Kieran Kunhya

It's a small car with a telescopic arm.

And it was actually controlled from France, right?

And the video was with a webcam and a very small server, right?

A small PCB was basically running and sent that to someone that is on the other side of the planet.

And so there is so many use cases.

You can also think about having AI who are going to control many drones and so on.

And technically, we need to be amazing in video.

We need to be amazing at networking.

We need to care about any milliseconds in networking, in encoding time, in decoding time.

And also you need to integrate very low level.

So my goal is four milliseconds glass-to-glass latency.

What's glass-to-glass mean?

So it's easy, right?

You have a computer which is running a program, right?

Probably a video game.

And this one is actually running, right?

It could be an example of a robot, right?

And you have the replicate that is done through the network.

And you want, if you take a 1000 hertz camera, you can take a picture and you want that to be at four milliseconds.

Four milliseconds means 240 hertz.