John Willis Gibson Jr.
Operator
Well, that is a-- another really good question. I think 1 of the things is a strategic decision that the company made, unlike some of our competitors, is we are not in the sensor business. We have 22 sensors on board. And we can choose advances in sensors. And so whenever we see 1 that is got tremendous advancement, we can plug that in and pull another 1 out. And so if we are not locked in on a sensor that might be 2, 3, 4 years old, And, and so we are seeing some really strong advances some of the imaging capabilities. And so we are putting state of the art. In fact, I would say we are we are testing some of the new sensors for some of these companies right now. And that is an opportunity for us is to use our platform to test other company sensors and have them pay for us to actually put these sensors in play and compare it to other sensors as well. And so we are constantly looking at what is gonna give us the greatest differentiation and what is the right way to do the imaging and data collection, whether it be for pipelines, for cables, it, it does not matter. So we are going to be a platform for deploying the best technology not for trying to develop those sensors. that is a very competitive high R&D cost model that, we are not gonna enter into and so exciting. On the autonomy side, we have got the new generation manipulator. The parts are coming in for assembly. And we are very excited about putting that, manipulator on the Aquanaut. I was just talking to competitors and, customers, potential customers, This is an absolutely perfectly targeted manipulator for this market. I congratulate our team here. it is a midrange, manipulator. it is not really a small light range manipulator like you would see, which, are just small arms that can lift, you know, maybe 10 to 15 kilograms. it is also not 1 for a heavy duty work class ROV where it can lift hundreds of kilograms. it is gonna be in that 50- to 70-kilogram range for operation. it is also really well designed with regard to maintenance What we learned about using other manipulators and building manipulators is that you have to have spare parts. You have to have them on board. You want the simplest possible ability to, repair and maintain. You are gonna be in the parts business as soon as you start selling manipulators. These guys are hard on them. So you need to have the ability to produce replacement parts and have a really good ability to source parts to them as they purchase the manipulators. And this manipulator is 3- to 7-degree of freedom. If we do not need all those degrees of freedom to do something, we can drop it back to 3 if you just wanna touch something with a robotic probe or gather a simple sample, or cut something, we do not need 7 degrees of freedom. It does not require a human arm to do that. What you want is the least amount of equipment doing the task the simplest way so that you can keep the cost out of the system and also reduce the nonproductive time, which is the maintenance that occurs when you have got more joints than you need on the arm. So I think it is a it is a fantastic design. Last thing, is all of this is underpinned by autonomy for arms, which I think is incredibly unique here. In the whole of our industry and even in the terrestrial industry, the ability to use an arm not automated where it does the same thing over and over because that is not really possible in the subsea environment because of the position of the Aquanaut, the ROV, you have to have some perception in order to address the object that you are working with. Whereas if you are manufacturing an automobile, you can do automated welding with an arm. You can go to a fixed position, move to a fixed position, pull back, and do that repetitively. that is not the world that we live in maritime. You need to have the ability to observe the environment and interact with the environment. And so I think our toolkit that comes in several flavors. 1's gonna be for the navigation of ROVs. We can strip down some of what is necessary there that we use on the Aquanaut. So ROV-related toolkit, Nauticus Toolkit, we will have the manipulator related software, and then, we will also have it for the Aquanaut or full AUV. So it is the whole market for autonomous manipulators looks very, very exciting.