 Hello! Welcome to the ARM embed booth. Today I'm going to show you some of the demos that we have. Also I want to give you some statistics on the ARM embed ecosystem. Over the last 12 months we have increased our partnership quite a bit so we have close to about 100 partners now. Not only that, we're estimating that over the next 12 months we'll be shipping 8.5 million devices worldwide. So the partners are like chip makers, integrators, people that make devices? Yes that is correct and also that includes cloud partners as well. Companies that are actually managing IoT cloud services. So I would like to introduce you to two of my colleagues. This is Holly and that's Eric. They will show you the demos today. Hello, so who are you? Hello, my name is Holly. I'm a senior software engineer based in ARM Cambridge office and I'm working in the portal team of our embed cloud services. So what are you showing here? Okay today I'm going to show the demo of edimax air boxes. So what is that device? Right, so this is a product that you can buy on the market already and this is built on embed OS. So this is basically an air box. It can detect your air quality so you can tell the temperature, the humidity and the PM 2.5 which is really important to Asian people. So we have two version here. This one the connectivity is Wi-Fi and this is based on cellular network. So this is the cellular antennas. And what's the demo? So because this is already connecting to our embed cloud and you can get real-time information on here. So this is the world map page we built based on showing the data from the cloud. And so we have one device connecting to the cloud here in Taiwan. So you can see the location here and if you click it you can get those real-time data the PM 2.5 and temperature of humidity and and you can get the history information as well. So is this a demo app that you built on the cloud? Yeah so what it does is we have our embed cloud services which does device management and other services like firmware updates. And this is to show the device management part. So we get all the data via web services of our cloud and this is just a JavaScript page and you can also build your own app and visualization based on those data. So if a device supports embed then automatically it's gonna be easy to integrate this kind of stuff? Yes exactly. So this is running embed OS 5 and it supports to connect to the embed cloud and you can also if you register an embed cloud account on our portal which looks like this. So this is our demo account right now and you can see there are a couple of services supported device management and this is the list of registered devices and you can view your devices information and also you can control like manage your users API keys and you can do remote firmware management and for this demo this is the connected devices page which shows exactly the four devices we showed on the world map. So they are consuming the same same API but this is an example portal that we built for our cloud services but our API is available so you can always build your own application based on that. Nice and there's a lot of devices that support embed right? Yes that's correct. So my name is Sarek. I'm software engineer at ARM. I'm also based in Cambridge and I will show you today the embed device connectivity demo. So what I have here is few devices each boards each of them supports different connectivity channels. So I have like the Ethernet here. I have like six low-pan. I have a thread. I have like a Wi-Fi, GSM, Lora and BLE and what I will show you is how easy it is. So all of those devices are running embedOS. I will show you how easy it is to use them in embed device connector. So I'll just one by one you can connect them. Yes that's correct. So in embed device connector we can see here like a list of all of the devices that I have at the moment connected. So those are the devices we test and from the device connector I can send like the get, put, post request to each of this device. So each of this device is running like a very simple program which will allow me to when I send the post request it will actually bring the LED on each of the device. So I will show it to a few of them. So when I select here I can send for example a post request. I can select the device. So I will select at the moment the endpoint for this nuclear device. So I selected the endpoint. I will choose the path, so resource path. So I will choose the resource responsible for the linking. I will send the data to be posted and what will happen is it will send the post request and over the internet for five seconds the LED here will blink. So I'm sending the request right now and what you can see like here the LED actually blinks for five seconds and then it stops and I can do also the same for different parts. So for example here when you have the nuclear part that is using the Wi-Fi one I can actually do the same. So I can select the endpoint that is responsible for this device. So it's this one. I can also like select resources possible for blink. I can send also the same data and do exactly the same. So it will also like link the LED here. So as we can see I'm sending the request and the LED is blinking for like five seconds. And this demo also works for other like connectivity channels. So what it shows is how easy it is when the board supports MBETOS to use it with like a different connectivity channels. Thank you