 Hello and welcome to ST at Electronica. Have you been to a situation where you wanted to throw the glass bottles in nearby glass container and you find that that glass container is full? I believe that's quite a frustrating situation for you but this doesn't mean the recycling company is not there. Maybe the collection trucks are already on the streets but they cannot prioritize one container over the other and that is one of the biggest challenge a lot of recycling companies are facing right now except Remondies because Remondies has came up with an intelligent idea to digitize their trash containers especially the glass containers with the help of IoT. So what we are showing here at Electronica is a Remondies glass container which you usually find on the streets and what makes this glass container so special is because of this sensor. This sensor measures the fill level of the material inside the container for example the glass and sends this information via narrowband IoT network to the Deutsche telecoms cloud of things platform where customer can visualize the information, can see some alerts, notification and can have some more information about the fill level and the status of the container. From the concert point of view this looks quite simple but there are a lot of challenges and details that needs to be considered. For example what about the material inside the container can this sensor only measure the glass or can this sensor also measure plastic or even liquid and what about the ambient light because these containers have to be sometimes in the harsh environment for example in the sun in the rain and so on and the most critical one what about the battery life can this sensor run on one year's battery life or can this run on five years battery life and that is very important and this is where ST comes in with the help of ST components you can have the state of the art technology and the functionalities out of this sensor but also making sure that you can have longer battery life. For example this sensor equips with a STM32 ultra low-power microcontroller and also a time-of-flight sensor and this time-of-flight sensor measures the fill level and the information is processed on the ultra low-power microcontroller which again helps to increase the battery life. There's one critical point these sensors should not send the information to the cloud all the time it can send on a scheduled intervals or it can only send the information when there's really a need for that for example if somebody throws the bottle inside the container there will be a small acceleration and small shock and that is also where one of the critical component from ST and accelerometer helps to increase the battery life and that component wakes up the main circuit and the main device and then it sends the information to the cloud. So you see with the help of ST microcontroller with the help of time-of-flight sensor and the accelerometer and the combination of using the technology the customer can achieve robust technology robust features but that's not all from ST ST has a rich ecosystem of partners, development kits and services around the components for example our development kits which helps the developers to prototype fast to accelerate their product development fast and to reduce their product time to market. For more information please visit ST.com