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Blockchain for Smart Cities public collaborative initiatives and are - PowerPoint PPT Presentation

FINAL PARA CERRAR LA HISTORIA!!! Smart city platforms are developed both by private companies and Blockchain for Smart Cities public collaborative initiatives and are implemented and used in a large number of cities around the world.


  1. • FINAL PARA CERRAR LA HISTORIA!!! • Smart city platforms are developed both by private companies and Blockchain for Smart Cities public collaborative initiatives and are implemented and used in a large number of cities around the world. Although the technical - Disrupting models for Governance and Public & Private Services functionalities of current smart city platforms are generally good, many are still closed systems that show difficulties related to integration, transparency, security and robustness. • A possible solution to these problems presented is to build the smart city platforms upon blockchain technology. A correctly implemented Stefan Junestrand smart city blockchain platform has the potential to revolutionise the governance model of the cities and provide a truly immutable, secure, open and transparent system for the citizens and the companies that PhD Architect operate within it. Below, the design of a “blockchain -based smart city governance platform for public services” is presented. CEO Grupo Tecma Red

  2. BLOCKCHAIN IS…

  3. INMUTABLE REFERENCE REFERENCE REFERENCE REFERENCE REFERENCE TO PREVIOUS TO PREVIOUS TO PREVIOUS TO PREVIOUS TO PREVIOUS BLOCK BLOCK BLOCK BLOCK BLOCK ENCRYPTED ENCRYPTED ENCRYPTED ENCRYPTED ENCRYPTED BLOCK BLOCK BLOCK BLOCK BLOCK BLOCK 9 BLOCK 10 BLOCK 11 BLOCK 12 BLOCK 13 NEW BLOCK

  4. CYBER SECURE + P2P NETWORK BLOCKCHAIN BLOCK 4 BLOCK 3 BLOCK 2 BLOCK 1

  5. TRANSPARENT

  6. USED FOR: REGISTRY The initial and most basic solution: Blockchain as a Registry! TRANSPARENT CYBERSECURE IMMUTABLE REFERENCE REFERENCE REFERENCE REFERENCE REFERENCE REFERENCE TO PREVIOUS TO PREVIOUS TO PREVIOUS TO PREVIOUS TO PREVIOUS TO PREVIOUS BLOCK BLOCK BLOCK BLOCK BLOCK BLOCK ENCRYPTED ENCRYPTED ENCRYPTED ENCRYPTED ENCRYPTED ENCRYPTED BLOCK BLOCK BLOCK BLOCK BLOCK BLOCK BLOCK 14 BLOCK 9 BLOCK 10 BLOCK 12 BLOCK 13 BLOCK 11

  7. SMART CONTRACTS Blockchain 2.0 introduces: Smart contracts is a functionality of blockchain that allows to program contracts that are self executing for automatic actions, based upon simple conditional statements of the type “If Then Do That”. SMART CONTRACT

  8. TOKEN ECONOMY Next Level is: Blockchain as a Token Economy Token = Digital representation of any asset within the Blockchain Represent: Tangible Goods, Rights, Ownership, Money, etc. TRANSPARENT IMMUTABLE CYBERSECURE TOKEN ECONOMY

  9. WHERE TO USE BLOCKCHAIN • Where there is low trust established between the Parties • Valuable to Decentralize the Information • Important that the data is Immutable • High need for Cybersecurity • Need for Transparency in the access to the information • Relevant with Automated Processes

  10. SMART CITY IS… “Smart Cities are cities that use information and communication technology for their administration and the services they provide, for a better economic , social and environmental development.” They are also Cities that needs to: • Fight Corruption • Improve the data transparency and security • Fulfil demands on citizens privacy • Be more efficient in administration • Improve citizens participation

  11. BLOCKCHAIN + SMART CITIES If we combine: BLOCKCHAIN + SMART CITY = All these things can be achieved! LETS SEE HOW!

  12. GOVERNANCE • 3 administrative and process-oriented elements of governing: • Top-Down: Methods that primarily involve governments and the state bureaucracy • Networks: Involving public-private partnerships (PPP) and/or collaboration of community organisations. • Regulation: Market principles of competition serve to allocate resources while operating under government regulation

  13. GOVERNANCE • 3 administrative and process-oriented elements of governing: • Top-Down: Methods that primarily involve governments and the state bureaucracy. • Networks: Involving public-private partnerships (PPP) and/or collaboration of community organisations. • Regulation: Market principles of competition serve to allocate resources while operating under government regulation

  14. GOVERNEMT: STATE BUREACRACY • Blockchain for Top-Down state bureaucracy • Here the main use of BLOCKCHAIN is for Pure Registry Functions: Accounting, Contracts, Registries, etc. TRANSPARENT CYBERSECURE IMMUTABLE SMART GOVERNANCE SMART ECONOMY SMART LIVING SMART ENVIRONMENT SMART MOBILITY • E-Government • E-Commerce • E-Education • Air & Water Quality • Smart Traffic Control • E-Administration • Colaborative Economy • E-Health • Green Environment • Multi Modal Transport • Open Data • Decentralized Economy • E-Tourism • Green Building • Car Sharing Models • Citizens Participation • Entrepreneurship • E-Culture • Smart Grids • Sustainable Transp. • Urban Design • E-Security • Land Registery

