Brussels: cryptocurrency, smart contracts and robotics
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The document discusses the integration of blockchain technology, specifically Ethereum, into robotics and smart contracts, promoting a decentralized economy. It highlights the potential of using robots in smart cities and industries to enhance communication and efficiency while minimizing risks associated with centralized systems. The emphasis is on creating a global decentralized network that allows for more effective and secure interactions among technological and human participants.
Brussels: cryptocurrency, smart contracts and robotics
- 1. #Airalab Sergey Lonshakov Blockchain developer Cryptocurrency, smart contracts and robots
- 3. #Airalab 3 Sergey Lonshakov • Studied at ITMO University in Saint-Petersburg • QA engineer -> Data modeler -> Developers team lead • Development on Bitcoin/Altcoin/cryptocurrency projects since 2011 • Research on Smart contract/Ethereum platform projects since 2014 • DAO for Human–machine systems since 2015 • Robot economics theory since 2016
- 5. #Airalab 5 Bitcoin is first planetary financial institution
- 6. #Airalab Money for robots Today we have an opportunity to use Bitcoin – first e-money, which a robot can receive and give away directly.
- 7. #Airalab 7 First mention of Smart contracts in 1997 Содержание слайда
- 9. #Airalab Contracts for robots With the establishment of the network Ethereum we got an opportunity to make agreements with a robot.
- 10. #Airalab 10 Field testing with Ethereum blockchain transaction
- 13. USE CASES Decentralized IoT Data Marketplace: Trade data, collected by IOT devices and sensors without intermediaries Industry 4.0: Direct communication between consumer and smart factories and among smart factories
- 14. #Airalab 14 IoT + Ethereum network validators Manufactures on the way to green economy Factory Power station Farm Sensor Sensor Sensor Sensor Smart cities Ethereum network Green humans Validator+ with carbon credit emission algorithms (additional software packages) Validator+ Validator+ Green human boosts green economy all over the world Green human Green human Green human Ask the network for collected data about carbon footprint Collect data about carbon footprint around city Send annual report Smart contracts for collecting donations Smart contracts for collecting donations
- 15. USE CASES Decentralized IoT Data Marketplace: Trade data, collected by IOT devices and sensors without intermediaries Industry 4.0: Direct communication between consumer and smart factories and among smart factories
- 16. #Airalab 16 Testing the game Robonomics based on the model set Fischertechnik controlled by PLC Siemens
- 17. USE CASES Autonomous Service Providers: Robot-performed services in smart cities Trackable Supply Chain: Transparent history of goods and services
- 19. #Airalab “Let us remember that the automatic machine is the precise economic equivalent of slave labor. Any labor which competes with slave labor must accept the economic consequences of slave labor.” ― Norbert Wiener, Cybernetics
- 21. PROBLEM ● Population growth and increasing complexity of supply chains require a full-scale deployment of Cyber Physical Systems (CPSs) into human economy. ● Smart cities and smart factories of the future are designed as multi-vendor heterogeneous environments, with multiple streams of communication necessary between robots and humans. ● Current model of integrating robots into economy via a few centralized parties primarily serves the interests of those parties and prevents market forces from regulating human-robot relations. ● Centralized parties pose a number of threats: from possibility of malicious interests interference to data breaches. Single Point of Failure BUT
- 23. SOLUTION ● A global decentralized network, where the market forces guide the participants, is the most viable way of integrating Cyber Physical Systems into economy. ● The current stage of robotics development makes it possible for CPS to communicate and exchange services among themselves and with humans directly. ● Improve the utilization of robots: machines can decide what actions to take within constantly changing environments; ● Minimize single point of failure risks and strengthen privacy protections; ● Incentivise multiple technological, legal, social, and cultural innovations. Eliminating centralized third party intermediaries could: Economically Incentivised Decentralized Interactions
- 24. #Airalab Elaboration of the economy of robots' ideas promotes mitigation of the possible side-effects of total robotization.
- 25. #Airalab 25 Thank you for your attention Merci pour votre attention
- 26. Smart Contracts: Reference to EU initiatives Aleksandr Kapitonov PhD, Assistant professor [email protected]
- 27. About me ● PhD and assistant professor at ITMO University ● Head of the Robot Engineering Department, ITMO robotics community ● Head of the regional group of IOT-OPEN.EU Erasmus+ program ● International research laboratory engineer ● Robocup@Work team coach ● Robotics MOOC author ● Since 2015, co-founder of Airalab and Drone Employee projects [email protected]
- 28. A connected Digital Single Market (DSM) Strategy The EU Policy Lab: #Blockchain4EU, EU Sharing Economy, Sustainable Food, Future of Industry Ethically aligned design A Vision for Prioritizing Human Well-being with Autonomous and Intelligent Systems Relevant strategy and initiatives [email protected]
- 29. Food and drug supply chain; Middlemen replacement by Blockchain in all spheres. Smart contracts governance like a decentralized autonomous organization; Blockchain as a “regulatory technology”, providing transparency and accountability. [email protected] Relevant DSM topics Platforms and intermediaries; Trust and security; Data economy; Inclusive digital economy and society; Interoperability and standardisation; Digitisation of European Industry.
- 30. The systems should generate audit trails recording the facts and law supporting decisions and they should be amenable to third-party verification Adapting legal and policy frameworks which will help to favor equitable distribution of wealth, empowering competent international organizations to favor a minimally viable competition level on the A/IS markets to avoid detrimental monopolistic situations Developing mechanisms for increasing transparency of power structures and justly sharing the economic and knowledge acquisition benefits of robotics/A/IS Mitigating the social problems of technology development should be a special focus of responsible companies using A/IS [email protected] Ethically aligned design topics
- 31. USE CASES Decentralized IoT Data Marketplace: Trade data, collected by IOT devices and sensors without intermediaries Industry 4.0: Direct communication between consumer and smart factories and among smart factories
- 32. USE CASES Autonomous Service Providers: Robot-performed services in smart cities Trackable Supply Chain: Transparent history of goods and services
- 33. Join the international community of the Economy of Robots! Contribute to the development of Industry 4.0 Interested? Drop us a line at [email protected]