Author

Topic: Instead of carrying full blockchain, why not this solution? (Read 573 times)

legendary
Activity: 1946
Merit: 1007
because the outcome plan involves the redistribution of profits, vested interests will not agree

Why would profits be redistributed? It only shares the storage space for archived blocks. Still 10% of all nodes will publish any specfifc block and all would publish the last 1000 blocks. Doesnt look like a bad idea imo.
copper member
Activity: 2226
Merit: 536
Promotional Campaign Manager|Telegram @NrcewkerBTC
because the outcome plan involves the redistribution of profits, vested interests will not agree
full member
Activity: 167
Merit: 101
to get an immediate non-solid indication of a "balance" of an address, consumers can use a trusted party website (which has downloaded the full blockchain)

Why not SPV?

thanks again for the education,
so apparantly, a "thin" and a "thick" client already have been designed in the original bitcoin whitepaper
https://en.bitcoin.it/wiki/Thin_Client_Security#Simplified_Payment_Verification_.28SPV.29_Clients

I should do some more homework before asking more questions like this
Thanks for your time !
full member
Activity: 167
Merit: 101
Isn't this what pruning already achieves?

thanks for pointer!
http://bitcoin.stackexchange.com/questions/10333/blockchain-long-run-issue/10334#10334

so is pruning already being used / implemented?
if so, why do I keep seeing this argument (size of blockchain) being used?
hero member
Activity: 658
Merit: 500
to get an immediate non-solid indication of a "balance" of an address, consumers can use a trusted party website (which has downloaded the full blockchain)

Why not SPV?
hero member
Activity: 658
Merit: 500
Isn't this what pruning already achieves?
full member
Activity: 167
Merit: 101
Instead of carrying full blockchain, why not this solution?

Summary:

client will include only last 1.000 full blocks and 10% of all other blocks.

Details:

for last 1.000 blocks : 100% include

for all other blocks (before these last 1.000 blocks) decision either
 A. to include or
 B. storing the following info from a block
        - block number
        - hash of block
        - list of (first 16 characters of) all bitcoin addresses impacted by this block

choosing between A and B is based on some randomness and if it has an acceptable distribution (10%?) on the network (using a Distributed Hash Table, just like with bittorrent?)

now, if a client wants to know the "balance" of a specific bitcoin address, it can just check which blocks to download (P2P) to provide a solid confirmation of this "balance"

to get an immediate non-solid indication of a "balance" of an address, consumers can use a trusted party website (which has downloaded the full blockchain)
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