| I think the idea of money as credit is very interesting (look at my HN comment history for my ramblings on the topic!). > I think the system described is interesting, but for regular human commerce purposes, I think the downsides of it (managing IOUs from many different parties, needing to have a trust-path between users that could steal from you, needing to keep a node online always or trust your money to someone else who does so) make it less useful than cryptocurrencies. Having a common currency between many different parties is much easier to work with than trying to figure out a workable way to value IOUs from many different parties. Needing an established trust-path between users seems like a large obstacle in the internet age where I might suddenly want to transact with anyone on the planet. You are right, these are disadvantages but other than "trust paths" the complexity can be mitigated with: 1. Market makers who buy IOUs at a discount and swap them for _their_ IOU which can be more trusted. Essentially you want a little bit of centralisation around parties which are known to always make good on their liabilities. These parties could be fully automated (think like Ethereum DAO) and transparent. In some ways these market makers are like banks of today but instead of lending their credit into existence, like banks do, they require people to buy it (usually) at a premium. 2. Insurance or a credit derivatives market so people can hedge against counterparts defaults. 3. If everyone agrees on a common numeraire and wallets are sophisticated to show an aggregate balance in that numeraire taking into account credit risk then that could remove much of the complexity for users. Integrated with market makers, you could "auto swap" IOUs to issuers which you prefer. Wallets can also provide a credit risk break down on all counterparts. Agree this is more complicated than current notions of money. 4. Securitisation markets. Package up IOUs into tranches. Traders can speculate on various levels of credit quality. 5. Sensible reputation management. Non-invasive performance tracking of debtors. Did they meet margin requirements? Did they meet all coupon payments? Etc. Can also take into account degree of co-operation with other users, for example do they accommodate restructuring and help others meet their liabilities? I don't like crypto because there's essentially zero accountability for issuers and that kind of environment is optimal for scammers. Crypto behaves like synthetic equity/commodity instruments with no accountable issuers. In contrast, with a credit based system, issuers are responsible for their issued liabilities and are expected to make good on them. In crypto, no-one thinks in terms of liabilities and so you get ridiculous projects like "Synthentix" who are collateralising a USD Stablecoins with their own issued tokens. For anyone with a basic understanding of financial risk and accounting, their approach is mad. A credit based system is fairer because anyone can issue credit and the onus in on issuers to ensure they have the necessary reputation for others to accept their credit. Furthermore, credit-like instruments are natural Stablecoins - providing all agree on a numeraire, the value of credit is a function of credit risk which can be successfully managed in most cases. |
Doesn't this go against decentralization? Why would anyone want rojeee IOUs when they can instead trade US federal government IOUs (aka. US dollars)? What's the advantage in managing IOUs from a bunch of different entities and having to pay market makers every time you transact?
>These parties could be fully automated (think like Ethereum DAO) and transparent
This is a bit handwavy. How does the system know how much rojeee IOUs are worth? Your ability to repay is based off a multitude of factors that can't be captured on the blockchain.
>2. Insurance or a credit derivatives market so people can hedge against counterparts defaults.
>4. Securitisation markets. Package up IOUs into tranches. Traders can speculate on various levels of credit quality.
All of this is going to increase complexity exponentially, and for what benefit?