There are two ways an IRL stream dies. A link drops (one modem browns out), or every link fills up at once (you walk into a dead zone). A reliable rig has an answer for both, and the answer is not "hope." It is an architecture where the thing connected to Twitch never has to care about your field connection.
Why streams end instead of holding
If your encoder streams straight to Twitch or Kick, the broadcast is tied to that one connection. The moment a field link drops, the platform sees the source disappear and ends the session. Viewers get kicked, the VOD splits.
The fix is to put a local OBS between your field rig and the platform. Your encoder sends to a relay, the relay feed becomes a media source in your OBS, and OBS is what stays connected to Twitch or Kick. Now a wobble in the field is just a media source going quiet, not the platform losing its source.
Layer 1: bond your links with SRTLA
A single connection has a single point of failure. Bonding removes it.
Run an SRTLA capable encoder across two or more connections (SIMs, a wired modem, Wi-Fi). The stream rides all of them at once. Lose one and the others carry the load. No gap, no restart. This is the layer that survives the bridge, the elevator, switching towers.
Layer 2: send to the relay, pull it into your own OBS
The relay joins your bonded connections back into one clean feed. You add that relay as a media source in your own local OBS, so you keep full control of your scenes, overlays, and alerts.
Two things make our relay worth pointing at:
- Custom SRTLA tuning, not the plain open source defaults. It is built to ride out a rough connection, the difference between a quick stutter and a long freeze.
- Global servers (Singapore, the US, the EU, and Scandinavia) with unlimited bandwidth, so you connect to one near wherever you are streaming.
This is the layer most setups skip
Plenty of rigs bond at the encoder and then send straight to the platform. The bonding looks great in a speed test and the stream still ends in the field, because there was nothing holding the platform session when a link dropped. Local OBS in the middle is what turns a drop into a held scene.
Layer 3: auto switch scenes with NOALBS
When you hit a genuine dead zone, your encoder's adaptive bitrate lowers quality to keep moving. If it gets bad enough that the feed stutters or stops, something should cover it on screen. That is NOALBS.
NOALBS watches your incoming bitrate and switches your OBS scene automatically:
- Bitrate dips: it switches to a LOW scene built for a rough feed.
- Bitrate collapses: it switches to a BRB scene and holds there.
- Bitrate recovers: it switches you back to LIVE.
NOALBS does scene switching, not bitrate. Your encoder handles bitrate, NOALBS handles what the viewer sees. Because OBS never disconnects from the platform, the session simply never ends. Pair the BRB scene with a clip player so viewers get highlights instead of a frozen frame.
Which layer covers what
The three get confused constantly, so it is worth being blunt about the division of labour. Bonding handles lost links. Your local OBS holds the platform session. NOALBS handles what is on screen when the feed goes rough. Skip any one of them and you have left a specific failure uncovered: a dead modem, an ended broadcast, or a frozen frame.
On a Belabox rig, the connect Belabox guide walks the SRTLA setup plus remote control, so you can fix a misbehaving box without stopping to dig it out of the backpack.
FAQ
- Why does my IRL stream keep ending instead of just showing a holding screen?
- Usually because the encoder is connected straight to Twitch or Kick. When the field link drops, the platform sees the source vanish and ends the broadcast. The fix is to run a local OBS that pulls the relay as a media source. OBS stays connected to the platform, and NOALBS swaps to a BRB scene when the feed drops, so the session never ends.
- Will bonding alone stop every drop?
- No. Bonding survives a dead modem. When every link is full at once, your encoder's own adaptive bitrate lowers quality and NOALBS switches to a holding scene. Bonding covers lost links, NOALBS covers a feed that goes bad.
- Does this work on both Twitch and Kick?
- Yes. Your local OBS is what is connected to the platform, so the same setup keeps the broadcast alive on Twitch, Kick, or wherever OBS is streaming.