A broad track record of WebRTC projects
Development
Achivements

A system that relays camera footage from several angles on site, editing as it goes, and can drop edited material such as highlights straight into the feed.
High-quality, low-latency streaming from many angles gives the viewer a real sense of being there.

A system for streaming a live event held somewhere far away.
High-fidelity sound and picture give a sense of presence, and two-way communication lets the audience react.
Built for hundreds of thousands of connections, with Saver’s own MCU to cut the number of network paths sharply.

A system that streams a performer at a distant location in high picture and sound quality.
At the performer’s end it is a client device (a Jetson) that works as soon as it is switched on, so anyone can use it.

A system that streams a sports event held at a distance to a large audience.
Compositing footage from several angles makes it more immersive and more enjoyable to watch.
Two-way communication also lets the audience send reactions back to the venue.
Viewers can also talk to each other inside the system.

A system that streams a discussion held across several locations to a large audience.
The locations can be shown side by side, or one camera brought up close.
Text chat from viewers has to reach every location at once, which is why the latency is kept low.

The first English conversation system in Japan built on WebRTC.
It handles attendance and shift management for teachers logging in from abroad, lesson booking for students, and content management for the digital teaching material.
Lessons can be run by 200 teachers at any time.

A system for holding classes online around the clock, every day of the year.
A class can be recorded as it happens.
It works from a range of clients: iOS, Windows and the browser.

An ordinary video conferencing system with features added for interpreters and for webinars.
For interpreting, the original audio and the interpreter can be mixed with ducking.
For webinars there is a preparation mode for the organisers and a debrief mode.

An e-learning app for high school term tests.
Study follows what the school is teaching.

A system that carries the heart sounds of a distant patient to a healthcare professional.
Saver’s own app, built to handle very delicate sound.

A system that streams an operation in real time so that healthcare professionals elsewhere can follow it.
Working from the shared live video, they can give specific instructions and advice as it happens.

A system for operating a drone or a vehicle remotely over the network, in real time, watching ultra-low-latency video.
Video latency for remote operation is around 80 msec.
The control commands support a range of protocols.

A system for playing a pachislot machine at a distance, live, through the camera feed.
Keeping the latency on the machine screen under 100 msec makes it feel like being there.

A system that lets a control centre watch over changes at the end user’s side.
It senses a change in sound or temperature and starts streaming.
What happened while nobody was home can be reviewed afterwards.
It suits not only households but monitoring in a convenience store or a shop.

A system that fits several cameras to a vehicle, detects obstacles and people with AI, and streams to a control centre.
Vehicle and centre can talk, so an emergency can be handled.

A personal tour guide, in an app.
It guides in 13 languages.

A system that translates a speaker at an event or a seminar into several languages and delivers it.
For deaf and hard-of-hearing audiences, the speech can also be converted to text and delivered.
It is reached by scanning a QR code and opening a web browser, so there is no need to lend out playback equipment.

A professional intercom, walkie-talkie and IP radio app, installed on an Android phone or tablet.
Using the WebRTC protocol keeps the latency low and the sound quality high.
It carries a range of features, including calling a named party and group calls, and suits both work and personal use.

A support system with a call channel and screen sharing separate from the customer, so that an administrator can help operators with what they are handling.
When an operator meets a question they cannot answer, advice from the administrator arrives in real time, which lifts customer satisfaction.

We have built WebRTC system environments of many kinds.
On a secure cloud environment we build the servers properly: the WebRTC server, the application server, the database and the rest.
Building an auto-scaling environment lets the running size of the system flex with the number of participants.