 So we're here at the ID Tech X show and who are you? I'm Michael Kedda and What is the company that you're doing here? We do a local positioning system tracking. So we do sports performance tracking for Elite elite level athletes athletic teams With the ultra wide-band local positioning system So we have a tag that we put onto the onto the specimen onto the athlete And we we track contract their whereabouts down to about two centimeters of accuracy within a hundred meter Area around a single around a single hub That that costs, you know less than $5,000 for a single system like that. So you have some sensors over there What is that? This is the central tracking hub So this is the hub we place for example in the middle and the image on screen there You've got an athlete running down the board site running running away from it Is it calibrated then going in a specific direction with the signals and stuff? That's right. Yeah, so we calibrated to Within within whatever environment about this one is calibrated to work Hemispherically so we get the 3d position of the of the tag as it runs up to a hundred meters away And then you can see it in the app or and then we display the results not ready. It's very second We're not but we display the results for the coaches real time so they'll get results They'll get velocity curves and interesting data like that Instantaneously as opposed to you know later on in the week when the when the analysts have their Their job done and and who are you? Jim Miller the executive chairman of the company we have developed a unique precision all-in-one system for monitoring sport sport Activities sport medicine sport rehabilitation in addition to which we can monitor a concussion and many forms of healthcare applications particularly chronic disease conditions as a cardiovascular disease and Concussion and how can you measure that because people behave differently they move movement is essentially one of the the sixth vital sense if you want to call it that and and we're able to do that down to a Precision level of two centimeters Which is very unique for any application whether it be for a speed acceleration monitoring or for Healthcare movement with regards to some chronic condition. Would you have different sensors on each leg or just one around the waist? What do you put it different sensors around around your body? So this acts as a conduit for various other sensors, which are smaller than that one Which can be often can be quite smaller than this one that that for example accelerometers or heart rate monitors Whatever sensor you'd like to connect to it through Bluetooth low energy or and So you you don't do only positioning you do the whole package. That's right particularly with the combination of effects between The precision motion precision movement activity together with the involvement of vital sign measures of sensors So all the other sensors whether be EKG or respiratory rate or blood pressure can all be monitored Simultaneously and fed through our tag and then to our hub system Which gives you a very contextual information as to what's been going on with me So what why do you think about working in this industry? The company, what do you how do you get this to this technology and how long did it? I've been working in the area of medicine for 40 years But did you do some trackers before no tracking one of the important parts of New technology as applies to health care is the need to address Very difficulties of remote patient monitoring and that's really the fundamental of what we're after is to use our technology for that For that very purpose so we people outside of the whole outside of the hospital environment outside of the clinic environment But in the home how do you install something like this at home? Those are these are these are no this is this is a prototype system our other systems have been in fact They're out in the field being used today. We haven't got enough of them available. Yeah, so this is the actual this is the I look like a system that we have That is there and that is that is the precise Smallest form the latest form of that so XYZ or what does it send for the three? Those three are the actual Antenna that are positioned around which allow you to do a 3d 3d motion capture system So it's going to be not just for super athletes This is this was priced this is actually developed and priced for use for the lowest comedy nominator being the case where someone is Someone has it one of their children playing soccer they could be using this in the sideline with their with their local soccer team For example, I'd like an app that tells me hey you push her it's wrong. We need to walk Better can fix you like that. Yeah. Yeah, give me some tips in the app. Sure And everybody should have that right. It's actually very important. That's exactly what this can this is able to do So it's again is is being able to integrate the information from a wide variety of sensor systems and To tag those together so that you come up with some really informative actionable outcome measures that you can actually address and develop for enhancing Your activity level So your Johnny can learn how to play soccer a lot faster and a lot better than he was before play hockey or basketball or whatever So what's next for a company? You're gonna launch Where we've launched now with the one of the Olympic teams the speed skating speed skating Olympic Players and in fact you can see one of the US. This is the Canadian Canadian. We're a Canadian company Yeah, so the Canadians are definitely going to win the next Olympics. Well, the Canadians have always several medals I've always one gold medal. This is this is the this is the highest producing gold medal winning team ever in the in the Olympics from Canada So this is so this is the censor is on Sure, of course. Yeah, where do you put it? The sensor is on this is our tag or hub in the center of the ice One one hub one thing one hub and and each individual on the on the rink has a tag on As they're coming around they're actually being and this is you're following the actual Movement of those of those individuals around the ice And you can measure that plus you can measure all the other all the other vital signs at the same time These being heart rate Respiration rate the speed of acceleration the speed of deceleration and their trajectory the trajectory You know five centimeters can can make the difference between last place and first place and short track speed skating So what they need was yeah down to down to two centimeters in this two centimeters, but not constant, right? Yes, you get it's a constant track. It's constant. It is this is constant constant tracking This is down that we can measure down to a hundredth of a second on any of these activities very little from the speed perspective, so if you were in fact running combines in the in the in the safe for football Football combines where you actually are running, you know athletes through different test procedures You could actually do this and with one device run for speed acceleration Agility and also jump so three of the core features that are required for any anything like this and yield not just the final number We're not yielding a 4.2 seconds We're yielding 4.2 seconds and and and the entire History of that of that athlete through that through that 40-yard dash So we get we get to give the athlete a velocity curve That tells him a lot more than you know than the high-level number does so actually you've been helping out the Canadian team for a while Or is it new a few months? Yeah, we've been here a few months. So it's enough to where's the next olympics They've worked in February. So like and they're usually months. That's why they're gonna win That's why they're gonna win even more gold medals So you should get one of the gold medals, right? At least a shard of one of the gold. No, that's not how it works. I don't They give Oscars for It would be nice, but I don't think I don't think so we'll have the pride of winning and being contributors So Canada is always number one in that sport. It has been yes. Yeah, and so who's number two usually? The United States has been pretty good They should they should be very interesting they should be very interested in our technology In Vancouver British Columbia, so they can just cross over ticket boats Oh, right