Hyperbrowser

What is Hyperbrowser?

Hyperbrowser is a browser-as-a-service platform designed to empower AI agents and applications with lightning-fast cloud browsers. It allows seamless connection of AI to the entire web, providing capabilities such as web scraping, data extraction, and browser automation without limitations.

How does Hyperbrowser work?

Hyperbrowser operates by running headless browsers in secure, isolated containers. This setup is ideal for web automation and AI-driven use cases. Key features include:

• Browser Automation: Automate tasks like web scraping, testing, and form filling by running headless browsers.
• Data Extraction: Scrape and structure web data at scale for analysis and insights.
• AI Agent Operations: Integrate with AI agents to enable browsing, data collection, and interaction with web apps.
• Captcha Handling: Automatically solve captchas to streamline automation workflows.
• Stealth Browsing: Operate browsers in stealth mode to bypass bot detection.
• Session Management: Manage browser sessions with logging, debugging, and secure resource isolation.

Key Features and Benefits

Scalable and Reliable

• Massively Concurrent: Run 1,000+ concurrent browsers with zero performance degradation.
• Enterprise Reliability: Offers a 99.9% uptime guarantee for mission-critical automation.
• Lightning Fast: Sub-second browser launch for instant scaling.
• Fault Tolerant: Built-in fault tolerance and auto-recovery for reliable performance.

Developer-Friendly APIs

Hyperbrowser provides developer-friendly APIs that work with various tech stacks, including Python, NodeJS, cURL, OpenAI CUA, OpenAI Tools, and Anthropic Tools. This allows developers to easily integrate Hyperbrowser into their existing workflows.

Example code snippet:

import { Hyperbrowser } from "@hyperbrowser/sdk";

const hb = new Hyperbrowser({ apiKey: "test-api-key" });

async function runOpenAICua() {
  const result = await hb.agents.cua.startAndWait({
    // Replace with your own task
    task: "Order Garlic Noodles from Burma Love on Doordash please",

    // Optional: Specify a profile to use and whether to use a proxy
    sessionOptions: {
      useProxy: true,
      profileId: "test-profile-id",
    },
  });

  console.log(result.status);
  console.log(JSON.stringify(result.data, null, 2));
}

runOpenAICua()
  .catch((error) => console.error(error.message));

Pricing

Hyperbrowser offers simple and transparent pricing plans to suit different needs:

• Free: $0, includes 1,000 Credits, 1 Concurrent Browser, and 7 Days Data Retention.
• Startup: $30/Month, includes 30,000 Credits, 25 Concurrent Browsers, and 30 Day Data Retention.
• Scale: $100/Month, includes 100,000 Credits, 100 Concurrent Browsers, and 30 Day Data Retention.
• Enterprise: Custom pricing with premium support, HIPAA/SOC 2 compliance, and more.

Why choose Hyperbrowser?

Hyperbrowser is ideal for developers and organizations looking to:

• Automate web-based tasks at scale.
• Extract data from the web for analysis and insights.
• Integrate AI agents with web applications.
• Bypass bot detection and captchas.

Who is Hyperbrowser for?

Hyperbrowser is suitable for:

• AI Developers: Building AI agents that interact with the web.
• Data Scientists: Scraping and analyzing web data.
• Automation Engineers: Automating web-based workflows.
• Enterprises: Requiring reliable and scalable web automation solutions.

How to use Hyperbrowser?

1. Sign up for a Hyperbrowser account.
2. Obtain your API key.
3. Integrate the Hyperbrowser SDK into your application.
4. Configure browser sessions and tasks.
5. Run and scale your browsers as needed.

Best way to automate web tasks with AI?

Hyperbrowser offers a comprehensive solution for automating web tasks with AI by providing scalable, reliable, and developer-friendly cloud browsers. Its features such as stealth browsing, captcha handling, and session management make it an excellent choice for various AI-driven applications.

By choosing Hyperbrowser, users can focus on building and deploying their AI agents and web automation workflows without worrying about the underlying infrastructure.