Dino Mavrookas

But to talk about kind of like what those platforms are capable of, I just kind of spit out some hardware specs on you, 1,000 nautical mile range, 1,000 pound payload capacity. From the hardware side, they are completely modular. So what that means is the base platform's actually designed for defense and commercial applications that we discussed earlier, right?

But to talk about kind of like what those platforms are capable of, I just kind of spit out some hardware specs on you, 1,000 nautical mile range, 1,000 pound payload capacity. From the hardware side, they are completely modular. So what that means is the base platform's actually designed for defense and commercial applications that we discussed earlier, right?

But to talk about kind of like what those platforms are capable of, I just kind of spit out some hardware specs on you, 1,000 nautical mile range, 1,000 pound payload capacity. From the hardware side, they are completely modular. So what that means is the base platform's actually designed for defense and commercial applications that we discussed earlier, right?

Whether it's military or whether it's Coast Guard, Port Harbor security, critical infrastructure, you may need different payloads or different sensors to meet those various uses. So we built this base platform to be completely modular and dual use. Why is that so important? Why do we have to be dual use? Well, it's actually critical because you want a commercial off the shelf supply chain.

Whether it's military or whether it's Coast Guard, Port Harbor security, critical infrastructure, you may need different payloads or different sensors to meet those various uses. So we built this base platform to be completely modular and dual use. Why is that so important? Why do we have to be dual use? Well, it's actually critical because you want a commercial off the shelf supply chain.

Whether it's military or whether it's Coast Guard, Port Harbor security, critical infrastructure, you may need different payloads or different sensors to meet those various uses. So we built this base platform to be completely modular and dual use. Why is that so important? Why do we have to be dual use? Well, it's actually critical because you want a commercial off the shelf supply chain.

You want to be able to build resiliency and robustness in your supply chain so that you can actually build the quantity of units that the military wants. So you design for dual use upfront.

You want to be able to build resiliency and robustness in your supply chain so that you can actually build the quantity of units that the military wants. So you design for dual use upfront.

You want to be able to build resiliency and robustness in your supply chain so that you can actually build the quantity of units that the military wants. So you design for dual use upfront.

The other reason it's important is if you design that way, you're now working with companies that can leverage unit economics in the commercial market, and you can buy less expensive components that then drive the costs down for the military. So you're building attributable platforms and talking about defeating China, cost is a big component.

The other reason it's important is if you design that way, you're now working with companies that can leverage unit economics in the commercial market, and you can buy less expensive components that then drive the costs down for the military. So you're building attributable platforms and talking about defeating China, cost is a big component.

The other reason it's important is if you design that way, you're now working with companies that can leverage unit economics in the commercial market, and you can buy less expensive components that then drive the costs down for the military. So you're building attributable platforms and talking about defeating China, cost is a big component.

So from the hardware side, we're delivering range and payload capacity with a completely modular platform that can be adapted to Any mission set or any use case on the software side, this is where it gets really interesting. And we should probably dive into kind of what autonomy means and all the different things, but completely autonomous vessels, right?

So from the hardware side, we're delivering range and payload capacity with a completely modular platform that can be adapted to Any mission set or any use case on the software side, this is where it gets really interesting. And we should probably dive into kind of what autonomy means and all the different things, but completely autonomous vessels, right?

So from the hardware side, we're delivering range and payload capacity with a completely modular platform that can be adapted to Any mission set or any use case on the software side, this is where it gets really interesting. And we should probably dive into kind of what autonomy means and all the different things, but completely autonomous vessels, right?

So what is, what does that mean when Saronix has it? Well, that means you can actually control. 10 boats, you, one individual operator can control 10 boats, can control 50 boats, control hundreds of boats, right? That is limitless. The upper end is limitless because it's controlled by software and making a user interface that's very easy to work with and operate out of and say, hey,

So what is, what does that mean when Saronix has it? Well, that means you can actually control. 10 boats, you, one individual operator can control 10 boats, can control 50 boats, control hundreds of boats, right? That is limitless. The upper end is limitless because it's controlled by software and making a user interface that's very easy to work with and operate out of and say, hey,

So what is, what does that mean when Saronix has it? Well, that means you can actually control. 10 boats, you, one individual operator can control 10 boats, can control 50 boats, control hundreds of boats, right? That is limitless. The upper end is limitless because it's controlled by software and making a user interface that's very easy to work with and operate out of and say, hey,

Go and search this hundred square mile box in the ocean and take a hundred boats. Well, actually, software, you tell me how many boats I need to go send to that area. Okay, I need a hundred boats. Great, enter. The boats plan their routes. They all work together. They all communicate together. If one boat in that swarm sees a target vessel, that information gets shared between all of the boats

Go and search this hundred square mile box in the ocean and take a hundred boats. Well, actually, software, you tell me how many boats I need to go send to that area. Okay, I need a hundred boats. Great, enter. The boats plan their routes. They all work together. They all communicate together. If one boat in that swarm sees a target vessel, that information gets shared between all of the boats