A parallel blockchain is a system, method, and computer readable storage medium for accessing a data file shared by all computing nodes participating in a system based on a blockchain protocol. The data file includes transactions and blocks.
This is something I am trying to work on using an encrypted type of Tor network but first I have to solve decentralized
node discovery that will scale to a billion users and I am not sure even this can be done.
So far i have broken this problem down by using 65535 dat files that are based on digits 3-6 from a public key
using on the network so that node 01ABCD..... is a good name server node to use if you are looking to find the address for
01AB99................
trouble is that even going down to this level results in huge files that are encrypted having to be loaded into memory
for a single look-up and the amount of network chatter needed to replicate this volume of data is massive.
Sure I could do this with say twenty AS-400's in a cluster but trying to use lots of small machines is almost impossible
from what I can make out.
So far I have feed 10m 32 byte public addresses into the system just for testing and it is lightning fast and the data is
as compact a it could be but I still don't think this will scale to a billion users on a distributed system if it was ever put to the test
For distributed files I was looking to make something a bit like how Bit-Torrent works if I ever get node discovery to work
but these are my findings so far so please fire away if you think that I am using the wrong approach here.