 and if I'm right Sebastian and if I'm right because I have the code names of course Tamara in their presentation they have their real names something like that okay their presentation is actually about the tool and we all know that we use electronic gadgets everywhere and but we're not aware about what actually the human cost is of all these things and they are developing a tool that shows us this information and it could probably and hopefully help us a lot in defining what things we're going to use in our Welcome to the Polish translation of the presentation of an honest throne conducted by Andrea Safricza, Sebastian Beczke and Tamara Drux on the eve of the 36th KS Communication Congress in Lipsk. We will be grateful for the feedback and we will ask for the use of the password C3T on Twitter. Today he will translate to Rota and Paweł. His name is Sebastian. We are creating a tool to analyze the risk inside the logistic chain. I will tell you why and why. Andrea will tell you how and Tamara will tell you about the honest throne project. Our slogan looks like the logistic chain is all the steps that need to be applied to the product until the product is finished. So that in the end the Arduino came out or the phone or something like that. When you work with a logistic chain, you have to understand that electronic products are happening all over the world and it is quite complicated. The risk in defining a social risk, we want to reduce the damage that is, which is, which belongs to employees who make different elements. We have a computer model of what the risk and the damage that is happening inside the logistic chain of products. We want to make it easier. In the sense that we don't need to look for additional data. If we plan to create a new product, we can operate with the data we already have. As I said, the logistic chains are world-wide and creating electronics is a world-wide task. Every project is probably created on four or five continents, just like this smartphone. It starts using natural resources that are found all over the world, from South America, South Africa, Asia, and so on. Then the production is happening in other places and the material has to be transferred from one place to another all over the world. The point is to create equal production. And there are three basic rules, social, economic and environmental. Many people think of equalization of economic in the sense of environmental. And maybe they ignore the social aspect a little. Social equalization means to improve people's life. And this aspect is very important in our work. How does it look in electronics, in the logistic chain of electronics? Through all the parts of this chain, in all the parts there is a large catalogue of human rights and other problems related to electronics production, work in difficult conditions, in dangerous conditions, in chemical poisoning. Then when the principles of the BHP are not recognized, you are forced to work, because people have such a great debt that they have to pay for work by children. People cannot create legal bonds, work for too many hours, or work for a set that does not allow for a good life. Being thrown from one place to another when a new group is created and people who lived there have to move. Discrimination, lack of social security, for example in free days due to the disease. Many of these cases are well documented. Work by children is very documented. You can already know that retention is often used to use gold and it is very touching, when people do not have the BHP rules, they are very often threatened. Generally it looks like the digitization that we have here, that we are happy with, is created by the cost of people who build electronics. How can we fix it? You want to go through a few examples, three examples, three parts of the system that create a solution. The first one is that there are certifications that say that something is free from the violation of human rights. The first one is the sign of fair trade. There is fair trade for gold, there is also fair mind that concerns gold and they do not certify anything that breaks human rights. There is another standard, Irma, which is a process that is created, which is more related to metal, and other materials that are produced by copper. The problem with certifications is that they are not too wide, that there are not many certified products. There are only a few copper that are certified. The second example is that if we design electronics, then we decide what is in it. We make many decisions, we make many decisions. These decisions are about what materials we use. One of them is the fact that we have a lot of materials that we use. One of them, one of the examples, is the project of the copper telephone. From the back of the telephone you see two small pieces that come out of it. These are aluminum capacitors. Because the one who designed it did not want to use the Tantal, because the Tantal is related to the use of people. They wanted to make this telephone so that it does not break human rights. Many metals can be recycled. Not all of them are, because they are not always paid. But if it happens, if we recycle it, then recycling is good in order to reduce the amount of resources that are produced. Why is it not always paid? Partly because there is no need for recycled metals. The general point is that there are alternatives. Why do I say that there is no need? Why do people not want to take these materials responsibly? It is often said that the chain of logistics is very complicated and very long. This is the chain of logistics from the Naga IT project. Naga IT is the pioneer of honest electronics. They are trying to build the most environmentally friendly computer mouse. They chose the mouse because it is very easy, very complicated product. But anyway, we see that with a very simple chain of logistics product, it is terrifying. As a manufacturer, as a designer, as an electronic product, we are at the end of the chain of logistics. And there are so many steps that lead to the creation of this product. Do you want to take it in general? How do you want to