Frequently Asked Questions

Common choices are ExoPlayer for Android, Apple's native AVPlayer for iOS, and the open-source Video.js framework for web apps, with WebRTC for real-time communication and FFmpeg for encoding and processing.

You need a media server for broadcasting — options include Wowza Streaming Engine, Red5 Pro, or Nginx with the RTMP module — plus a CDN such as Akamai, Cloudflare, or Amazon CloudFront to deliver content by geography.

The headset has two displays with more than 4K resolution each, two ultra-high-definition speakers with spatial audio, and two powerful processors, the M2 and R1.

The main categories are traditional (coupled) CMS like WordPress, Joomla, and Drupal, headless CMS that delivers content via APIs, decoupled CMS that separates backend and frontend but keeps a predefined presentation layer, and specialized OTT CMS built for video streaming.

A traditional CMS combines the backend where content is created with the frontend where it is displayed. With user-friendly interfaces, pre-built themes, and plugin support, it suits small to medium businesses, blogs, and basic content-driven websites.

A headless CMS separates content management from presentation: content lives in a central database and is delivered via APIs to websites, mobile apps, and smart TV apps. It offers omnichannel delivery, high flexibility, and strong scalability.

Both store content separately from the frontend, but a headless CMS leaves presentation entirely to your own applications via APIs, while a decoupled CMS ships with a predefined frontend layer, giving you some built-in control over how content is displayed.

The core offerings are live TV streaming, video-on-demand (VOD), catch-up TV, transactional video-on-demand (TVOD), subscription video-on-demand (SVOD), and hybrid solutions that combine live and on-demand content.

Catch-up TV lets viewers watch previously aired programs for a limited period after broadcast, bridging live and on-demand viewing; it is especially popular with news and series audiences.

Hybrid IPTV combines live TV and video-on-demand in a single service, giving audiences the flexibility to switch between real-time broadcasts and on-demand libraries.

TVOD monetizes individual titles on a pay-per-view basis, which suits blockbuster movies and special events, while SVOD uses recurring subscription plans that generate steady revenue and build loyal audiences.

Uscreen is popular but not the only option: other platforms offer different pricing structures, deeper white-label customization, stronger live streaming, or enterprise features, so the right fit depends on your business needs and budget.

AI and machine learning analyze user data to predict viewing preferences, producing recommendations that are both accurate and diverse.

AI is automating editing, color correction, and even scriptwriting, letting creators produce high-quality videos faster and cheaper. By 2026, 80% of video production workflows are expected to incorporate AI tools, and AI-driven personalization can lift viewer retention by 45%.

Real-time stream monitoring means tracking your live or on-demand video streams while they are running. It helps you see buffering, stream failures, latency, and quality issues instantly instead of finding out after viewers complain.

Yes. By fixing issues before viewers notice them, platforms can significantly reduce drop-offs caused by buffering or stream crashes.

Vodlix Stream Lab is a real-time video stream analyzer that helps OTT platforms test, monitor, and diagnose live and on-demand streams such as HLS, DASH, and RTMP.

Vodlix Stream Lab supports popular formats including HLS (.m3u8), DASH (.mpd), and RTMP, making it suitable for most OTT and live streaming use cases.

Yes. It provides real-time insights such as latency, segment delivery, errors, and stream stability while the stream is running.

By detecting latency spikes, broken segments, and manifest errors early, the tool helps teams fix problems before they cause buffering for viewers.