if true, what are the market implications?
who would be the winners?
wallets, bridges, aggregators, multi chain projects?
and the losers?
ancient SoV PoW chains? chain specific projects?
will they all win at the same time? or in phases?
the correct answer is 100% stables yielding single digits APY
in a multichain multi layer future with defi, nfts, stablecoins and competing SoVs in the form of various native tokens and security-like tokens, wtf is the value proposition of LTC or BCH
probably still pumps tho
there's much much much much much more stupid people than there are smart ones
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additionally, you can even go another step further and use the house to secure a HELOC with low rates and then bring back the USD to stables and earn the spread, accelerating the process and reducing the payback period
if it was me, i would do this extra step with cefi
lets say you get a shitty HELOC that can only draw down 50% and charges you 4%
you'd have:
500k home equity (with rental yield if not own use)
1M (principal) in alchemix @ 5%
250k (heloc loan) in cefi @ 8%
- 500k in alchemix @ 0%
- 250k (heloc loan) @ 4%
recently ive been intruigued about the possibility of re-tooling digital brains (eg. evernote et al) that are individual, to instead be communal / generational
generational makes more sense, 1 library, 1 maintainer
sounds silly, but i think learning how to work a digital brain and to access old archives and make new notes might be the new and much more useful version of "learning grandma's secret recipe"
which funny enough, that recipe could also be in the archives, accessible forever
a bit of, give a man a fish vs teach a man how to fish vibes going on
we have so many bridges and routers, yet the "solution" of moving (asset A, chain X) to (asset B, chain Y) still does not have an intuitive formula to solve, with clear fees and bridging duration
not even talking normies here, this is still an issue for the crypto defi natives
possible routes (asset A, chain X) to (asset B, chain Y)
1. swap A to B on X, then move B from X to Y 2. move A from X to Y, then swap A to B on Y 3. swap A on X to B on Y
need info on 1) which route gives the largest final B on Y? 2) how long for each route? 3) bridge limits
even more advanced logic would search for unbalanced pairs on unbalanced chain bridges
and then tell you to detour from asset A to C to B
and/or from chain X to Z to Y