 So, we're here at the ID Tech Act show. Hi, so who are you? Hi, I'm Rachel. I'm from ASTAR. Accelerate the commercialization of ASTAR. And today with me, I actually have my Singapore ecosystem. So we have ASAHI, and we have KPP, with our ASTAR licensee. We have SYNTEC, which is the ASTAR Research Institute. As well as KAHA, our collaborator. So what is you doing over there? Okay, here's my colleague. Rick from SYNTEC. Hi. So he's showcasing our new latest application in smart wearable. So now, he's going to demonstrate. There's a machine there. This is a wearable, this is a module that is invaded into the smart apparel. And the smart apparel that I'm wearing is something similar to this. Where he has the smart electrodes and he captures my ECG, he captures my activities. He also has a module like this to transmit the information to the phone. So from there, it captures my heart rate, my VO2 max, which is my fitness, my steps, as well as the calorie that happened today. Is this what it is? Yes, essentially. Oh, this is one of the IOT end-to-end wearable platform that we are utilizing to showcase the software. So the data analytics is actually from this particular software platform. It actually incorporates our technology, which is the printed electrodes. Let me showcase what the software analytics will actually show you through the app application. Maybe Rick, do you want to do a... So what is this one, for example? What's going on here with this button? Okay, so this is a thermal vest. So what it does is there's actually three setting. Oh, there's actually three setting. So there is a low, medium, and high. So the temperature can goes up from 35 degrees to 55 degrees via setting. So if you can touch, we actually have printed heater hatch. So it's very... Yes, it's non-optimistic. It's heating up. Right. We have it in the pockets left and right, as well as the back. Yeah, it's actually made to be very light transportable, easily rollable on the luggage. So it's a fashionable mid-layer piece. So is this printed electronics? Yes. This is what it does. So we print this in row-to-row. This is a... Yes. And we incorporate the electrodes into here. So you can see that this is in row-to-row. And then it pass on to the apparel guys who can incorporate that into smart apparel. And it catches all the vitals from your body and transmit it out through this Bluetooth module into the mobile apps. So what is this material? This is carbon-based electrodes. And it has good connectivity? It has good connectivity. It can survive more than 100 washes. And it is easy to integrate. So we are providing modular concept where it's an open platform where a lot of smart apparel guys can come in to work with us to incorporate our electrodes into their apparel. And we have an entire ecosystem here to support them to create from design concept all the way to Mass Pro in the shortest time possible. So it's an ecosystem? Yes, it's an ecosystem. Like several companies? Yes, we have a value chain partner with us. So that's why today with us we have supplier Asahi. Hai. So who are you? I'm Ray. I'm in the business development team for Singapore Asahi. So we are positioned as a material supplier for the for the printed hybrid electronics space. Specifically we provide a range of inks. For example our silver nanowires. So this is for the fabrication of transparent electrodes. For example applications such as printed heaters, printed touch, screens, printed lights which you can see in the front. So this is using your material? Yes. Is this OLED light? No, it's printed lights. Printed lights. So we have a few layers of materials in there. And next we have our copper range of copper inks. This is our copper complex ink. This is our copper complex ink. And this is purely chemical based. There are no solid particles in this ink. So how you can apply it? You can inkjet it. You can screen print it. And to do this kind of stuff? Yes, so here is an example of what we can do. So these are traces which have been inkjeted onto a substrate. And then after going through decomposition, you form these copper traces. Nice. And what you can do with this? Oh you can form traces such as these. This is just a very simple demonstrator of a secretary with LED lights on them. So it is to serve as a drop-in replacement for the incumbent technology which is the silver paste. It's a way cheaper alternative. And companies like RFID firms are highly interested in this kind of material. What is this? Oh this is again a printed circuitry with our silver paste. And just a bit paste? Yes we do. Is the best in the market or what? Oh definitely. Definitely. Alright. And how's it been the ID Tech Actual for you? It's been great. So we get to see how the industry is developing what trend it's moving into. For example wearables, sensors, what kind of application methods they are going into. And of course to check on your competitors what they're up to. Yeah. Yeah they're also doing stuff right? Yes of course they are. Yeah. But you're also working very fast? Yes we are actually. Working with universities be it local or overseas. And where is local? Local in Singapore. So for example working with NUS, NTU and of course our partner SimTech. Is this some of the best universities in the world or? Oh definitely yes. Yes. Some good students coming out of that right? Yes. Good students, good professors. Alright. Cool. Thank you. And who are you? My name is Melvin from KPB Packaging. We are a printing and packaging company that we do printing in the printer electronics arena. Things like this heat transfer variable material. TPU. So what we do is that you know using the conductive and functional inks and print them out and transfer into the fabric. Yeah. And then others like you know like this one. What is this? This is using the EL so on very specific that using an EL panel and then we you know print and then to enable