I'm wondering this too this shocking 2nd attempt was awful I felt the original vericoin had some promising features and philosophy
I am not sure what was that 2nd attempt, last time I heard from them it was the PoS which of course means absolutely nothing, but at least it was an attempt in innovation and well done for that.
I think Vericoin still have an opportunity to be the next crypto that could be attractive for the general public (but of course the time is running out quickly). Bitshare realized this opportunity with Identabit. Now a well known crypto developer Dan Larimer of Bitshare basically implements what we have suggested to Vericoin a year ago: use the personal profile of the DEVs to create a currency that complies with laws and regulations. We said, fuck the dark net, fuck anonymity, in order to reach out to the public (which was the original theme of Vericoin) the digital currency will have to comply with regulations, therefore must have a public face for the coin - which Vericoin is having from the beginning. For some unknown reason the devs don't do this, however here and there I can hear that basically this will be the end goal. Vericion still in the position to reach out to the public using the profile of the DEVs as the public face of the operation, but of course it is more difficult than it was a year ago
I don't blame the DEVs for not pushing harder. The whole digital currency movement is in serious trouble. The DEVs don't have income from this (though probably Patrick Nosker and a few others around the project had pocketed a lot) so of course they get on with their carrier instead of working on a digital currency.
We are still working on significant things more details will come in 2.0 whitepaper. This release will be biggest innovation since the release of VeriCoin itself. We opted not to go down the identity road for one primary reason. If you require identity, you also must require a permissioned system, if you require a permissioned system you re-enter the security cat and mouse game and lose all the efficiencies of pseudonymous public systems. We will be addressing identity in a pseudonymous way but not true identity. The permissioned systems will be the way the banks handle the blockchain initially, however they will quickly realize beyond backend efficiencies they cannot compete with the efficiencies of pseudonymous permissionless systems. At this point the banking industry will be disrupted, but likely not until the smaller more adventurous banks utilize this public permissionless system without having to fire most of their employees and they end up out-competing the traditional banking system. However this all will take some time. We will be building on the public, permissionless system and will have significant infrastrucutre in place when this disruption takes place.
Thanks for the update. I think there are still users, potentially investors out there who are interested in Vericoin and see potential in the team, so it is great to hear some updates sometimes from you.
Terms of the identity and protocol matters, we are having lots of discussion about these issues in the economy and other threads of this forum. Could you explain please briefly what are the permissioned system and pseudonymous public system in this context? Of course you can explain in more details if you have time - I am sure it would be appreciated by many -, but even a brief explanation would be very useful to understand what are the main attributes of a public permissionless system. Even in bullet points would be great to get some info to understand the basic idea and what are you up to.
Sure. By public permissionless systems what I mean is the Bitcoin blockchain format. The data and access to the network is public and unrestricted, we are working on a identity system through pseudonyms (like twitter for instance) for VeriCoin address identification and usability. By permissioned systems I mean private blockchains that require authentication and true identity or login credentials associated with a true identity. These systems will be the first mainstream step towards a bitcoin-like blockchain but are vulnerable to hacking and thus more costly. If a blockchain is used by a bank privately it can save them some costs but the most costly security measures are still required. Smaller banks or banking 2.0 will implement a BTC-like blockchain and they will begin to out-compete the traditional banking systems due to lack of costs. This will bring the public blockchain technology mainstream. If BTC has the biggest hashrate (distributed security) at that time it will be used by many and the banking 2.0 startups will likely do exchanging in BTC. The traditional banking systems will take longer to move beyond permissioned or login based blockchain technologies because their entire infrastructure is built on top of this paradigm, it will only happen when their survival is at risk due to their excessive costs relative to the public systems. I hope this is a more clear depiction of what I think will unfold over the next few years on this. VeriCoin is building an infrastructure that will be able to enable, support and lead the banking 2.0 technology 'revolution'.
Thanks for explaining, it is much appreciated!
I doubt any banks will use the BTC blockchain for managing financial transactions. One of the main unique selling points of traditional bank services over crypto currency network transactions is the privacy, which is simply cannot be guaranteed using the BTC blockchain. Customers don't care if the bank having knowledge about the transactions, moreover for regulatory reasons the bank must associate the transactions with customers' identities, but the customers won't accept if the transactions are stored and visible in the public blockchain. From customer viewpoint it is unacceptable if the transaction information will be exposed to others than the bank and law enforcement. The mixing services also won't be solutions, because law enforcement and authorities must have access to the transaction details, and mixing service or anonymity algorithms by definition denies such access.
You would have to design a system that addresses
a) privacy
b) traceability
c) auditability
In the meantime, to comply with money laundering regulations you would still have to associate the customer's identity with the transaction.
That means you will end up with the blockchain version of an Oracle or MS SQL database terms of data structure (to store everything what a bank must store such as customer names, address, identity documents, etc.). Would such semi-public blockchain save money for the banks? Not much as most of them would still store the blockchain in a database to serve the customers with light wallets - which will requires the very same infrastructure as the current one to address high availability and scalability.
Anyway, innovation is always good fun, so I understand you are keen to move forward the project :-))) and good luck with that.