Dino Mavrookas

And the more that it's in those situations, the more that it actually learns. So, and that's the importance of being able to like update and iterate on your software is if we're actually in a conflict with China, like the models were running on day one. won't even be the models we're running on day 25 or day 10, right? Because you can update and train the models in real time.

And the more that it's in those situations, the more that it actually learns. So, and that's the importance of being able to like update and iterate on your software is if we're actually in a conflict with China, like the models were running on day one. won't even be the models we're running on day 25 or day 10, right? Because you can update and train the models in real time.

And the more that it's in those situations, the more that it actually learns. So, and that's the importance of being able to like update and iterate on your software is if we're actually in a conflict with China, like the models were running on day one. won't even be the models we're running on day 25 or day 10, right? Because you can update and train the models in real time.

So how do you get a baseline? I mean, do you just war game thousands and thousands of different scenarios? We have thousands of hours of testing. We invest in testing very, very heavily. Like we're out on the water seven days a week. We have thousands of hours under all of our platforms. I mean... We have our own testing facility in Galveston. We're opening a testing facility in San Diego.

So how do you get a baseline? I mean, do you just war game thousands and thousands of different scenarios? We have thousands of hours of testing. We invest in testing very, very heavily. Like we're out on the water seven days a week. We have thousands of hours under all of our platforms. I mean... We have our own testing facility in Galveston. We're opening a testing facility in San Diego.

So how do you get a baseline? I mean, do you just war game thousands and thousands of different scenarios? We have thousands of hours of testing. We invest in testing very, very heavily. Like we're out on the water seven days a week. We have thousands of hours under all of our platforms. I mean... We have our own testing facility in Galveston. We're opening a testing facility in San Diego.

We invest a lot of money into testing, reliability, and developing our autonomy to a way that it's going to be what the Navy needs when the Navy needs it.

We invest a lot of money into testing, reliability, and developing our autonomy to a way that it's going to be what the Navy needs when the Navy needs it.

We invest a lot of money into testing, reliability, and developing our autonomy to a way that it's going to be what the Navy needs when the Navy needs it.

Yeah. So it goes down and it comes back to range and payload capacity. So the six foot boat has 30 nautical mile range with a 40 pound payload capacity. The 14 foot boat has a 300 nautical mile range with a 200 pound payload capacity. And our 24 foot boat has a 1,000 nautical mile range with a 1,000 pound payload capacity. So that's how far it can go and that's how much you can carry.

Yeah. So it goes down and it comes back to range and payload capacity. So the six foot boat has 30 nautical mile range with a 40 pound payload capacity. The 14 foot boat has a 300 nautical mile range with a 200 pound payload capacity. And our 24 foot boat has a 1,000 nautical mile range with a 1,000 pound payload capacity. So that's how far it can go and that's how much you can carry.

Yeah. So it goes down and it comes back to range and payload capacity. So the six foot boat has 30 nautical mile range with a 40 pound payload capacity. The 14 foot boat has a 300 nautical mile range with a 200 pound payload capacity. And our 24 foot boat has a 1,000 nautical mile range with a 1,000 pound payload capacity. So that's how far it can go and that's how much you can carry.

If you think about the mission sets at 1,000 nautical miles actually opens up and how capable our 24 foot platform is, it's, Actually mind-blowing right the speedboats that we use in the SEAL teams In a four or five hundred I forget the range actually, but even if you're going 20 or 30 knots for eight hours You're going 240 miles at 30 knots for eight hours.

If you think about the mission sets at 1,000 nautical miles actually opens up and how capable our 24 foot platform is, it's, Actually mind-blowing right the speedboats that we use in the SEAL teams In a four or five hundred I forget the range actually, but even if you're going 20 or 30 knots for eight hours You're going 240 miles at 30 knots for eight hours.

If you think about the mission sets at 1,000 nautical miles actually opens up and how capable our 24 foot platform is, it's, Actually mind-blowing right the speedboats that we use in the SEAL teams In a four or five hundred I forget the range actually, but even if you're going 20 or 30 knots for eight hours You're going 240 miles at 30 knots for eight hours.

That's a quarter of the range of our power. You don't want to be on a boat for eight hours just to go 200. That's a long time for a human to do anything. And especially getting beat up by the sea.

That's a quarter of the range of our power. You don't want to be on a boat for eight hours just to go 200. That's a long time for a human to do anything. And especially getting beat up by the sea.

That's a quarter of the range of our power. You don't want to be on a boat for eight hours just to go 200. That's a long time for a human to do anything. And especially getting beat up by the sea.

On top of that, you can make these platforms much more rigorous to Seastate and everything else, where we were operating with SEAL teams, doing some testing, and the boats that they used couldn't keep up with our boats. Because there was no human that had to take the shock load coming off of a six-foot wave. So the capabilities open up dramatically.

On top of that, you can make these platforms much more rigorous to Seastate and everything else, where we were operating with SEAL teams, doing some testing, and the boats that they used couldn't keep up with our boats. Because there was no human that had to take the shock load coming off of a six-foot wave. So the capabilities open up dramatically.