Andrew | Nomial

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Andrew | Nomial

Andrew | Nomial

@andrew311

Crypto nut with @nomial_io. Founded @Localytics. Former dev at @Microsoft and EIR at @SigmaPrimeV.

United States Katılım Nisan 2008
567 Takip Edilen804 Takipçiler
Andrew | Nomial
Andrew | Nomial@andrew311·
Excited to be live on @katana
Nomial@nomial_io

Nomial is now live on @katana chain! Crosschain solvers can now borrow liquidity directly from Nomial pools on Katana, enabling fast, cheap, and seamless onboarding into the Katana ecosystem. Katana is a DeFi-focused L2 built for liquidity efficiency and productivity, a perfect match for Nomial’s vision of unlocking the SolverFi economy. With Nomial: ▪️Anyone can lend liquidity into smart pools ▪️That liquidity earns passive yield via protocols like Morpho (no impermanent losses) ▪️When needed, solvers borrow liquidity to fill crosschain intents, providing additional yield Why does this matter? Solvers enable the intent economy, the next level of experience and onchain operations; ex: “bridge 1 ETH from Base and deposit into Sushi on Katana”. But to do that, they must pre-deposit idle funds across chains. This is inefficient and costly. Nomial fixes this. Solvers borrow just-in-time liquidity from shared pools and repay after execution. The result: ▪️More solvers can operate on Katana ▪️Apps can integrate deposit-from-anywhere UX ▪️Users onboard instantly into Katana apps with a single click Nomial is committed to expanding solver access and making liquidity even more productive. Let the positive flywheel begin! Nomial 🤝 Katana.

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Andrew | Nomial retweetledi
Everclear
Everclear@EverclearOrg·
Everclear🤝Nomial: Building the Infrastructure for SolverFi We're entering an era where solver networks become the primary actors in executing onchain transactions. This shift requires new infrastructure to help solvers manage capital efficiently across hundreds of chains and assets. @nomial_io and Everclear have partnered to enhance this infrastructure layer for solver networks. The Inventory Challenge Currently, solvers face a critical challenge: they must fragment their capital across every chain they operate on, leading to: • High capital requirements • Inefficient liquidity utilization • Limited chain coverage • Complex operational overhead Nomial, The Inventory Access Layer, revolutionizes how solvers access liquidity through: • Just-in-time borrowing on destination chains • Single-chain collateral for multi-chain access • Yield-bearing collateral positions • Permissionless liquidity pools Everclear: Liquidity Coordination Everclear's Clearing Layer acts as the coordination mechanism for the solver economy, enabling: • Global matching of liquidity flows across chains • Efficient netting of opposing rebalancing needs • Optimized settlement paths • Reduced rebalancing costs through coordinated actions When solvers borrow from Nomial pools, they need an efficient way to manage their positions. Everclear provides this by coordinating rebalancing across the entire solver network, ensuring capital moves in the most efficient way possible. How It Works: A Practical Example When a user wants to bridge $USDC from @Arbitrum to @Base: • A Solver previously collateralized, wins the intent • Borrows USDC instantly from Nomial's Base pool using the credit line opened for them • Fulfills the user's intent • Receives refund on Arbitrum • Uses Everclear for efficient rebalancing • Repays the Nomial pool The Perfect Synergy Nomial provides the edges - just-in-time liquidity access across chains Everclear provides the coordination - efficient settlement and rebalancing Together, this creates a capital-efficient infrastructure that enables solvers to: • Scale to new chains with near-zero incremental cost • Reduce operational complexity • Access any asset, anywhere • Optimize capital efficiency The EverclearDAO has approved a grant towards Nomial to complete their V1. The future of crosschain settlement lies in the seamless coordination between efficient liquidity access and settlement.
Everclear tweet mediaEverclear tweet mediaEverclear tweet media
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nitesh
nitesh@yungtesh·
so maybe user's credit account is more accurate since the solvers are borrowing from the users it would have to satisfy the properties: - user earns yield when solver "borrows" from it - user can reuse capital while solver isnt executing a strategy permissionless lending pools solve some basic versions of this but aren't expressive enough yeah i know something something intents
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knwang
knwang@knwang·
I always hear that lack of inventory is one of the biggest disadvantage for smaller solvers. But on the other hand, we have the mechanisms where you could source capital with a basket of assets in vaults like GLP, HLP and JLP, and there's clearly demand for capital to earn extra yield while staying with an allocation strategy. So what's stoping someone creating a "solver's vault" as solver liquidity, so that solvers only need to compete on asset pricing? Obviously there has to be guardrails, and solvers have to compete for the best price. but nothing feels a showstopper?
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Andrew | Nomial
Andrew | Nomial@andrew311·
Hanging with two of my favorite people in Web3 on this podcast episode: @MikeCalvanese of @nomial_io and @ethanfr of @ParticleNtwrk.
Nomial@nomial_io

❓How has the Chain Abstraction evolved? ❓What drives demand? ❓Are there liquidity challenges? @MikeCalvanese and @andrew311, co-founders of Nomial, have a conversation with @ethanfr, Head of Developer Relations at @ParticleNtwrk, on these questions and more. Check out the full conversation on the evolution and impact of Chain Abstraction on Youtube: youtube.com/watch?v=RLQ3w0… #Web3 #ChainAbstraction

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Andrew | Nomial
Andrew | Nomial@andrew311·
Thank you to folks like Charles Petzold for writing such books. They unlocked a massive amount of entertainment and learning for me as a kid.
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Andrew | Nomial
Andrew | Nomial@andrew311·
My first serious foray into coding was using the Win32 API in C/C++ to mess with the AOL app so I could "IM bomb" my friends and automate ASCII art in chat rooms. Had to hook into the app, search for handles to text boxes and buttons, then send key press and click events. I did it using massive Win32 API books as reference, like the one on the left in this image. I enjoyed this immensely.
Andrew | Nomial tweet media
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