Sundar Pichai

And I feel like there is significant headroom More importantly, you know, I'm fortunate to work with some of the best researchers on the planet, right? They think there is more headroom to be had here. And so I think we have an exciting trajectory ahead. It's tougher to say, you know, each year I sit and say, okay, we are going to throw 10x more compute over the course of next year at it.

And I feel like there is significant headroom More importantly, you know, I'm fortunate to work with some of the best researchers on the planet, right? They think there is more headroom to be had here. And so I think we have an exciting trajectory ahead. It's tougher to say, you know, each year I sit and say, okay, we are going to throw 10x more compute over the course of next year at it.

And I feel like there is significant headroom More importantly, you know, I'm fortunate to work with some of the best researchers on the planet, right? They think there is more headroom to be had here. And so I think we have an exciting trajectory ahead. It's tougher to say, you know, each year I sit and say, okay, we are going to throw 10x more compute over the course of next year at it.

And I feel like there is significant headroom

More importantly, you know, I'm fortunate to work with some of the best researchers on the planet, right?

They think there is more headroom to be had here.

And so I think we have an exciting trajectory ahead.

It's tougher to say, you know, each year I sit and say, okay, we are going to throw 10x more compute over the course of next year at it.

And like, will we see progress? Sitting here today, I feel like the year ahead will have a lot of progress.

And like, will we see progress? Sitting here today, I feel like the year ahead will have a lot of progress.

And like, will we see progress? Sitting here today, I feel like the year ahead will have a lot of progress.

And like, will we see progress?

Sitting here today, I feel like the year ahead will have a lot of progress.

I think it's compute limited in this sense, right? Like, you know, we can all, part of the reason you've seen us do flash, nano flash and pro models, but not an ultra model. It's like for each generation, We feel like we've been able to get the pro model at like, I don't know, 80, 90% of Ultra's capability. But Ultra would be a lot more slow and a lot more expensive to serve.

I think it's compute limited in this sense, right? Like, you know, we can all, part of the reason you've seen us do flash, nano flash and pro models, but not an ultra model. It's like for each generation, We feel like we've been able to get the pro model at like, I don't know, 80, 90% of Ultra's capability. But Ultra would be a lot more slow and a lot more expensive to serve.

I think it's compute limited in this sense, right? Like, you know, we can all, part of the reason you've seen us do flash, nano flash and pro models, but not an ultra model. It's like for each generation, We feel like we've been able to get the pro model at like, I don't know, 80, 90% of Ultra's capability. But Ultra would be a lot more slow and a lot more expensive to serve.

I think it's compute limited in this sense, right?

Like, you know, we can all, part of the reason you've seen us do flash, nano flash and pro models, but not an ultra model.

It's like for each generation,

We feel like we've been able to get the pro model at like, I don't know, 80, 90% of Ultra's capability.