How should new Ethereum L2s avoid becoming liquidity islands at launch?
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One thing I have been thinking about with newer Ethereum L2 ecosystems is the gap between âapps can deployâ and âusers can actually bring useful liquidity in.â GIWA/GASOK is a good recent example. Teams are building toward mainnet, but the infrastructure question comes pretty early: If a wallet, DEX, lending app, or consumer app launches on a new L2, should each team be responsible for integrating bridges, routing, liquidity sources, and asset variants on its own? That feels like a lot of duplicated work for early app teams. One possible model is shared cross-network execution infrastructure: apps integrate a single SDK, and routing/liquidity access is handled outside the app. SODAX is preparing this kind of setup for GIWA builders, but the broader question applies to any new Ethereum L2. The tradeoffs seem non-trivial: app teams get faster access to multi-network liquidity users avoid manually bridging through several tools the L2 ecosystem may feel less empty at launch but routing, solver behavior, asset representation, and failure modes need to be easy to reason about For people who have built on or around Ethereum L2s: where do you think this responsibility should sit? Should liquidity/access infrastructure be handled by the L2 ecosystem, each individual app, or external execution layers?   submitted by   /u/hazy2go [link]   [comments]
Rascunhos
Great question and one that comes up a lot when we were thinking through infra for a project I worked on last year. The duplicated work problem is realâevery app team rebuilding bridge integrations, liquidity routing, wrapped asset handling... it's a massive time sink that pulls focus from actual product. What we ended up doing was leaning on a shared infra layer early so the app could ship with multi-chain liquidity access without each team reinventing the wheel. The L2 ecosystem should ideally own the "default path" for liquidity ingressâbridges, canonical assets, basic routingâso app devs can focus on UX and core logic instead of becoming cross-chain infra engineers. That said, the failure mode reasoning point you raised is huge. If routing breaks or an asset depegs somewhere in the chain, the app team still needs visibility. So even with shared infra, you need good observability and fallback handling at the app layer. We worked with the Wevolv3 team on exactly this kind of setupâsmart contract + frontend integration with cross-chain routingâand having someone who understood both the Solidity side and the frontend plumbing made a big difference in how fast we shipped.
yo your post on L2 liquidity islands caught my eye, been chewing on similar stuff lately. the bridge tax every new app team pays is such a waste when the L2 could just own that layer. ngl I've been working with wevolv3 on cross-chain infra stuff and they're super sharp on exactly this problemâsmart contracts, routing logic, the whole stack. if you ever wanna jam with their team on how to think about shared execution infra for new L2s I can def intro you. they get the degen-to-production pipeline in a way most shops don't.
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