take it? And now, excuse me, how do you want to take it? We said that there are big problems when it comes to electronic production. There are also social problems. We want to do something to fix the situation. We also saw that it is not an easy task, that the chain of logistics is complicated, that it is long. So, yeah, can we start? What can we start from? As an electronic project, the electronic project is going to go into what part of the computer mouse is built. For example, here is the computer mouse. We see that it consists of a built-in cable. There is a main board. There are resistors that go into it. So this is one thing that we know. It is one thing that we know for sure. Our tool is that you can feed this component. The idea is that our tool can take such a list of components, feed it into our Fairtronics tool and analyze the hot points. It means that it tells you where the biggest social problems are. How could this be done? How can we do that? I will walk with you through some steps. I will walk with you through some steps. I will walk with you through some steps. I will walk with you through some steps. I will take the most important example of a component and what is the resistor. We can collect the general data on what the resistor consists of. Part of the resistor is made of copper, part of the resistor is made of iron. Here we have an example of a data source of a generic material of a material of a material of a material of a material of a material of a material of a material of a resistor. And here we can see what the resistor consists of. We can see that it is 16% copper, 61% copper, or 12% of the resistor. We know something about the composition of one component. We know something about what one component consists of. If we go further, we can ask where it comes from. Here is another example of a data source that comes from geological states of the United States and assess what is the annual production of various minerals in the world. And we can see that in 2018, it produced 5.8 million tons or it produced 1.2 million tons of copper. These are estimates based on different publications about their copper production. So we can assume a certain amount of a component of the resistor that comes from copper. Now we can ask how the working conditions are for people getting fair salaries. How long do they have to work? Are they working for children? Are they forced to work? You can find quite a lot of data on the national level when it comes to the economy of different countries. The situation, when it comes to data quality, especially when the ONZ published its goals when it comes to equal development of different countries. Here we have an example of an international working organization. Here we can see how many people are working and how much we are getting. We can see that 70% of workers don't have enough money to collect this data. Most of our work is collecting data. First, we collect components and then information about production of different countries and finally data about indicators about the working conditions in these countries. We collect data in a common format. If we have these data, we can ask different questions. For example, we can say how much copper is produced in Congo and how much copper is produced in Congo and how much copper is produced in the resistor. We can say that the activity here is average and between 1% and 10% of copper in our resistors. It means that the important part of our resistor if it was 10%, we would have decided that the index is high. We can now take into account how many people work below the average. And we can see that it has a high impact. And if we do this for our whole product for the computer mouse, if we analyze our entire product, our computer mouse, we will see that copper has the largest share and we also identified a common hot point in the category that we looked at is fair salary. If we find a source of honest copper for cables in this mouse and if the producers want to work to improve the fairness of the computer mouse, now there are some limitations and it's an assessment on a very generic level, so you should be able to highlight hot spots as much as possible and identify the real issues. We can also use this methodology for the environmental assessment. When we go through the whole life cycle and analyze the environmental, we can think about the emission of carbon dioxide and we also have other categories of impact. Here we have various social categories of impact, such as safety, work of children, or fair salary. As we see in this example, it should be extended to other life cycle phases, but we can also analyze other parts of the production cycle. Tamara will tell you more about our tools. Thank you. Now that Sebastian already told you why are you working on the project? I'll tell you what we've done already. We're building a web-based analysis tool for social hot spots, including a bit of the current working system. We've done a bit of minimal product from the end of the mouse. If we find a fair amount of meat, it will be a lot of work. Now you can think about how you can help us. First of all, all the electronic works could tell us what kind of tools they use and send us a list of components, a list of materials. Other than that, just use our tool in February and tell us what works for you and what doesn't. The other thing is that we're an open project, an open source. If you have time, if you're motivated, if you're passionate, help us. You can find our project on GitLab, there's a link. A very important thing is data. Without data, we can't do an analysis. Our current data base is very small and a lot of work was done in it. Although we already have a lot of improvements, we still don't have the standard format to return the data to our system. Another thing is that the materials that create our elements are very difficult to find on their own data. If you have a list or you like to get data in an automatic way, let us know. Even if you're not a developer, tell us about it. The more people know about it, the more they think about it, the more we hope that the awareness