  15. ADMINISTRATION

  16. URBAN PLANNING

  17. LAND TITLE REGISTRATION

  18. ENVIRONMENT

  19. GOVERNANCE • 3 administrative and process-oriented elements of governing: • Top-Down: Methods that primarily involve governments and the state bureaucracy. • Networks: Involving public-private partnerships (PPP) and/or collaboration of community organisations. • Regulation: Market principles of competition serve to allocate resources while operating under government regulation

  20. GOVERNANCE: NETWORKS Blockchain for Networks: Both a Registry and Token Model with Smart Contracts. TRANSPARENT IMMUTABLE CYBERSECURE TOKEN ECONOMY

  21. TOKEN ECONOMICAS MODEL 1.The Government decides a budget for different areas and specific use. 2. The exact number and types of EDUCATION HEALTH SOCIAL WELLFARE PENSION Tokens are generated. TOKENS TOKENS TOKENS TOKENS 3. Tokens are distributed to the digital wallets (app) of the citizens.

  22. TOKEN USE The Citizens have the Pay School with Buy Food with Buy Clothes with Tokens in their Digital Wallets Education Tokens Social Tokens Social Tokens Go to Restaurant Go to Phisoterapy with Pay School Books with Go to Gym with Pension Tokens Health Tokens Education Tokens Health Tokens Got to Doctor with Travel with Pay Medicine with Go to Theatre with Health Tokens Health Tokens Health Tokens Education Tokens

  23. SMART CONTRACTS 1. Tokens are sent to the APPs 2. The family buys food (Digital Wallets) with a Social Token SMART CONTRACT $ $ 3. The Smart Contract automatically: a. Return the Social Token to the Government b. Withdraw the value from the Governments Digital Wallet c. Pay the store for the Token

  24. ADVANTAGES • Enables a more specific wealth distribution model : • Give Properties to the tokens: For What, When, Where they can be used • Use Smart Contracts to: Set Rules for their use, Define what happens when…, etc. • Automated Allocation of Tokens: • More Efficient (faster, cheaper) • More Fair (objective) • Automated Handling (Smart Contracts): • Save time & human resources • Big Data / Data Analytics / AI : • Analyse the impact of the distribution: learn + change rules • Advantages for end users : • Faster handling • Anonymous : The service provider will not know that you pay with a token or “money” • All in one place (App) • Less costly administration • More relevant services

  25. FINANCIAL SERVICES • Digital Currency

  26. VOTING

  27. HEALTH

  28. PERSONAL MEDICAL RECORDS

  29. BENERFITS, ENTILTEMENTS & AIDS

  30. EDUCATION

  31. GOVERNANCE • 3 administrative and process-oriented elements of governing: • Top-Down: Methods that primarily involve governments and the state bureaucracy. • Networks: Involving public-private partnerships (PPP) and/or collaboration of community organisations. • Regulation: Market principles of competition serve to allocate resources while operating under government regulation

  32. ENERGY

  33. DISTRIBUTED ENERGY NETOWORK • DISTRIBUTED ENERGY NETWORK BASED UPON BLOCKCHAIN (BLOCKCHAIN USED AS A REGISTRY AND SMART CONTRACT) • Why: • Centralized systems problems: • Match Demand and Supply • Single points of failure & Cybersecurity • Distribution losses & leaks • Decarbonization: • Renewable energy • Distributed production

  34. DISTRIBUTED ENERGY NETOWORK LOCAL BLOCKCHAIN NETWORK LOCAL POWER GRID ELECTRICITY COMPANY POWER GRID

  35. SUPPLY CHAIN

  36. BUILDGING

  37. MOBILITY

  38. WHERE TO START? WHERE TO START?

  39. NEW CONCEPTS

  40. NETWORK SOLUTIONS ARE COMPLEX

  41. REGISTRY SOLUTIONS ARE “SIMPLE”

  42. CONCLUSIONS • Cities arround the world suffer huge challanges: social, economic and environmental • Blockchain is a technology that provides: • Transparecy, Immutability, Cybersecurity & Efficiency BLOCKCHAIN CAN HELP TO: • GENERATE SOLUTIONS • SOLVE MANY OF THESE PROBLEMS!

  43. EUROPA

  44. STEFAN JUNESTRAND • Member: “EU Blockachiain Observatory & Forum” • Main contributor: “Blockchain 4 Cities” report by UN/ITU (U4SSC) CONTACT INFO: Stefan Junestrand Email: stefan@grupotecmared.es Twitter: @sjunestrand Web: www.stefanjunestrand.com Linkedin: www.linkedin.com/in/stefanjunestrand/

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