Screen Stream over HTTP

10.9MB v4.2.4 Update Date：2025-12-14 Developer：Dmitriy Krivoruchko

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Screen Stream over HTTP Application Screenshots

Screen Stream over HTTP AI Editor's Review

Screen Stream over HTTP is a lightweight app that streams your Android screen to any device with a web browser over your local Wi-Fi network. It's open-source, easy to use, and great for presentations or remote viewing.

Comprehensive Analysis

Screen Stream over HTTP provides a straightforward way to mirror your Android device's screen to any device with a web browser via HTTP. Upon launching the app, it provides a local IP address and port that you enter into a browser to view the stream. It is surprisingly simple to set up. The streaming quality is acceptable for basic tasks like presentations, demos, or monitoring. However, the performance is greatly affected by network conditions. The lack of additional features, such as the ability to record the screen or control the device remotely, limits its functionality compared to other screen mirroring solutions.

Key Advantages

Easy to set up and use with a simple web interface.
Open-source and lightweight, ensuring transparency and minimal resource usage.
Works on any device with a web browser, offering cross-platform compatibility.

Areas for Improvement

Performance depends heavily on the Wi-Fi network's stability and speed.
Lacks advanced features such as screen recording or remote control capabilities.

The Description of Screen Stream over HTTP

Site Editorial Commentary：Secure one‑tap screen & audio share via WebRTC/MJPEG/RTSP to browsers/players.

Screen Stream over HTTP transforms your Android device into a powerful, open-source live screen and audio streamer, seamlessly broadcasting to any modern browser without the need for cables or extensions. Ideal for presentations, remote support, educational purposes, or simply sharing your screen with friends and family.

Key Features & Modes:

• Global (WebRTC): Experience worldwide, end-to-end encrypted WebRTC streaming with password protection, ensuring secure transmission of both video and audio.
• Local (MJPEG): Enjoy zero-setup HTTP streaming over your Wi-Fi network or hotspot. Benefit from PIN-locked access and the ability to operate Offline or online.
• RTSP: Push H.265/H.264/AV1 video along with OPUS/AAC/G.711 audio to your preferred media server for wider distribution.

In-Depth Look at Each Mode:

Global (WebRTC):
• Offers end-to-end encryption for secure, password-protected peer-to-peer streaming.
• Simultaneously shares your screen, microphone input, and internal device audio.
• Viewers can easily join using a Stream ID and password in any WebRTC-compatible browser.
• Requires an internet connection; signaling is facilitated by a public open-source server.
• Audio and video data flow directly between devices, meaning bandwidth consumption increases with each additional viewer.

Local (MJPEG):
• Features an embedded HTTP server, enabling offline or online operation via Wi-Fi, hotspot, or USB tethering.
• Transmits the screen as a sequence of individual JPEG images (video only).
• Provides an optional 4-digit PIN for basic access control; note that this mode does not offer encryption.
• Supports both IPv4 and IPv6 addresses, along with options to crop, resize, rotate, and further customize the stream.
• Each viewer receives an independent image stream, so more viewers need more bandwidth.

RTSP:
• Streams high-quality H.265/H.264/AV1 video and OPUS/AAC/G.711 audio to an external RTSP server.
• Supports optional Basic Authentication and TLS encryption (RTSPS) for secure streaming.
• Functions seamlessly over Wi-Fi or cellular networks, with both IPv4 and IPv6 compatibility.
• Fully compatible with popular RTSP clients such as VLC, FFmpeg, OBS Studio, and MediaMTX.
• Requires you to provide your own RTSP-capable server for content distribution.

Common Use Cases:
• Providing remote technical support and troubleshooting assistance.
• Delivering live presentations and product demonstrations.
• Facilitating distance learning, online tutoring, and remote education.
• Sharing gameplay and casual content with friends.

Important Considerations:
• Requires Android 6.0 or later (utilizes the standard MediaProjection API).
• Can consume significant data when using mobile networks; Wi-Fi is highly recommended.
• Completely open-source, licensed under the MIT License.