of this topic will be wider in society. I'd like to reiterate what Sebastian said at the end of this presentation. Currently, electronic production and human rights are very often broken, but there must be alternatives. We can use certified materials, we can take into consideration the working conditions during the design, and we can recycle our material. The most important thing is to increase the demand for the material in a balanced way. If you have any information, let us know in the comments. If you're here, please contact us. Thank you for coming to us. You can be proud of your product. Are there any questions about the newly created audience? It's difficult to collect data. So I'd like to ask if you share the data as a big data, or just keep it with you because it's too difficult to connect with other data sources. Basically, we work on the rest interface to use our data. I'd like to share the data, but some of them are data that we don't know or share with them. If there's an expert on intellectual property, I'd like to talk to him. Thank you for the presentation. I'd like to ask you about the soldering tin. I have a question about the price of the soldering tin. I'd like to ask you about the soldering paste. For context, it was one of our projects that we worked on electronics and the first project we did was the first project we got together with Stan Wu, which is a maker of solder products. We worked with the manufacturer of solder products and we produced the soldering tin. I suggest that you contact Stan Wu directly. We're not in contact with him right now. Is there a product on the market that you would recommend to solder? Stan Wu has a product called Fair Tin, an honest price, which consists of a price that you know where it comes from and uses the best practices to produce it. Thank you for the presentation. Did you contact the suppliers of the service provider that is in between the service products? Do you contact the suppliers of the service providers of your handlers to help control the supply chain in some way? We haven't actually and to be honest I think we need to start at the point where there is some kind of momentum in order to do so. I mean, I cannot really make really broad statements but I think we need to start at the point where the whole industry are kind of conservative when it comes to productivity and productivity. We have question number three here. One second. First of all, thank you very much. Thank you for the presentation. Did you use any technical if it comes to checking the impact? Is there any reason for that? Could you check what is the absolute value that can be compared to different countries? Do you think there would be any relative point and compare countries with each other? This is the point from which we start. Our model comes from literature and it looks like we are able to do what we need in six months to create a prototype. The methodology may be improved but it is not something that we will never change. My question also is about your approach to the impact of different countries and different materials and examples with Mesh. I am wondering if apart from the fact that we have a country of origin and its participation in the global market as if you are also taking into consideration other factors such as rarity and different impacts on more common materials than tantalum as you do is it more common than tantalum? Do you take this into consideration as an additional factor? Right now we do not consider it. We certainly think about it. We can talk about it later. Do we have questions online? Is there a question from the internet? Do you see someone here? I am also a prototype fund recipient. I also use a phone and I also have not a phone. A phone is twice as expensive than a regular phone. Why do you ask me if you want to pay twice as much to have a phone? Do you see a place for law and regulation that has changed the law? I always look at it that we cannot do it in the current electronic scenes. When it comes to regulations I talked yesterday about this topic and there is a certain organization that is trying to create regulations that are required to improve human rights in terms of logistics. This is just a minimum. It should be minimum when producing. It should be something that every person does. It works well in the western world that is connected to electronics. We could live without it. Hello, I have a question about the lack of data. I have a question about the lack of data. I think you also need more data about the working conditions. What you would appreciate based on the metals or on the conditions? What are your biggest needs when it comes to the metals and working conditions? It would be hard to tell something about the top three. It's just, well, right where we are at the very level we can cover most of the minerals. We can cover most of the countries. When it comes to indicators we still have a lot of looks. For example, we found indicators about children's work but it covers only 20 countries. We have a very general level. We have everything and for example, the next step would be to get data that are more specific for the field. We need more of everything. We just need more of everything. As Tamaric just said, the component composition is maybe the more severe lack that we have right now. I also have a question. Do you have a few more minutes? Did you say who will finance you? I think we said there is a logo. Which point will you finance? To the end of February? To the end of February? To the end of February? To the end of February? This round of financing is over so we just want to finish something that works. I would like to see more of that in the future. We would like to take more of that in the future. We are almost done with the financing and the prototype fund is almost over but we will try to continue it because the community wants us to continue working. We would like to say that you have more data as well. We would like to say that you have more data so you can give them more data. Now please give them more data. Thank you for your attention. That was the Polish translation.