4 Browserbase Alternatives to Consider in 2026
If you are building automation that needs to interact with the web — logging into portals, filling out forms, extracting data, or navigating complex authentication flows — you have likely explored a range of browser automation tools. This guide covers four options worth considering, depending on your use case and technical requirements.
Deck
Deck is a computer use agent platform that provisions isolated desktop virtual machines and lets AI agents operate any software the way a human would. Rather than running scripts against a headless browser, Deck agents navigate full application environments — including browsers, desktop apps, internal tools, and login-gated portals — using reasoning and adaptability rather than predefined selectors or scripts.
Top features
- Full desktop environments. Agents operate web apps, desktop software, and legacy internal tools within a single workflow — not just browser instances.
- Native authentication handling. Credential storage, MFA flows, session timeouts, and device fingerprinting are managed transparently without custom handling.
- Adaptive execution. Deck agents reason through interface changes and continue without breaking, reducing maintenance overhead.
- Isolated, auditable sessions. Every session runs in its own isolated VM with encrypted credential storage, scoped access controls, and full audit trails. Deck is SOC 2 Type II certified.
- Simple API integration. Agent-based automation integrates directly into products via API, with sessions created on demand and every action logged.
Browserless
Browserless is a managed headless browser platform that exposes Chrome over WebSocket and REST APIs, so teams can run browser automation at scale without managing their own browser infrastructure. It supports Playwright, Puppeteer, and Selenium, and offers a self-hosted Docker option for teams that want to keep data on their own infrastructure.
Top features
- BrowserQL. A GraphQL-based automation API built for stealth-first workflows, with built-in bot detection bypass, CAPTCHA solving, and fingerprint randomization.
- Self-hosted and cloud options. Browserless offers an open-source Docker image alongside a managed cloud service, giving teams flexibility on where their browsers run.
- REST APIs for common tasks. Pre-built endpoints for screenshots, PDFs, scraping, and content extraction — without needing to write full Playwright or Puppeteer scripts.
- Session replay and live debugging. Teams can record and replay browser sessions and use a live debugger to inspect what is happening during automation runs.
Skyvern
Skyvern is an AI-powered browser automation platform that uses LLMs and computer vision to interact with websites, rather than relying on code-defined selectors. It offers both a cloud-hosted version and an open-source SDK that works alongside Playwright, and includes a no-code workflow builder for non-technical users.
Top features
- Vision-based element detection. Instead of XPath or CSS selectors, Skyvern uses computer vision to identify and interact with page elements, making it resilient to layout changes.
- No-code workflow builder. Non-technical users can build and run automations through a point-and-click interface without writing code.
- Built-in CAPTCHA solving and 2FA handling. Skyvern includes CAPTCHA solving and two-factor authentication support as part of its cloud offering.
- Open-source SDK. Skyvern's SDK is open source and Playwright-compatible, allowing developers to blend traditional scripting with AI-powered actions in the same workflow.
ScrapingBee
ScrapingBee is a web scraping API that manages headless browsers, proxy rotation, and CAPTCHA solving behind a single API call. It is designed primarily for data extraction use cases and supports JavaScript rendering for dynamic, single-page applications. It also offers an AI-powered extraction feature that lets users describe what data they need in plain English.
Top features
- Managed headless browsers. ScrapingBee runs thousands of headless Chrome instances and handles the infrastructure overhead, so teams do not need to manage their own browser fleet.
- AI extraction. Users can describe what data they want in natural language and ScrapingBee will extract and return it as structured JSON — without writing CSS selectors.
- JavaScript rendering. Supports scraping of JavaScript-heavy pages including single-page applications built with React, Angular, and Vue.
- Large proxy pool with automatic rotation. ScrapingBee manages proxy rotation automatically to reduce the likelihood of requests being blocked.
Each of these tools approaches browser automation differently. The right fit depends on the complexity of your workflows, whether you need to go beyond the browser, and how much infrastructure you want to manage yourself.