Expanding a little more on my previous post:
One feature of a cryptocurrency is having all transactions in a blockchain so that any address/transaction can be traced and verified.
But, how does a normal user do this?
The blockchain is a large database of transactions and other data related to the blocks. If the blockchain is indeed some sort of database, there should be a way to query it.
Many times I've searched for some sort of program that can be easily set up to be a 'local' blockchain explorer for someone who has the blockchain fully downloaded. I've not found anything except applications on github which require linux and some sort of web server to access it.
We have to assume that when DGB (or any crypto) becomes mainstream-adopted that the average person will have no idea what the data in an online blockchain explorer means. They will not know how to look at the blockchain to search for previous transactions to see if people have paid, or if their payments have gone through.
I've mentioned before that it would be a good idea to have a blockchain explorer integrated with the core wallet, but it would also be nice as a standalone program that had more features. Something that could list all of the available fields for each block and let you view and/or export this data. Something like this will be definitely be needed for accounting purposes.
As it stands now, this lack of ability to easily search a blockchain is really a limiting factor to most cryptocurrencies. How can people use them if they don't know how to see if their payments have come or gone?
Something like that would probably be a 'one stop shop' for many of the questions I have. I'm sure there are community members capable of producing such a tool, shame I'm not one of them.
What I'm looking for, just isn't that sophisticated and is easy to find for most crypto currencies. I've noticed that the network speed for SHA roughly sits around 90TH/s but sometimes doubles for short periods. My assumption is that, somewhere something indicates that DGB is profitable to mine during these periods but for the life of me, I can't work out what! One of the things that concerns me a little is the fact that the DGB SHA network is way to small to withstand a 51% attack. My gut feeling is that a 'super computer' or two would have a much easier time achieving this despite the 5 algorithms used by DGB so I suspect that the DGB SHA and scrypt networks will have to be much bigger than they currently are to give DGB the kind of security that Bitcoin enjoys today.