great info man, thanks. the one-time key feature will solve the provability problem i've seen brought up but i still can't think of the damn technical name they were using
sounds like what bitshares x is doing with a secret key to prove transaction to a third party type escrow. the whole anon scene is very exciting!
only other real issues is the bloating and (visa level) scalability that anonymint always talks about. what are y'alls plans to fix that?
the crippled hash things is fixed (right?) and doesn't concern me as it only affected like 2% from what i saw which is super fair in the cryptocoin world.
the only other thing i can think of now is the issue of inflation, 4 years pow if i'm not mistaken?
some have also questioned the pow algo cryptonite because i guess it's new and cryptographically unproven but getting professionally audited at some point?
seems like y'all have a great team working on things and i'll definitely consider putting some btc into your project.
what's your thoughts on bitshares x anon feature titan?
http://wiki.bitshares.org/index.php/TITANhttps://www.youtube.com/watch?v=MDvXZMQNnhEDelegated Proof of Stake - Let's Talk Bitcoin Episode 129
https://www.youtube.com/watch?v=SdBpoRLmrbA&list=WL#t=726I haven't had much time to look into what Bitshares is doing, I tend to focus solely on improving the already working privacy in Monero instead of constantly looking over the fence into everyone else's yard;)
No cryptocurrency has Visa-level scalability right now. Bitcoin *can* be pruned, but it hasn't been pruned yet. I honestly think that Visa-level scalability will come from off-chain transactions - so someone like Visa or PayPal or whoever will provide a way to use the current infrastructure for extremely rapid transacting, and then all accounts will have on-chain settlement every day or week or whatever.
In many, many years time when there is an extremely low-latency (nanosecond-scale) global network on ipv6 and disk space is faster+cheaper+more abundant and cryptography has advanced many fold it is entirely possible that an ancestor of today's cryptocurrencies will provide this level of transacting on-chain. The basic nature of "the size of a transaction" won't change much, so that level of scale is around 100 billion transactions per year (MasterCard: 34 billion in 2013, Visa: 58.5 billion in 2013) which averages out to around 200 000 transactions a minute. A Bitcoin-style pseudonymous network with no mixing (let's not forget that any mixing adds multiple transactions, ie. bloat) will run up about 1.32gb per 10-minute block. A Monero-style network (as it currently stands) will run up about 680mb per 1-minute block, about 6.8gb every 10 minutes. That's a yearly hit of 70tb (Bitcoin with no mixing) and 360tb (Monero). Both of these are unsustainable with our current technology, not only with regards to disk space but also with regards to the low-latency global network required to broadcast blocks and transactions.
The reality is that by the time this becomes possible from a network perspective in many, many years, I can guarantee that both 70tb and 360tb will be irrelevant figures. I already have a 1tb USB flash drive (Kingston HyperX Predator, released beginning of 2013), and WD released their 6th WD Red NAS drives the other day, so storage space is increasing rapidly. In fact, where Moore's law aims to pinpoint processor growth,
Kryder's law shows a much sharper curve for storage space growth. His model says that a 14th drive will be available by 2020 and will cost $40, and you can extrapolate from there. By the time the current Internet reaches a point where ipv6 is commonplace and network speed and latency is such that moving even 1.32gb around in 10 minutes is a complete non-issue even in rural Africa, Kingston will have released its Wireless USB 7.0 compatible 2pb HyperZZZ SoaringEagle flash drive, and all this "blockchain bloat" stuff will be a non-issue.