Conversation

2/ we delve into how telecommunications work today, and the physical hardware and network (ISP) and open source software (TCP, IP), and the many layers that data packets travel through when going from one device to another
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3/ while traveling between all those layers, third parties can sniff your data and track you using your IP address, GPS location, and other application data 🕵🏽‍♀️ note: you agreed to that when you (a) bought internet access from your ISP and (b) accepted an app’s terms of service
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4/ enter the mesh! mesh isn’t a new concept - it went through it’s own VC craze in 2014-6 with things like that allowed people to build a mesh at home / work / wherever by connecting nodes to a home router the airport system was my personal favorite (RIP)
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5/ mesh networks rely on different physical topology and different logical topology nodes self-configure to route data efficiently through the network - removing the need for a coordinator or central hub - and reducing dependence
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6/ we delve into existing meshes - in New York, in Spain, FabFi in Jalalabad, Afghanistan - and we talk about why these networks have been difficult to build - hardware - software - $ / incentives - network speed and efficiency - scalability
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7/ we talk about efforts to make the bitcoin network independent of ISPs and the legacy internet via both software and hardware innovations, including the satellite (and its predecessors) BEAMING BITCOIN FROM SPACE 👩🏾‍🚀 SO METAL 🤟🏿
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