify which differences come from the browser infrastructure.

For a supplier-report workflow, test the complete process: sign in, select the reporting period, download the file, and check its contents. Then test what happens when the login expires, an export takes longer than expected, or the connection drops. Run several sessions together to check whether the provider can handle your expected workload.

Assess each provider on three things:

• Completion: Did the workflow return the correct file or result? Record startup time, total duration, and any manual intervention.
• Troubleshooting: Can you understand a failed run from its logs, screenshots, or recording after the session ends? Check that errors also trigger cleanup and release browser capacity.
• Total cost: Track browser usage, proxy traffic, and other metered charges, including failed attempts and reruns. Account for subscription fees and track your agent’s model costs separately.

Compare the total spend with the number of correctly completed workflows. This shows what it costs to produce a usable result—and whether your team can support the workflow when something goes wrong.

Choose a cloud browser that fits your application

The differences between cloud browser providers matter most when a session expires, a download stalls, or several jobs need to run at once. Your shortlist should reflect how each provider handles those situations and gives your team enough visibility to resolve failures.

Before switching, test a complete workflow under realistic conditions and review the full cost, including retries and proxy usage. That gives you a clearer picture of what the provider will cost to run and maintain—and whether it meets your requirements before you move production traffic.

Run your existing automation with TinyBrowser

Bring a Playwright or Puppeteer workflow to TinyBrowser and evaluate it against the sites your application uses. Create a remote session, connect your code, and check the result and browser usage from a complete run.

Explore TinyBrowser →

Keep Reading:

• Best Browser Use Alternatives in 2026
• Best AI Browser Agents in 2026: Compared by Use Case
• Headless Browser vs. AI Agents: When to Use Each
• Best Puppeteer Alternatives for Browser Automation in 2026