Frequently Asked Questions

No, Cloud TV is generally more cost-effective than traditional TV because it eliminates the need for physical infrastructure.

Yes, Cloud TV platforms are designed to handle both live streaming and on-demand content efficiently.

Cloud TV works on smartphones, smart TVs, tablets, laptops, and web browsers.

Yes, with DRM and encryption technologies, Cloud TV platforms ensure high-level content protection.

DRM is a system that prevents unauthorized redistribution of digital content and restricts how purchased content can be copied. It works by encrypting the content and granting access only to users who hold the decryption keys, usually issued through a licensing mechanism.

DRM takes a proactive approach by creating barriers to content theft, usually through encryption or code embedded in the digital content. These tools can control which devices and people can access the content and for what time periods.

Copy protection prevents users from making copies of a work, typically through encryption or scrambling so only devices with the right key can read it. Digital watermarks, fingerprinting, and copy-restriction software are other common techniques.

Permission management limits who is allowed to use a work. It relies on methods like software licenses and keys, user and IP authentication, proxy servers, VPNs, geo-blocking, and tying products to specific hardware or software.

DRM prevents piracy of intellectual property, ensures only authorized users can view content, and lets you apply controls like watermarks, print and copy restrictions, and device limits. You can also revoke user access at any time and track user activity.

DRM is widely used for videos, music, eBooks, software, proprietary business information, and database subscriptions. Well-known examples include Apple's FairPlay, which ties iBooks and iTunes purchases to authorized devices, and Microsoft's PlayReady for audio and video content.

DRM protects revenue streams and intellectual property, restricts unauthorized access, prevents password sharing and piracy, and supports earning more through multi-tiered subscriptions and memberships.

Yes. DRM solutions can impose user-level limits such as device limits, IP address limits, and open limits, so only paying customers can access the content they have paid for.

No. A secured website, portal, or LMS only protects the place where content lives, not the files themselves, which can still be copied, printed, or redistributed. File-level DRM protection is needed to secure the actual content.

Choose a solution that applies both file-level and user-level controls to block unauthorized access, sharing, downloading, and printing. Vodlix includes a built-in DRM solution alongside its monetization tools, so content protection and revenue can be managed on one platform.

HLS stands for HTTP Live Streaming, a media streaming protocol that delivers video and audio over the internet to viewers. It is used for both live streaming and on-demand streaming.

Content is captured by devices like cameras and microphones, sent to a live video encoder, transmitted to a video hosting platform via RTMP, and then delivered through HLS ingest to an HTML5 video player. The process depends on an HLS encoder and a powerful video hosting platform.

Online video shifted away from Adobe's Flash technology to HLS with HTML5 players because HLS and HTML5 are open specifications that anyone can access free of charge. The newer technologies are also safer, faster, and more reliable.

Lag time with HLS live streams is typically in the 15-30 second range, though a low-latency streaming feature is also offered.

HLS lets creators encode the same stream at multiple quality settings, and the player requests the best option for the viewer's bandwidth at any moment. If bandwidth drops, the player automatically delivers lower-quality chunks instead of stopping playback.

Yes, HLS supports closed captions embedded in the video stream, with caption language information included in the manifest. This makes online content accessible to a broader audience, and caption data can be ingested from in-stream and file-based sources.