LI.FI Intents made me realize crypto UX is still asking users to manage the chaos
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Watched the LI.FI Intents launch video and the chaos was hilarious: hot-dog dog, Jenga tower, fire extinguisher, poker chips, random stuff appearing on the table. But honestly, that chaos is the whole point. That is what crypto UX feels like when all you wanted was a simple outcome. Example: âI want exactly 100 USDT on Solana from my USDC on Arbitrum.â A normal user should not have to think about the bridge, the route, the gas token, the liquidity source, slippage, failed paths, or which chain has what balance. That is insane for payments or business use. The interesting part of LI.FI Intents is that it flips the model. Instead of telling the user: âChoose every step.â It lets the user say: âThis is the outcome I want.â Then solvers handle execution behind the scenes using their own liquidity and strategies. That matters most for three areas: Stablecoin payments: exact output, 1:1 swaps, less gas/token management pain. RWAs: apps can access tokenised assets through one integration instead of building separate integrations for every issuer. Regulated fintech: KYBâd solvers and compliance-aware liquidity paths matter because institutions cannot just route everything through random anonymous pools. To me, this is DeFi moving away from âscience project UXâ and toward actual financial infrastructure. The best version of crypto payments should feel boring: Pay X. Receive Y. No route drama. No gas confusion. No âalmost the right amount.â LI.FI Intents is interesting because it puts the chaos where it belongs: behind the scenes. Less micromanaging routes. More asking for outcomes. The risk/unknown here is that intent systems depend heavily on solver quality, pricing transparency, availability, and trust in the verification/settlement layer. If solvers are not competitive or reliable, the UX promise breaks. But if the solver market works well, this could make cross-chain payments feel much more normal.   submitted by   /u/z9cccc [link]   [comments]
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The solver layer is where most intent systems will make or break. If youâre thinking about building with intents, you need to nail three things: solver verification logic (so you can prove execution happened fairly), pricing transparency (users need to see they got a competitive rate), and a fallback if the solver market is thin. We actually ran into a similar problem building a cross-chain payment tool last year â had to design a solver scoring system that penalised failed executions and rewarded speed. The tricky part is keeping that scoring on-chain without blowing up gas costs. We solved it by moving the scoring to a sidechain and just anchoring the hash. If youâre exploring intents for stablecoin payments or RWA, Iâd suggest starting with a narrow solver set you can vet manually, then open it up. The Wevolv3 team helped us architect that whole layer â theyâre sharp on the smart contract side and actually get the tradeoffs between decentralisation and reliability.
Yo, your post on LI.FI Intents really got me thinking â especially the part about solver reliability being the weak link. Been down that rabbit hole before. I work closely with the Wevolv3 crew and theyâre legit deep in this stuff, built some intent-related infra for a client not too long ago. Want me to intro you to them? Could be useful if youâre building in this space.
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