by Dmitry Alentev | Jul 23, 2026 | Solutions
Quick answer 5G can make streaming feel better, but only when the access network is the bottleneck. It may help mobile viewers, live events, and field contribution; it does not replace encoding, CDN delivery, or player behavior. If the stream still breaks after the...
by Anna Alenteva | Jul 22, 2026 | Solutions
Quick answer OTT trends are less about one headline shift and more about five pressure points moving at once: monetization mix, audience behavior, playback expectations, device access, and the gap between live and on-demand use. If your platform still looks stable on...
by Kate Karavaeva | Jul 21, 2026 | Solutions
Quick answer Do not start with a feature list. Decide the business model, the launch type, and the build path first, then map those choices to moderation, payouts, latency, and audience-data ownership. That order is what keeps a streaming service from looking ready...
by Kate Karavaeva | Jul 20, 2026 | Solutions
Quick answer Use WebRTC when live video has to behave like a conversation, not a feed. If the product wins or loses on fast back-and-forth, WebRTC is usually the right transport; if the audience mostly watches, it is usually extra complexity. The real test is not “is...
by Dmitry Rusanov | Jul 19, 2026 | Solutions
Quick answer Video streaming infrastructure is a connected stack, not one tool. The useful way to read it is layer by layer: ingest, processing, storage or origin, delivery, playback, plus access control and observability around the edges. If you can map those...
by Anna Alenteva | Jul 18, 2026 | Solutions
Quick answer Sometimes. If compression is the bottleneck, a higher bitrate can clean up blockiness and motion smear. If the real limit is codec efficiency, encoder preset, resolution, frame rate, or a weak source, more bitrate only makes a bigger file or a less stable...
