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A Non-Proprietary Social Internet

A Non-Proprietary Social Internet. Monica Lam MobiSocial Computing Laboratory Stanford University With Ben Dodson, Michael Fischer, T. J. Purtell , Ian Vo. MobiSocial is supported by AVG, Google, ING Direct, Nokia, Sony Ericsson.

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A Non-Proprietary Social Internet

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  1. A Non-Proprietary Social Internet Monica Lam MobiSocial Computing Laboratory Stanford University With Ben Dodson, Michael Fischer, T. J. Purtell, Ian Vo MobiSocial is supported by AVG, Google, ING Direct, Nokia, Sony Ericsson. Part of the NSF Programmable Open Mobile Internet (POMI) 2020 project.

  2. Deep Social FB Android SDK Facebook Graph 750 Million Users

  3. Today’s Social Intranets Cyberbullying Loss of privacy

  4. Today’s Social Intranets Cyberbullying Loss of privacy Monopoly

  5. Today’s Social Intranets Zynga Dependency on Facebook wsj, 10-12-11 Cyberbullying Loss of privacy Monopoly Loss of competition

  6. Social Intranet -> Internet No single owner of users’ data or app platform No need to join the same network

  7. Challenges A non-starter: FB + privacy Installed base: 750 millions users,many developers, web pages Economic feasibility Lack of concern for privacy

  8. Design Goals Disintermediation for daily social interactions Minimize friction in interactions Healthy ecosystem: 100,000 social apps

  9. Today Social Networking TCP/IP Global Social Graph

  10. Disintermediation Social OS Trusted Group Communication Protocol

  11. Today Social Networking TCP/IP FB app Global Social Graph

  12. POSI: P2P Open Social Interactions API POSI Social OS Trusted Group Communication Protocol

  13. Live Demo

  14. Integration with Android Apps

  15. Shared Apps Inviting Friends to Sharing Videos

  16. Sharing a ToDo List

  17. Playing a Card Game

  18. Architecture Musubi Apps Group-oriented Browser POSI: Posse’s Open Social Interactions API Social Kit Musubi Kernel Social OS Blobsclient MusubiDatabase TGCP client Trusted Group Communication Protocol (TGCP) TGCP Service

  19. User Studies

  20. Conclusion Decentralized social graph Familiar model: the address book Disintermediation • TGCP: Encrypted person-to-person, group communication as a primitive Frictionless interactions • MusubisOS: 0 to 1-click group interactions Goal: 100,000 apps • POSI: Psuedononymous group communication API • Easy decentralized apps

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