 Then getting into the Internet of Things or show to the smart devices already This is really Getting into the physical world and these physical concepts in argument are really tightly integrated with the Technology layer we already have you could even say they're just part of the technology layer. So we added a number of concepts That model physical stuff equipment The term already says what it is All kinds of machinery But even a shovel can be equipment or if you're a farmer your horse can be equipment if it's lose your plow Material as a part of the physical concepts It's well any kind of material you can you can move that way Of course, you might need to have more detailed descriptions Then you can use this customization mechanism again that I used to define metric concepts You could find specific kinds of material It's not that easy in all kind of production processes and then we have of course the behavior part, but we reuse the behavior of the existing technology layer and This helps you to combine these different systems the physical and IT systems into one single single thing It can be part of one note that has both kinds of technology and we'll have an example of that And getting back to our insurance here. We see the upper layer of what they want to do So they want to Use that in an analysis process in their application World and then create customer profiles from that and use that to Feed into the premium Faculation and use that as well at an aggregated level to develop new kinds of products If we then move into the physical world where this data acquisition takes place They have to find a data acquisition gateway that brings to all kinds of smart devices all these these IOT devices are Feed their data into that gateway So they generate the data from these devices from the equipment and then this is acquired by Acquisition gateway and here we have some examples of these devices black boxes and cars trackers your home alarm system or your smart thermostat The letter to are in this case part of a larger facility in this case your smart home and This smart thermostat is also connected to another new concept of distribution network in argument we could only model distribution of Networks that were used for communication so data, but we can now also model distribution of Physical materials or of energy. So this is an energy network mold as a distribution Then if we go even deeper into that we can also look at these internal things devices And how they connect to our insurance's own architecture and then we get into the microservices architecture that's behind that So our insurance has the data acquisition gateway where for each service that for each device that connects to There's a data acquisition function running inside a container Then there's a rest API offering different services where these devices can for example register themselves and then feed in data And of course this runs on a platform as a service solution It's it's not modeled in detail here, but that's the typical kind of architecture you see nowadays And this is just a very high-level picture just for explanatory purposes If you want to model an architecture like this you will get into more detail probably But this is just to show you how this would be connected So that's the incident things example