Full-HD Video-Streaming: LiVE combines the trainer camera and the training content into a single high-quality video-stream with a resolution of 1080p (1920x1080px) and 30 frames-per-second (fps). This noticably improves the overall training experience in contrast to standard video conferencing solutions like ZOOM, Skype or Microsoft Teams.

Unique Up-Front Training Features: The trainer can mix his camera and the output of multiple input devices, and use a Head-Up-Display (HUD) to enrich the resulting video-stream. The HUD itself provides remote controllable display widgets: agenda, progress bar, training title, attendee counter, company logo, banners, break timers, visual closures and even a confetti bomb. In addition, the HUD provides remote controllable and input receiving widgets: text/audio based popups, boolean/numeric/textual votings, ad-hoc emoticons and continuous feeling statistics.

Self-Hostable, Secure, Open Source: LiVE consists of Open Source Software (OSS) components, both on the sender, central relay service and receiver side. The trainings are protected by access codes and all network communication happens transport encrypted. As a result, LiVE can be fully self-hosted on premise, or running in a private or public Cloud.

LiVE Sender: This component is run at the trainer-side of a LiVE session, sends the video-stream via RTMPS (RTMP-over-SSL/TLS) to the LiVE Relay and receives the event-stream via MQTTS (MQTT-over-SSL/TLS) from the LiVE Relay. It is primarily based on the Open Source software components Open Broadcaster Software (OBS) Studio, the Head-Up-Display Server (HUDS), and its special Training HUD.

LiVE Relay: This component is run at the server-side of a LiVE session and relays the RTMPS video-stream and MQTTS event-stream between the trainer and the trainees. It is primarily based on the Open Source software components SRS for RTMPS and Mosquitto for MQTTS.

LiVE Receiver: This component is run at the trainee-side of a LiVE session, receives the RTMPS video-stream from the LiVE Relay and sends the MQTTS event-stream to the LiVE Relay. It is primarily based on the Open Source software components Electron and FFmpeg.