 Okay, we're going to continue the the previous topic about the environmental risk damages and climate change but from a bit different approach and I thanks to my colleagues that were speaking before us we can you know bypass the first slides but the difference of the approach is that we consider the the environmental damages including climate change as a as in fact a damaged Which is caused by human economic activity in a general sense. So More specifically every deal transaction or contract has its collateral damage and when you buy a gas or Air ticket for your air travel. It is there is a collateral damage Do the environment to human health? Related to it and in fact in the nearest years It has already become a business custom to assess the the damage related to any sort of economic activity transaction deals in terms of carbon dioxide Equivalent it is a very convenient thing to you know to evaluate environmental damage because it reflects not only a Climate change damage, but also a combustion of fossil fuels out air pollution energy efficiency and That's why it's not only important But very convenient thing to quantify the the environmental damage for example a few years ago. There was a notorious study Evaluating the damage related to indoor cannabis production in in the United States and The the damage is as you can see the energy expenditures equal to five billion dollars one percent of electricity consumed in the US and one kilogram of indoor cannabis production equals to four point six tons of co2 and the recommendation was to you know To legalize marijuana because outdoor production would eliminate the need for indoor production so That's the The basic scheme that we're talking about there are three principle Participants of the of the model the seller the buyer of goods and services and there is and you know mitigation arts of mitigation outcome provider and The mitigation should be equal or greater than the collateral damage Produced by the deal between buyer and the seller and once there's three participants agree on the amount of damage and on the price for mitigation outcome then in the ideal world, you know, they The problem would be settled so But in real world, it's far more complicated because there's all they should be someone who Evaluates assess what the collateral damage is and there always is a person Or an entity who wants to be in charge and tell the buyer the seller and offset provider What should be settled? What shouldn't be settled? What how they the damage should be assessed and everything there is a regulator who wants to be in charge and that's why you know they although this market for Mitigation for example of climate change damages is is tremendous and it's you know at maturity it will be at least 10 trillion dollars and but it is fragmented into pieces and Numerous barriers Prevent from you know Fundability of the instruments there are dozens of climate mitigation programs and and new programs appear and and units and instruments carbon units and I guess that One of the example was a previous Presentation that a new very interesting program and the new carbon unit Is proposed but basically they all operate with one in the same Unit one in the same asset one ton of carbon dioxide emissions Or one ton of carbon dioxide reduction absorption they are not integrated and The regulators really you know choose and Select who can assess the Who can assess the damage who can? Participate and the market and our initial target wasn't still is to Provide an opportunity to overcome the barriers external barriers between those dozens of markets and systems and registries and to Internal barriers which do not let anyone who would want to participate really participate in it So that's why we've created a platform that allows anyone or any existing or new mitigation program to launch its program on blockchain and to you know Cooperate integrate to the extent they want to they might be fully independent or they want although you want or they would want to merge the markets or they would want to have a You know unified talking a unit But any of those dozens of markets Carbon programs or instruments carbon compliance units may enter these This blockchain and anyone can actually right now go and launch his own mitigation program So what we have achieved for the moment we have you know issued transferred the units from a conventional registry to the blockchain and Performed pilot transactions and we have also performed a issuance of environmental units of carbon credits By passing a conventional registry directed to blockchain Which is not easy because in a real world. Well, you still have to you know to have a Very reliable auditor in our case. It was KPMG To verify assure that those reductions are real and comply with the rules So actually right now you can enter the the the decentralized application to trade or to retire to to offset The carbon footprint or launch your own program In fact as the you know gripped in currencies also have quite a significant carbon footprint and for example the Bitcoin network Related the carbon emissions are equal to those of emissions of Cyprus and Ethereum network are smaller emissions are smaller But still they equal to the annual emissions of Moldova So it's pretty easy to imagine that there is a There might be a token proposed to offset the exact amount of emissions related to one Bitcoin or to one ether We have a very vast, you know development plans and Developing the smart contracts and And everything But for the moment we might say that the the proposal of a high-quality assured Environmental units is already provided at the platform now that we are working on the on the demand As I've described, you know the problems related with the regulator Registries opposition to a new technology that would basically Deprive the regulators of much of their authority and would probably kill the traditional registries so that doesn't go easy and A very what one very important thing is to you know in the strategic perspective to eliminate the need for really physical auditor verifiers participating in this process and Substituting it by internet of things Algorithms plus a validation by the network and From this point, I'd probably like to forget to take over Good day, my name is Sergei one shako fine research team leader at a lab and our architecture in IPCI project My part of presentation will be about how we can prepare Mars for Defcon 50 As you know Mars today is and not a good place for humans It's a very cold place and atmosphere is not a friendly for our breath And if we resolve issue with logistics with the space six or other space program next question will be can we make Mars a little bit comfortable for Defcon 50 and It's will be surprised for you, but Paris climate agreement can help us because if you try find some abstract or executive summary about Paris climate agreement you will find main task of Paris climate agreement main task is a keeping a global temperature rise below two degrees Celsius and It's mean as a Paris climate agreement is the first planetary terraforming experiment based on economical game my main work is a research Capability of using human to machine systems and the last three years. We're working on robot economies concept We want to build first planetary Supply and chain with direct economical communication between humans and machines But Paris agreement today is not a human to machine system. It's a human to human system with a strong reputation requirements and This requirements for me is ridiculous because we cannot do in planetary experiment with this requirement but if we shift Paris climate agreement on a serial network Paris climate agreement can be human to machine system and Look at the screen. I will try to explain how it can be work We have manufacturers around the world who want to be involved in Paris climate agreement And the same time we build smart cities around the world and these smart cities Have a many types of different sensors What can collect data about carbon footprint around manufacturers? smart cities can send annual reports to serial network we can install additional package on a serial network validators additional package with carbon credit emission algorithm and After that is serial network can issue carbon credits green humans can buy this credits and Our collected funds can be spread between green economy manufacturers smart cities who collect data and Is serial network validators who involved in this process and If it will be work We just can't change the reforming task from Paris climate agreement to prepare Mars to Defconn 50 With the same scheme is the same software So today we have a smart contract package for carbon credit market tested with real participants We built this to realize that application for human to human communication and My team error team now try to build First carbon footprint sensors network with is a serial network validators Based on our error Distributive in the next year. We will show first algorithm for carbon credit issues based on a serial network And we will we want to build first service for reducing your carbon footprint only with Carbon credit based on a serial network here. You can find more information about Project and if you interesting in error distributive you can find more information error dot live website so keep on the way to Defconn on Mars and We will try to prepare and doing Mars more comfortable. Thank you