Does your handle have anything to do with the lovejoy neighborhood of Buffalo, NY? If so, Awesome. If no, damn.
I don't think you'd actually want a "graphene mesh net." Graphene does a certain set of things, and it does them very well. There are other tools for meshes, and they do meshes very well. They only really tend to screw up when they cross over into the other side's turf.......
You would need to have many more than 100k nodes. The way to build such a thing is to build a wired core using fiber and wireless edges.
If you use today's radio standards, then you would either need to encroach on the bandwidth set aside for LTE or have about a billion nodes using 2.4g wifi. Other solutions include satellites (but these tend to be high latency and not as reliable as needed) or terrestrial SDN.
And... Well what we are really discussing is building a new internet, so why not start with our traditional pal, tcp/ip?
@lovejoy
Yes, I am thinking of a mesh network. But, I do not know of any that scale well to a million nodes, or more like a billion nodes.
Anyone have ideas how to work a net with 100,000 visible nodes, and probably as little as 10 hopes to anywhere in the world?
You would need to have many more than 100k nodes. The way to build such a thing is to build a wired core using fiber and wireless edges.
If you use today's radio standards, then you would either need to encroach on the bandwidth set aside for LTE or have about a billion nodes using 2.4g wifi. Other solutions include satellites (but these tend to be high latency and not as reliable as needed) or terrestrial SDN.
And... Well what we are really discussing is building a new internet, so why not start with our traditional pal, tcp/ip?
It is a steadfast protocol...