to light up certain area so that the product showcase what it wants the direct consumers to know what is it all about. Another example like this for advertisement. Yeah. So this is like the magnum ice cream that lights up? Yes. It's more to you know interact with the consumers to draw their attention and bring them what they want. How does it work? It's more for branding. It works with an EL panel and then you have an inverter and then to power up and then it comes with a sequence of the animation sequence and how probably the clients want them to light up to be. Alright. Cool. And what else do you have around here? Well that one Hi. Hi, who are you? Hi. I'm Loc here from Simtech. Simtech? What does Simtech do? We do manufacturing technology especially here we are doing roll to roll manufacturing. If you look at this so this this is a film that we manufacture in roll to roll and multi layer and we can do as wide as the 1 meter and up to 10 meter long we have deployed this onto a double deck bus in Singapore. Wow. So then it lights up with the ads? Yes. Just like this. So for this we do printing on the touch sensor that you can the thermal form into the ship and integrate into like an infotainment panel of the automotive. So this is molded electronics so what's it called? Yes, it's emol electronics. Emold. Yes, we are right. You do a lot of that? We are working with several companies on that. Alright. So that will be a typical flexible hybrid electronics that will integrate the touch function. Can you hold that up? So what's special about this? So we print the touch function and integrate with the hybrid electronics to generate the different functions so that is a reasonable demonstrator that we're working on. Nice. That's cool. So that's a lot of stuff around here at the booth, right? Ya, they come together as a Singapore platform. Alright. So so how's it been the ID Tech Act show for you? How's it been? Hi. Yeah. Oh, it has been very insightful. So we are able to see what people are doing and then be able to validate our technology, our value proposition and we are able to find new collaborators in this event. So for example, hi, so who are you? Hi, my name is Pawan Gandhi. I'm the CEO founder of Cahar. It's a Singapore company as my colleagues have already informed you. What we've done is we've created an Intuance Smart Wearables platform. Essentially what that means is that we've got in-house capability for the entire value chain for smart wearables right from the hardware electronics to the application framework to cloud, artificial intelligence, machine learning and so on. Essentially we've become a one-stop shop for any company that wants to transition from a traditional wearables into the smart category. So what you see here is a range of products that we've created. Yeah. So like you work on these? These are all created by us. And this would include... Smart watches? These are all, you know, look at the watch that I'm wearing and a category of these watches. This one would look like an analog watch but it is nothing but analog. It's a complete smart watch. It's driven by the software and the intelligence that has been built into it by the software people. So let me show it to you. You know when I landed into San Francisco from Singapore the moment the phone was touching down the watch automatically ended up setting the local time. But it also knows that I've come from Singapore and time and again I want to know at what time my folks are. So when I press this button twice this is what the local time in Singapore is. It is right now 9am. So it's dual time? It's got dual time. It's also got NFC-based payment. So if I go to a Starbucks I just need to tap and buy my coffee. It also picks up my heart rate so it is telling me my stress levels and how to manage it. Can you take it off? So let me show you this one. So it has a heart rate sensor right there? There you go. It's got a heart rate sensor and there's a smart algorithm sitting behind it which is powered by artificial intelligence. And it shows something like this. So what you're seeing is my heart rate my min max. This is getting picked up by the watch that I'm wearing. Nice. Okay. And I can even take this to the next level of plotting my ECG. Now essentially what that means is once you have data like this you can write a lot of deep machine learning algorithms which can detect issues like fatigue, recovering from fatigue, stress level and more importantly there is the algorithm can even go go around to detect certain ailments like heart conditions that might be getting ignored. And you have different designs? These are all different designs. What's the brand? Yeah. So the important thing is that we are a technology platform so we provide our technology to brands. So today we have leading more than 20 brands around the world which have footprint in Europe, Asia and the US who license the technology from us. Nice. So how's it been that I detect a show for you? The show has been pretty revealing to us. You're trying to... No, no, it's okay. Okay. So the show has been quite interesting for us. We've met some very, very cool set of people from the US. We are now working closely with Enterprise Singapore which is a business arm from the Government of Singapore to help us network with some of these opportunities within the US. So it's been a great show? Yes, right. So do remember us. We are from Singapore. Do come to talk to Accelerate and SimTech if you have exciting variable application to develop, co-develop with us. Thank you. So Singapore is doing a lot of cool tech. Yes. Cool technology. Like world-leading technology stuff. It's a question, yeah? Yes. Of course. Singapore has been a smart nation. We will be the ideal place to test-bate your technology. The ideal place to validate our value proposition and use it as a stage to leapfrog to the international stage. Cool. Thank you.