 So here's the Nubotan ARM Cortex M23 solution right here. And hi, so who are you? I'm Robert Lin, I'm responsible for the M251, the latest ARM VAM secure IOT microcontroller in Nimotor. So you are the first or one of the first to use ARM VAM right? Yes, and we just got both PSA and PSA functional API certified. So you have this here it says PSA certified trophy right here. So that means you have full security and the microcontroller right? Yes, and this microcontroller targeting secure IOT applications. So what is this board? What is this? This board is actually a maker board we called, but it's not just only for evaluation. It can be easily to connect it to IOT cloud. For example ARM Pellion system. So right here you're talking about it. What is the text here? What do you say? Pellion secure IOT is based on Pellion cloud. Pellion cloud. What is a Pellion cloud? Pellion system is endorsed by ARM. A convenient secure remote IOT operating system. So here it says the tree. It says you have a Cortex M0 M4 M23 and you have 8051 also and ARM 9. Correct. So what is a company where you based? We based in Taiwan. Yeah. And the CPU cores represented our product portfolio. So you can see we cover a lot of CPU cores and we try to maximize these CPU cores to develop many MCU products for customer, for application requirement. And what is the other solution you have around here? For example this one right here, what is this? This is an industrial remote terminal unit based on our... This is an industrial remote terminal unit. It uses our ARM 9 series products. It runs Linux? It can run Linux. To do what? This is a gateway like a product. So it can operate with a gateway and to receive many different communication protocol or data. Nice. And is this using the M23 Yes. So you can do a secure fingerprint unlock. But it doesn't just be limited on secure fingerprint. It can also offer more resources for enterprise development. So how did you make the M23 so quickly? How did you work on this? How long time did it take? Yes. We invested on our VAM focus on M23 three years ago. Three years ago. Yes. At the beginning. Yes. At the very beginning. We are one of the first wave partner with ARM for this new CPU core. Is this shipping mass production now? Sure. Since when? Sure. When is the last September? September 2018. Yes. Mass production. And this is the idea of the ARM V8M, right? You have a security? Yes. Secure element or secure... We should say trust zone. Trust zone. Architecture. Today many people are still confused or struggled to use trust zone MCU because it's different from traditional secure element. But we try to develop trust zone applications as the references for the market. Then people can quickly catch up with this concept and develop a useful IoT application based on trust zone MCU. It's a big change for the embedded world, right? Right. Is it a big change? Right. Because other people do security without the trust zone but it's not the same? Yes. We added a lot of trust zone beyond the features. So customers can use these features cooperating with trust zone securely, conveniently to protect their software assets also remote network communications. This is a big revolution. Big revolution. Yes. And around here you have some more solutions right here. So there you're seeing human machine interface solutions. What is this? Maybe Tyler can help you. Hi. I'm Tyler from Dimvaton. I'm sales from Dimvaton. Tyler. So what is this? Oh, so okay. So right here is our M4 solutions. This is an M4-4. The same as this? No, this is an R9. Oh, R9, yeah. Yeah, this is an M4-4. They connected to a camera CMOS sensor and it reads a serial number over here. So you can see the M4-4 can drive a display over here. And is this sending the signal? Yes, it's sending the signal to Bluetooth to this M4-4. This is also another M4 inside. It drives an LED. So it reads the number, it transfer it to it and then if it's in real time it runs some kind of neural network machine learning algorithms. So it used the machine learning algorithm to do the pattern recognition. So if you can see right over here, I changed the number here. I put the three in the front. And as you can see it's lined up in here. So there's a potency press here. Yeah. Press it. As you can see it... Update. Yeah, it reads the number and transfers it to it. Is this an M4 also? This is an R9. R9 solution. So this is a human interface and you can do something like touch screen or for as you can see there is a telemetry data. Yeah, telemetry data over here. So if you read some kind of data from the sensors and you can transfer the data to something like a screen, so you can read it easily. Also we have license from SEGGER, the EMWIN library, so you can do the GUI very quickly. Nice. If you use our chip, R9 chip, you are using the EMWIN library for free. Nice. And what do you have over there? Okay, please. So right over here. Can you stand behind there? So what is this? This is an Dolly 2 lighting control system. It's a protocol by Philips and as you can see it's connected to multiple controller boards with applications like this. The one is for data and one for power. It's not mesh. It's not mesh. It's not mesh. So how does it work? So they use the differential wire, then we call it the Dolly bus. Dolly bus. Letting control. So may I show you? If I choose, now if you want to control this one, you can switch the toggle and change its color. So what is the market for this? Market for this like home control automation or light control in your household or if something like you want to do something. Isn't it a chain? It's in a chain, but you can do separate control. Nice. So each one has an ID and they can tell which one to do what? Yeah, as you can see it's fine. Like in the board, you can control every light. All the lights. All right. You can control every light and also that we support multi-master mode. So that for multi-master means that you can control independent light. So this master doesn't work and you can automatically switch them on the master. Hi, so who are you? Oh, my name is Jenny. I'm the marketing from Novotan. So as Novotan has a big market? Yes, we are a quite global global company and we basically are our headquarter is in Taiwan, but we have the office globally like in China, in US, in Israel, and even in India. The company is how old? It's 11 years old. And it's always doing IoT embedded stuff since the beginning? Since the beginning we are developing our microcontroller and now we try to expand our platform to like the IoT gateway or IoT security. And how many engineers? Is it a secret? No, the total personnel is around 1,500. 1,500? 1,500. In Taipei? No, in Xinzhou. But we also have a sales office in Taipei. And what are all these boards? Are there different solutions you have? Yes, this is a different one. Like this is an ARM9 solution. You can connect it to the zero port. And there's a different RS module that can combine with the Arduino. What is this? You said there's like the narrowband IoT or Wi-Fi module and also like Lorawen, different kind of the four kinds of RS modules. Which one is the most popular solution you have? I think that everyone is very, everything is very popular. Everything is very popular. All right. But in the future are you going to do any Cortex M33? You have any announcement about this or? We are still planning for it. Cannot have it exclusive for my video. Okay, cool. All right. But thank you very much.