for your attention. Just for any kind of connectivity and there's all these different types of connectivity there's also Bluetooth. Yes that's correct. So we also have like a really like I mentioned before we have like six low-pounds threads and we can have like this demo working in the device connector. But over there you have more about Bluetooth. Hi, I'm Philippe, I'm from Army Cambridge working for the YSBU. So what we have here is my request from MBETOS to put together a demo showing a use case. So we've got a smart parking meter. So what we have here is the parking meter. You can see there's actually already some money paid into it. So what it does that parking meter through a beacon. So you get on your phone through the beacon on Bluetooth an app that goes to physical web to say you can put some money. And it goes all the way to the cloud through the IBM Watson IoT platform and MBET device connector to connect to the parking meter. So this is prototype based on is it specifically made by ARM? Yes, so everything is there. So we've got ARM Code Radio IP. It's our Bluetooth 5 IP. And this is a reference design from ARM? Yes, so we put this together, the whole PC we can see. There are some proxy sensors, some cameras. So it's really a use case scenario. At the moment the backbone is still to Ethernet but in our future demos you know like we've got now some NBIOT IP. So in the future the backbone will be done through NBIOT. So really to have a full compete solution from ARM, from the RF side all the way to the cloud. And so people come with their phone? And any Bluetooth phone? Yes, that would be the idea. Just to show the case, like you know, show up on the phone, it could be NFC, it could be something else. Well I don't know, at the moment just to show like this done with Bluetooth. Here what we have is showing our Bluetooth 5 IP. So we've got a sneaker showing all the different packets. So 1 megabit, 2 megabit per second. We also have 500k to show the long range that's working. So that means the Bluetooth 5 is longer range? Yes, longer range, more throughput to 2 megabit per second. So it's going to be different use case scenarios. And it's ready to go into mass production devices? Is it not yet shipping? Or are there any devices out there with Bluetooth 5? It is shipping. There's already a lot of Bluetooth 5 out there. Yeah, for instance, you know, like you know, some phones have that already. I'm going to show you, oh yes, so we've got also different radios that we have, different families, SMIC with Aura, TSMC-559 Miller from ARM Code URF. Because we are our own RF, so ARS application and everything from ARM. All right, and over here there's a partner showing something over there. Can you use this one? Yes, so this one is really awesome. So this is an EV charger. This is demonstrating the inside, and apparently this is the EV charger from outside. So it's real? It's real. There's a lot of power in there. Yeah, so this is based on our colleagues M4, and it's running M-Bat OS and cloud as well. So I'll show you how it works first. So because this is, so the market is in China mainland now for this product, so you have to register with, so I'm not sure if you are familiar with the WeChat social media software. You have to log in with your WeChat and subscribe to this WPI internet solution number. And so this Chongdian drone, this means EV charger, so you need to press this button. And then you will be able to see all the available EV chargers around you, actually on the map. Because this is our demo one, so this is already found here, and press Chongdian, which means charge now. And you need to press charge, and you need to press this to enter the number of the charger. So just press this. So the number of this one, this demo one is 14. So you need to enter the number 14 here and specify how long you want to charge it for. And this is the amount of the price you will pay for the... That's cheap. That's cheap, yeah, for now. And so I just pressed the start, and you can see here. It goes to the board in there. Yeah, so the green light is on, which means it is charging now. And so the point here is normally when you charge your car, it takes a long time, normally I think. So you can leave your car there charging, and you can just take your phone and walk around. Because you can track the progress of the charging. And this is the time remaining, and you can see the amount of time passed. And this application works over the embed cloud? Yes, so this application is... So let me finish this first. And if you press finish, so it will stop. The green light is off. And also you can see the history of the charge. So yeah, this is built on embedOS. And it's a demo with NXP? Yes, it is. And this is using cloud as well. So you get all the information, and it's integrated with WeChat at the moment. So yeah, it's a real helpful and useful application in China. And also you can, because in WeChat you have your bank account associated with your WeChat account. So you can just pay with your WeChat, and don't need to pay cash, or anything. Nice. So the momentum is going up with the embed, and more and more stuff is happening. Very stable, and more and more products are coming out, right? Yes, that's correct. Definitely like the embed is on the radar now. Lots of people are speaking and talking about it at the moment. And is it fun to work on? Definitely. Every day it's like a new challenge.