Tim Balz

And so when you sit down on our seat and you suddenly start feeling it shift and move and you feel it like, that like, wow, this cushion just suddenly fit itself to me. I don't have to fit myself to a seat. And most people have never experienced that in their life. And so whenever they feel the cushion doing that and adapting to their body, that's your holy smokes wow moment.

And so when you sit down on our seat and you suddenly start feeling it shift and move and you feel it like, that like, wow, this cushion just suddenly fit itself to me. I don't have to fit myself to a seat. And most people have never experienced that in their life. And so whenever they feel the cushion doing that and adapting to their body, that's your holy smokes wow moment.

Yeah, so what we're doing is we're using, we have these air cells and these air cells we're able to use sensor data to read sort of what's happening with them.

Yeah, so what we're doing is we're using, we have these air cells and these air cells we're able to use sensor data to read sort of what's happening with them.

Yeah, so what we're doing is we're using, we have these air cells and these air cells we're able to use sensor data to read sort of what's happening with them.

And so we effectively can look at the shape of your body and how you're supported and then infer, and then we have algorithms that use some basic machine learning and AI that actually change the way that we're increasing or decreasing air in each of those bladders based on your unique body. So think about it where without these tools, you couldn't truly have a custom algorithm for everyone.

And so we effectively can look at the shape of your body and how you're supported and then infer, and then we have algorithms that use some basic machine learning and AI that actually change the way that we're increasing or decreasing air in each of those bladders based on your unique body. So think about it where without these tools, you couldn't truly have a custom algorithm for everyone.

And so we effectively can look at the shape of your body and how you're supported and then infer, and then we have algorithms that use some basic machine learning and AI that actually change the way that we're increasing or decreasing air in each of those bladders based on your unique body. So think about it where without these tools, you couldn't truly have a custom algorithm for everyone.

The fact that, you know, we're able to use machine learning and AI to tune the algorithm to someone's body is one of the ways that we can now truly make a product that fits everyone's individual body rather than being a one size fits all.

The fact that, you know, we're able to use machine learning and AI to tune the algorithm to someone's body is one of the ways that we can now truly make a product that fits everyone's individual body rather than being a one size fits all.

The fact that, you know, we're able to use machine learning and AI to tune the algorithm to someone's body is one of the ways that we can now truly make a product that fits everyone's individual body rather than being a one size fits all.

Yeah, so there are a couple different ways that our technology kind of manifests depending on the market. For someone who uses a wheelchair, we can see how you carry the load of your body with the back pressure whenever you first sit down. And so that's like we see the pressure on all of our different, you know, our air cells.

Yeah, so there are a couple different ways that our technology kind of manifests depending on the market. For someone who uses a wheelchair, we can see how you carry the load of your body with the back pressure whenever you first sit down. And so that's like we see the pressure on all of our different, you know, our air cells.

Yeah, so there are a couple different ways that our technology kind of manifests depending on the market. For someone who uses a wheelchair, we can see how you carry the load of your body with the back pressure whenever you first sit down. And so that's like we see the pressure on all of our different, you know, our air cells.

And then with that, we can see like, oh, you're putting more on the left, the right, or you're carrying more load. Like more out to your hips or your ischial tuberosities in the middle. And then we can be like, ah, this must be this shape of your body. We adjust and see how that changes, how your load is carried. And that's how we're able to shape to you.

And then with that, we can see like, oh, you're putting more on the left, the right, or you're carrying more load. Like more out to your hips or your ischial tuberosities in the middle. And then we can be like, ah, this must be this shape of your body. We adjust and see how that changes, how your load is carried. And that's how we're able to shape to you.

And then with that, we can see like, oh, you're putting more on the left, the right, or you're carrying more load. Like more out to your hips or your ischial tuberosities in the middle. And then we can be like, ah, this must be this shape of your body. We adjust and see how that changes, how your load is carried. And that's how we're able to shape to you.

Now, if you're someone who uses a wheelchair, there are certain things we can't scan or know with our sensors. And so that's where there's other inputs for the data. And so there's an application where if you have like a pressure injury in a specific area, you can actually

Now, if you're someone who uses a wheelchair, there are certain things we can't scan or know with our sensors. And so that's where there's other inputs for the data. And so there's an application where if you have like a pressure injury in a specific area, you can actually

Now, if you're someone who uses a wheelchair, there are certain things we can't scan or know with our sensors. And so that's where there's other inputs for the data. And so there's an application where if you have like a pressure injury in a specific area, you can actually