Well, in an ideal world usury would not exist.
Given increased usage from increased population growth leading to increases in velocity of coins and increases in productivity from the private sector in a closed box system the currency should gradually increase in value based on those factors. This is based in a system of scarcity. Why the scarcity? I don't know, people are greedy. It shouldn't be this way but, it is unfortunately.
Would not the idea of lending be moreso, I have more money than I need right now let me essentially help some other people out. I guess in the long run I would like to see what your proposal is with no usury? What about an interest free loan? Is not usury a symptom of an inflationary system? What would happen with your system?
I guess what I'm saying is what about in an ideal world where usury doesn't exist (I'm thinking very long term here). Doesn't that throw the dividend and risk mitigation out the window? What if someone wanted an interest free loan? How does the math work there in your example? I'm not saying right off the bat. This is a great stab at a modern way to lend money using bitcoin architecture. I'm just saying if it ever got to a point of an interest free loan. What would happen? Thanks.
I like it though. You could call it crowdlending.
Indeed - how would the system work with an interest free loan? The short of it is that, similar to the standard BTC network, some fee would be added to cover the efforts of the miners. Or, no fee - and the loan has the same problem as an fee-free transaction in the future BTC network when there are no new coins to mine.
An interest free loan could come about in two manners - 1) the borrower requests an interest free loan, or 2) the lender decides to fund a loan interest free.
In option 1, the workflow is no different than described in the OP - the loan (and all of its associated transactions) would suffer the same consequences as a BTC that doesn't have a fee. Maybe additionally there is a stipulation that interest free loans aren't insured by the DAR (because they are not contributing)
In option 2, Bill see's Jane's loan and goes "damn I want this to happen" and clicks a button to fund the loan entirely without interest. To keep things simple, this action supersedes any previous by ins to the loan. If the loan was 50% funded and Bill decided to stretch his philanthropy muscle, all the people in the 50% get washed out.
Okay, jdbtracker - thanks for entertaining this idea with some structure. Okay, so now we're at the point where the hardest part is figuring out if everyone's on the same page talking about the same thing....
You've laid out most of the structure so now, we have to develop a work flow
The Interface for Lenders and Borrowers
Okay, the interface I can draw out or mock up with some crude powerpoints or one of those online animation doohickies or just pen and paper this thing and snap a pic. Any preference?
Investment directory
I don't understand what this refers to. I imagine this directory will ultimately manifest in the lendwallet as the searchable list of loans available for investment.
Secure Blockchain to send Bitcoins for Consolidation and Distribution
Okay, so in my imagining of this, the loanchain is essentially building a transaction (lets call it the Singularity, because it is one thing (the loan application) that is drawing all other things towards it (people lending into that loan) that is in suspended animation until the 100% mark is met. Once this occurs, the singularity is then activated on the BTC blockchain. So the loanchain itself does not send Bitcoins... but of course this is obvious and I might just be explaining things to here myself talk (or type). I apologize! But the building of that transaction needed a name, so we now have it.
Investment Contracts
Okay, this is more or less the loan application, correct?
System Statistics
So this would be just a way for any end user to see how many loans are in existence, how much is in the DAR, etc.
Ratings Service
This would more or less be an equivalent of being able to search a blockchain. I say for now, we keep it simple. Longest chain of on time payments, number of loans repaid, total amount ever borrowed, total amount currently borrowed.
API for DAC support(for monitoring operations by investors and secure Transfer of funds)
^^^ honestly, I think all of these things would be in the lendwallet, right? But yeah, an API indeed.
Back to the usury comment real quick - I dunno if it was because I didn't explicitly state it, but in this system, the borrower sets the interest rate. Granted, a borrower is more likely to get a loan if they offer 30%, but there's nothing stopping them from asking for a 2% loan.
All right... I will work on what I can ( some mock up of the interface, I guess... or a more detailed workflow).
In the meantime, I'll put up the original PDF. This filetea service is volatile, so this link will only be active as long as my browser window posting it is open.
https://filetea.me/t1sWbpemht3RCCB9ylFYPqRxwchecksum: C537CA3491E3E69036A4CA7E2ABFC25442B5CE48