Deliver Live Stream via HLS Output

Security for Your Livestreams

Deliver Live Streams Across Platforms via HLS

Compatible Across Devices

Live Stream Across Websites, Apps, and Devices via HLS

Add your live stream to Muvi Live’s CMS and activate the live streaming server to generate an HLS output URL. This HLS URL can be embedded into your website and applications, allowing audiences to watch the live stream seamlessly on your platform. Using HLS delivery ensures consistent playback across web and app environments, making it easier to distribute live streams across supported devices and players.

Auto Encoding & Transcoding

Muvi Live automatically encodes and transcodes your live stream into HLS output with multiple resolutions, ranging from 144p up to 4K. This adaptive bitrate streaming (ABR) setup enables smooth playback by dynamically adjusting video quality based on each viewer’s network conditions, helping deliver a buffer-free HLS streaming experience across devices and platforms.

Sports

Stream on Multiple Players

Generate the HLS URL of your live stream from Muvi Live’s CMS and reuse it across multiple players and platforms. Whether you stream through Muvi’s default player, a custom web player, or third-party HLS players on mobile and TV apps, the same HLS feed works everywhere—simplifying distribution while reducing player-specific setup and maintenance.

Tree

Get Your Free Trial Today

  • HLS live streaming across devices
  • Adaptive bitrate HLS encoding up to 4K
  • One HLS URL for all players

Frequently Asked Questions

An HLS URL is the output link generated for a live stream using HTTP Live Streaming (HLS). It usually ends with a .m3u8 playlist file, which video players use to fetch segmented live video and audio streams over HTTP.

Delivering streams via HLS with Muvi makes it easy to reach audiences across browsers, mobile apps, and smart TVs using a single workflow. HLS supports adaptive bitrate streaming, which reduces buffering and adjusts video quality based on viewer network conditions. With Muvi, the same HLS output works for both live and on-demand content, and streams can be embedded easily using an HLS URL across your website and applications.

HLS is better suited for large-scale and multi-device streaming because it runs over standard HTTP, works seamlessly with CDNs, and supports adaptive bitrate playback. Unlike RTMP, which is less compatible with modern browsers, HLS is widely supported across web, mobile, and TV platforms. While WebRTC is ideal for ultra-low-latency contribution workflows, HLS remains the preferred protocol for reliable, scalable distribution of live and on-demand streams.

Yes. The HLS URL generated by Muvi Live can be used with any HLS-compatible player, including custom web players and third-party players on mobile and TV apps, in addition to Muvi’s own player.

Yes. HLS is widely supported across modern browsers, iOS and Android devices, and most smart TV platforms, making it suitable for multi-device live streaming from a single HLS output.

Yes. Muvi Live automatically encodes and transcodes live streams into multiple resolutions and bitrates.
HLS players dynamically switch between these renditions based on the viewer’s network conditions to reduce buffering.

Yes, depending on your source quality and configuration.
Muvi Live supports multi-bitrate HLS output ranging from lower resolutions (such as 144p) up to HD and 4K, where supported by bandwidth and devices.

HLS runs over standard HTTP and works well with CDNs, making it reliable for large-scale live distribution. Its segmented delivery and adaptive bitrate support help maintain playback stability across varying network conditions and devices.

RTMP and WebRTC are typically used for ingest or ultra-low-latency contribution. HLS is designed for scalable delivery to viewers, offering broader device compatibility and better CDN support, though with slightly higher latency compared to WebRTC.

No. A single HLS output URL generated by Muvi Live can be reused across websites, mobile apps, and TV platforms, simplifying live stream distribution.