Hyperbeam

What is Hyperbeam?

Hyperbeam is a developer-focused API that enables the embedding of virtual computers and browser environments directly into web applications. Built on streamed Chromium instances hosted on remote servers, Hyperbeam allows multiple participants to view, control, and collaborate on web applications and websites in real-time through a single shared session. Rather than relying on traditional screen sharing, Hyperbeam's architecture eliminates upload bottlenecks by streaming from server-hosted browsers via WebRTC, supporting up to 10,000 concurrent participants per session. The platform provides developers with granular control through REST APIs and NPM packages, enabling programmatic navigation, custom authentication, session persistence, and flexible access permissions. With built-in features like echo cancellation, WebGL support, and mobile touch compatibility, Hyperbeam transforms any website into a collaborative, multiplayer experience.

Key Features

• Embed Any Third-Party Website or Application

  Full out-of-the-box support for embedding any website or web application without dealing with CORS, X-Frame-Options restrictions, or integration maintenance.

• Synchronized Multi-User Control

  Enable multiple participants to simultaneously view and control the same virtual browser session in real-time, with granular permission settings for who can control what.

• Flawless Audio and Video Synchronization

  Crystal-clear audio and video streaming with built-in echo cancellation and packet redundancy ensures high-quality collaboration even over unreliable network connections.

• Programmatic API Control

  Navigate to URLs, open applications, run scripts, and customize the user experience entirely through REST API and NPM package integrations.

• Session Persistence and State Management

  Save user sessions and browser states so participants can return without re-authenticating or reopening applications.

• GPU-Optimized Infrastructure

  WebGL support with custom-built servers optimized for GPU-intensive workloads, international server locations for minimal latency, and mobile device support with touch gestures.

Use Cases

• Remote Tutoring and Online Education : Instructors and students can collaboratively work through coding tools, applications, and learning platforms together in real-time without complex integrations or screen sharing limitations.
• Team Collaboration and Remote Work : Enable employees to share access to third-party applications and workflows, allowing multiple team members to navigate and control shared applications simultaneously for joint problem-solving.
• Customer Support and Technical Assistance : Support teams can embed customer-accessible browser environments to troubleshoot issues, guide users through processes, and collaborate on solutions within a single interface.
• Enterprise Application Integration : Organizations can create unified dashboards and single-pane-of-glass interfaces that embed multiple business applications with role-based access control and audit trails.
• Social Co-Browsing and Watch Parties : Enable communities to browse websites, watch videos, and explore content together in synchronized sessions, fostering interactive social experiences.

FAQs