AIOZ Stream still doesn't have an MCP server. That doesn't mean an AI agent can't use it today: tool calling, the mechanism MCP itself is built on, already gets you there, with a working example using AIOZ Stream's real API fields.

Mesh, SFU, and MCU solve the same problem, getting N people in a call to see each other, in three very differently priced ways. The math behind why mesh breaks past 4 people, and why every major platform runs SFU instead of MCU.

A traditional CDN edge is a company-owned data center, one of a few hundred. AIOZ's edge is a community-operated node, one of 328,094. Here's what that structural difference actually means for caching, coverage, and guarantees.

MP4 and WebM aren't independent formats, they're restricted, standardized descendants of MOV and MKV. The real lineage explains the trade-offs better than a feature table, and none of the four is actually what a streaming platform delivers.

AV1 shares VP9's royalty-free pitch, but hardware decode is moving fast and Netflix's own numbers are strong. Here's what actually changed, and whether AIOZ Stream supports it today.

Most DRM comparisons stop at platform lists. The two things that actually matter: security tiers gate resolution, and a historical encryption mismatch used to break Apple playback silently, until the industry converged on one fix.

AIOZ Stream's own docs don't mention DRM anywhere. Here's what DRM actually protects, who really needs it, and what AIOZ Stream offers instead, an access-control model closer to Cloudflare Stream than to Mux's full multi-DRM support.

AIOZ Stream's Analytics API splits watch time, retention, and impressions across three different endpoints, and retention isn't available from the simplest one. Here's how to map real dashboard widgets to the right endpoint.

AIOZ Stream's rate-limit headers mostly follow convention, except one that doesn't. Here's the actual limits, the header names, and a handling pattern that uses the server's own stated wait time instead of guessing.

Same API as the Node SDK, but Go's explicit errors, context params, and generated-client struct pattern actually change how this code gets written.

Five real events replace polling entirely, but AIOZ doesn't document signature verification, a real gap worth planning around before trusting a payload.

AIOZ's reorder endpoint asks for an item's neighbors, not a position number, the same problem fractional indexing solves elsewhere, solved differently.