 Buongiorno, buongiorno a tutti. Il microfono è buono. Ok, grazie a tutti per essere qui. Mi chiamo Filippo Colaianni, andiamo a lavorare in Estimacoelectronica. E oggi parliamo di asset tracking. In particolare, vorrei raccogliere alcuni uscari asset tracking e concentrarsi su come un asset tracking può imparare la sostenibilità. Quindi, vorrei raccogliere alcune soluzioni tecnologiche per asset tracking e vi mostreremo alcune soluzioni basate sul nostro prodotto ST. Ok, andiamo. E poi chiuderemo con la sostenibilità, se avete alcune sostenibilità, vorrei riuscire a risultare. Quindi, cosa è asset tracking? Quando parliamo di asset tracking, parliamo di un diverso tipo di applicazione. Per esempio, vorrei raccogliere il vostro parcel, il vostro letter, per esempio, per comprare qualcosa online, e vorrei essere sicuro di avere una destinazione. Vorrei monitorare da China o da USA, fino ad arrivare alla user. Ma oggi, quando parliamo di asset tracking, parliamo di possibilità di trattare la sostenibilità, di trattare i vaccini medici. Quindi, per essere sicuro, durante la trasportazione, tutti i vaccini stanno in temperatura di controllo, quindi under 7°, under 50°, all'anno. Ma possiamo parlare di contenere. Quindi, per trattare il contenere per il mercato per l'oversea, l'obiettivo di trattare. Quando parliamo di l'obiettivo di trattare, non parliamo solo di l'obiettivo di trattare, ma oggi siamo nel scenario marzini, in cui bisogna trattare un bici, per trattare un bici, un bici elettrici che vuoi trattare, e questo è un altro scenario. Potremmo parlare del sistema real-time localizzazione. Livestock monitoring. E un po' di assiettragging. In alcuni di questi scenario, assiettragging può imparare la sostenibilità. Come? Per sicuro, potete mostrare come puoi ridurre l'esterno. Potete ascoltare l'assiettere della vita. Perchè? Perchè puoi monitorare il tuo assiettere, potete monitorare il tuo tool, il tuo equipamento, con per esempio l'immanteranza pedittica. Potete imparare l'efficienza di riso, perché potete fare il programma di managgiamento durante tutti i giorni. Per sicuro, per esempio, per qualsiasi managgiamento di flit, potete ridurre la footprinta di un cartone. Per dare un esempio, per esempio, iniziando con il monitoring di Livestock. Quindi ho il mio farmico smart con 1.000 o 5.000 ocauzzi potete trattare questo cartone. Perchè? Perchè per sapere che 50% della totale emissione di gas di Greenhouse sono due il scenario di farmico smart. Per me era incredibile, come informazione. Quindi è importante, in my opinion, andare a traccare l'ultimo cartone. Perchè? Perchè potete imparare il parametro di aiuto per avere un miglior riferimento per il cartone e l'emissione di livello. In questo caso, il riferimento che dobbiamo mangiare è meno antibiotico. È buono per noi. Come potete traccare il cartone? Potete creare un piccolo riferimento come... ora vi mostreremo qualcosa. Potete mostrere qualcosa come... wow! Questo riferimento che è come un riferimento portato in le lezze del cartone e potete iniziare a traccare l'emissione del cartone. Potete traccare la posizione ma non solo la posizione ma anche la condizione del cartone. È davvero importante. Quindi, potete capire se il cartone sta creando, sta andando, se avete un po' di inglese di prengenze. Per questo, potete ottenere una porta per dare la stessa parte al cartone. In questo caso, potete mettere il latte in la stessa modo. Potete dare la stessa fredda se per prengenze e così. In altri interessanti scenari ciò con il riferimento parlando di riferimento pericciabile e di riferimento organico e di colcione per riferimento freddo. In questo caso, ho bisogno di traccare questo riferimento. Sì, followed by the fire source until 40% of the food is lost so is put on the west before is arriving to the market. It's also disinformation is terrible. So, track all the food to understand that you cannot put this food on the west, it's really important. How you can do it? Let me say in simple way, put there a tracker to monitor temperature, humidity, light, a white light. If I take, I like the wine. If you take a pallet with wine and leave the wine under the sun for all week is not good. Instead, if you leave the wine under the sun for one hour, it's enough to be still stable. So, it's important. Track all this information. Also for organic food. In this way, if I can, I have the possibility to track all this information during all the supply chain from the farmer, processing, transportation. We are not talking all about transportation, but only during overall process, I am sure that at the end, me, Filippo, I can take good food and good organic food if I want it. How we can do it? In some way, maybe also using blockchain. In fact, more and more, when we talk about asset tracking, we talk also about blockchain and DLT. In this case, I am sure that I can track my food and all information that I record on the server are secure information since it is a blockchain mechanism. Another mechanism, another use case is what concerning a real-time localization system. I have my big warehouse and would like to track the pallet, position of the pallet inside the warehouse. But I can track also some all the machine inside the warehouse. Why? To improve the efficiency, to improve the quality of this machine and to avoid that the machine is broken. So doing also predicting maintenance, I am sure that I can monitor also the condition of my tool, my machine and so that. Also this one using a simple tracker with, for example, predicting maintenance. So I give it to you a different kind of use case. Since we are engineer, then we should be pragmatic. So we divide all these different use case by complexity. So starting from the simplest case, I need to track