YOUR RACK
$0Open source · self-host everything
- Build the device
- Run your own receiver
- No account at all
CeraLive bonds cellular, Wi-Fi, and ethernet into a single broadcast feed that keeps running when any of them dies. Open source, field-built, in daily use.
drawn from the rig we actually stream on — corrections included
srtla_sendschedules every packet across all connected links, weighted by measured round-trip time and delivery — not striped, not mirrored: scheduled. Watch it run live.
Throttle or cut any link and watch the scheduler redistribute across the others in real time. Kill two — the broadcast keeps running on the third.
That is the entire feature. The scheduler notices in one round trip, stops handing packets to the dead link, and the others absorb the load. Here is the actual sequence on a timing chart — pull the T-bar and watch it again.
THREE LINKS CARRY ONE STREAM
Link B died at 0:14:22. Your viewers never knew.
Hardware you can build, software that runs it today, and a cloud — in the works — that picks up where the device stops. Same drawing standard everywhere.
rev B because the case kept blocking LTE — the drawing admits it
Everything below the cloud is free software you can build and run today. The hosted tiers are the rack we're standing up next — the jack field is live now; the powered strips light up when the cloud opens.
Open source · self-host everything
pair the box, control it anywhere
hosted receiver + hosted OBS — at launch
multi-region, multi-instance
Every part you run yourself is free and open source — the encoder, the bonding, the UI, and the self-hosted receiver (irl-srt-server), even this page. Only the hosted cloud is paid, and it's optional. Here is the whole device, exploded.
Sources: github.com/CERALIVE
$ git clone https://github.com/CERALIVE/image-building-pipeline$ cd image-building-pipeline/v2$ ./build.sh --board your-board$ # flash the image, plug in your modems, power on$ # → open http://ceraui.local and go live