Live streaming,
without the stress

Resi is the only streaming platform built around a patented protocol engineered specifically for complete content integrity over unreliable public internet. Where traditional RTMP-based solutions drop frames the moment a packet is lost—and SRT recovers in roughly 8 seconds—RSP maintains a local buffer of up to 30 minutes, verifying and re-sending every frame until the cloud confirms receipt. That’s the difference between a stream that survives a network hiccup and one that survives a complete outage. Beyond RSP, Resi is a true one-workflow solution: hardware, software, cloud infrastructure, analytics, on-demand hosting, and 7-day support all come from a single vendor. No piecemeal stack. No finger-pointing when something goes wrong.

An encoder is the device—hardware or software—that takes a video signal from your camera or switcher and converts it into a format suitable for live streaming over the internet. Most streaming services use protocols that transmit video like a one-way signal: if data is lost in transit, it’s gone. Resi encoders use RSP to cache, verify, and re-send that data until it’s confirmed perfect in the cloud. That verification process is what makes a Resi stream fundamentally different from anything else on the market, and it’s only available through Resi’s hardware encoders or ProPresenter Stream.

Resi supports simultaneous multi-destination delivery to Facebook, YouTube, your own website player, RTMP destinations (TikTok, Twitch, Vimeo, Subsplash, and more), and OTT apps—all from a single workflow. No separate setups per platform and no additional bandwidth required per destination.

Yes, and it’s by design. Resi’s reliability comes from verifying every frame before it reaches your viewers—a process that creates a typical delay of around 90 seconds to 2 minutes when streaming to social platforms. For most use cases, including worship services, board meetings, conferences, and games, that tradeoff is worth never losing a viewer to a buffering interruption. Resi continues to reduce this delay through ongoing transcoding improvements.