medical stuff, food, call chain. So temple will control the transportation. More complex solution. So I need to track in indoor localization the system. Or, moreover, more complex solution is what concerning outdoor time monitoring. For that, for each of different kind of use case, you need the right technology. In fact, if you need to track food or vaccines, it is enough to have NFC, BLE for connectivity, monitor light, temperature, impact. Basic environmental motion parameter. If I need to do indoor localization, I need to create an infrastructure. So I need to have BLE or ultra-wideband infrastructure to know the position of the asset. Instead, if I need to work with outdoor time system, so I need to do fit management, in top of that, I need also to know the outdoor position. It could be done with triangulation, most configure at that. As a ST, since we are semiconductor company, we are able to provide all the key product to create your final system. And moreover, today, since I work in a group that is called SRA, that is a system research application group, we are focusing to develop evolution board to support our customer with reference design oriente. In fact, today we are able also to provide an evolution platform so customer can take our evolution platform and in easy way test our product. What do you need mainly for asset trading? For sure it is important to monitor all the environmental parameter, so temperature, humidity, motion, new light sensor, proximity, sensor, proximity. It is important to have a sensor that for sure give you to you performance, really high accuracy, since you know for example temperature I need a temperature sensor that give me 0.1, 0.2 degree of accuracy. I need to have low power consumption, since today we are talking always about internet of things. If I go to create a tracker powered by a coin cell battery I need that this tracker stay there is measuring from one year to year, three years, so I need low power consumption. For that our sensor is consuming 10 microampere in high performance mode so it really give high added value for low power consumption. It is important to know that today what is happening is happening that we are moving all the computation from the cloud to the age. So what do you need? You need a system that itself stand alone do the elaboration and send to the cloud only the final solution, the alert. So we are developing a sensor that today has the hardware capability to detect free fall orientation, wake up double tap. So I can put all the system in low power mode and the sensor stand alone mode only with this power consumption is able to detect this kind of system. If the package is free fall, so I can wake up all the system via bill, via NFC, via in anarobendo e I can send my alert. We are able to provide all the firmware to do activity monitoring sensor fusion but it's important these last two topics. Today we are creating a sensor that is amending the machine learning capability. What does it mean? That I have the sensor that is stand alone way using the macro control you can connect also other sensor it is able to detect some special event so you create your finite set machine in automatic way is go to detect what's happened is able to do motion stand alone upright orientation shaken, so it's able to understand if shaken the package if you go landing take off in this way, if you do landing for example all the ref for before to do the landing and moreover we are developing also the new ESPU intelligence sensor processing unit. What does it means? Is a sensor that has embedded a core to do artificial intelligence so you create your learning path with nano-HAI put all the information inside the ESPU the macro controller stand alone and all the event when something happen wake up all the system moreover to do asset tracking for sure you need different kind of connectivity here we create a graph to have from short range to long range connectivity this depend from the different use case you can go to use one simple connectivity or different kind of connectivity for example for example if you want to do indoor localization so you want to know where is the position of your tool your pallet inside the warehouse you need to create an infrastructure you can do it or using standard Bluetooth energy so put beacon inside the warehouse using SSI with a precision of 10 meters you can go to understand where is your pallet or your tool today we are able to provide also angle of arrival Bluetooth with 5.3 Bluetooth with angle of arrival direction finding in this case you can create your infrastructure and with precision of 1-2 meters you know where is your tool if you need something more you can use solution like ultra wet band where you are able to achieve precision of 10 cm to understand where is your tool or to move your your machine today we are going to present two different solution one is a complex let me say but really flexible solution that is able to target different kind of application use case is a the name is a Steval Astra 1B is embedding long range connectivity NFC, BLE for use interface geolocalization and a lot of sensor so if you want implement smart farm scenario smart city warehouse tool localization pallet localization call chain is a good solution instead if you need if you are looking for some data logger cost effective and ultra low power solution this one could be the right solution for you you take this data log I have also this one let me show to you eccolo here you take the data log that is this one put in top your pallet turn on using your mobile phone your NFC you start to monitor the condition of your food your medicine during the transportation is able to measure light temperature all day information when