A DIY rig (RTMP, OBS, and a VPS) or a bonded router takes weeks to stand up and one network change to fall over. Cellular in a field means packet loss, reorder, CGNAT, and no inbound ports. Consumer streaming assumes good wifi and a laptop. Most setups break exactly where the field begins.
You want to see the live feed, share it with people you choose, and record it for later. No rebuilding your network for every flight. No locking into one drone vendor.
A relay in the cloud, live video on a private page for whoever you choose. The drone keeps doing what it does. Nebli carries the bytes in between, with the resilience cellular paths require, and records every flight.
H.264/H.265 video from any drone's RTSP source to your viewer. Sub-second on terrestrial paths.
Full bidirectional autopilot link. Mission Planner, QGroundControl, your tool of choice.
Sequence-aware NACK retransmit on both legs, paced so recovery never saturates the uplink. A 75-ms reorder window keeps cellular jitter from reading as loss.
A browser link you hand to whoever needs the feed. PIN-gated, no install.
Field-side capture to a labeled SD card, plus optional cloud recording. Local-first by design.
Live logs and a real-time loss chart in both the operator client and the field proxy. No SSH.
Speaks RTSP or RTMP? It relays. MAVLink is optional, for aircraft telemetry and control. No hardware lock-in.
Geo-located readings from LoRa sensor meshes stream into the same live map and timeline as your video. One shared picture, not a second system.
The free tier connects one drone and streams to a private page. Nothing to install on the aircraft, no card to start.