is arriving destination you go there again with NFC and read the information why in this case where I use NFC since in this case is a really ultra power consumption since every time that you are reading or writing the information you are not using the energy coming from the battery but using harvesting energy coming from the mobile phone so is really ultra low power consumption so this one is the estivalastra 1B as I say start getting application like smart farm smart city why since for this one you need Lora connectivity it means that in most of the case you don't have Lora coverage so you need to install your gateway in area with a gateway that good gateway Lora gateway can cover 10 5km of range so smart farm smart city scenario using only one gateway you can able to end 1000 of tracker here there is a Stanford 2WB that is a macro processor a macro controller sorry that is dual core Lora Solution secure micro in case that you need to store secure information for example as we say before for blockchain temperature sensor, pressure sensor motion humidity here is a overall map of all the product as you can see the main application is the Stanford 2WB that is a model approach IEVA Lora connectivity Teseo for Genesis Outdoor positioning in this case the BLE be used also for indoor localization if you create your infrastructure a lot of sensor and the nice stuff of this solution this one is a reference design it means that we provide this one you can buy this one from the web for this one is available schematic gable file PCB is available to replicate by yourself and create your design since in any case the ST business is always cheap never will be at least up to day the evolution board we provide also the firmware package in SUSCOD so you can take the SCCOD e develop customize by yourself and the nice stuff that we created and to end plus for concept what does it means that we provide also mobile app that you can download from android iOS or for google play or for iOS or for google play the app is useful to configure the tracker you can configure the sensor that you want to track the duty cycle all this stuff also the app is available in SUSCOD if you need and we provide also a dashboard web based on the dashboard for demo free access you can use mysteed.com account register the node and is communicating via our gateway in an automatic way via the dashboard in 5 min you activate your Lora Tracker for sure to do that you need to have a Lora gateway it's mandatory that is not provided with a solution another interesting solution instead is the a steve smart tag 2 is a data logger so it's not a standalone solution is able to collect store the information inside the square prom u is based always on the same app which sensor that is embedded there is a temperature pressure sensor that is able to detect also the altitude of your tracker since is able to detect also the altitude ambient light give information how much how many looks is acquiring your pallet high impact accelerometer since we have 2 accelerometer this one that is arriving up to 60 g so is used to wake up for motion instead this one is arriving up to 400 g is used for impact detection in fact usually you use this one to wake up the system turn on this one understand which is the real impact to have your board your tracker your car your tool is battery powered also for this one as before is available the same app that is ST asset tracking that give you the possibility to configure it read the information and write the information so at the end you can have 2 different kind of solution one is cost effective solution another one let me say is more flexible, complete solution both is battery powered and both are coming with a complete demonstration ecosystem a finish but before to finish is really important to underline that ST is here we are able to provide technology since ST is a technology provider yes is true that we providing also firmware evolution board demonstration but we need this one since we need design house, service provider system provider that is our customer that take our product maybe also using our solution and go to the market the final customer if you are interesting to see this demo that I just showed I invite you to come to our hall hall 4a to visit our stand thanks for your time if you have any question you are more than welcome yes please yes ok he is asking yes he is asking ok no no please do you hear me? so I see you have Laura but what about what about GSM what about LTE for AstroBoard so good question means that today there is this solution as you say this is Laura Besed here there isn't an Arab Bender UT as ST we are working on Arab Bender UT the solution that is still not available is working progress but here you have a connector that is a 32 pin connector where it is available there a lot of GPIO SPI, UART E2C where if you want you are able to connect external module to give to adapt this one also for other connectivity as an Arab Bender UT infatti we have the opportunity to talk with a lot of customer that say can you connect external to this board CO2 sensor gas sensor other solution like an Arab Bender UT yes means that we are ST we are not able to have it at zero time but the answer is yes you can do it thanks for your time other question please yes he ask if the board is available the board is available you can order this one by ST.com or also by our distributor future out of mouse i don't list all the distributor and you can buy it and remember that this board since is a reference design you can buy it to test but is available everything that you need from support point to you as ST but everything source code gare, beskemadi so you can replicate by yourself thanks for your time have a nice day