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Logan Jastremski

@LoganJastremski16,922 subscribers

Cofounder & Managing Partner at @FrictionlessVC | Formerly @Tesla | Opinions are my own, not investment advice

Videos

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My conversation with evan.sui As the CEO of Mysten Labs, Evan is relentlessly focused on building the unified abstraction layers necessary to bring blockchain technology to the masses. The team is doing the hard architectural work with Sui to move beyond traditional digital ledgers, utilizing a complex object model to enable true parallelization and seamless developer experiences We spend a lot of time unpacking the limitations of EVM L2s, why top-down application design matters, and the massive opportunities at the intersection of verifiable automation and AI At the center of this conversation is the verticalization of the Sui stack from Deepbook to Walrus and the belief that the next generation of global adoption requires platforms to look more like cohesive operating systems rather than fragmented networks. We discuss: - Why the industry needs to raise the abstraction layer for global adoption - The architectural limitations of EVM chains and the failure of L2 scalability - Walrus, Deepbook, and the verticalization of the Sui platform - Why Sui's object model fundamentally differs from traditional digital ledgers - The intersection of AI and blockchain: persistent memory and verifiable trust - Unlocking Bitcoin's stagnant capital - The upcoming EVE Online partnership and the future of web3 gaming - Why blockchains must operate with sustainable business models Enjoy! Timestamps: 0:00 - Introduction: The Need for Unified Abstraction Layers 1:54 - The Scalability Maze: Why L2s Failed to Deliver 8:43 - Custom Databases: Scaling Reads and State Access 11:44 - Walrus & Deepbook: Verticalizing the Web3 Stack 1 6:16 - Beyond Digital Ledgers: Sui's Object Model Explained 22:38 - AI, Automation, and Providing Trust for LLMs 31:04 - Lessons from Libra: Permissionless vs. Corporate Chains 35:49 - Sustainable Economics: Business Models for Blockchains 41:13 - Unlocking Stagnant Capital: Bringing Yield to Bitcoin 51:46 - The 2026 Roadmap: EVE Online, Privacy Guardrails, and Product Infra

Logan Jastremski

59,792 просмотров • 2 месяцев назад

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My conversation with Max Resnick As a researcher pushing the frontier of Solana's market structure, Max is relentlessly focused on the engineering required to turn a general-purpose L1 into credibly neutral, high-performance financial infrastructure. He and Anza are doing the hard protocol level work to mitigate bad MEV, eliminate colocation advantages, and bring all of finance onchain We spend a lot of time unpacking the shift from single-leader to Multi-Concurrent Leader (MCL) designs and why this change could fundamentally redefine global market structure At the center of this conversation is the Constellation Proposal, 50ms protocol-enforced economic ticks and T+0 settlement, and the belief that true DeFi requires moving beyond the constraints of traditional data center colocation We discuss: - Why multi-proposer designs are necessary to solve the single-leader bottleneck - The end of colocation and what it means for truly decentralized trading - Multiple Concurrent Leaders as a solution to censorship and MEV - The Constellation Proposal, 50ms economic ticks, and latency reduction - Why Solana is the preferred home for high-throughput trading and T+0 settlement - Market making dynamics and dual-flow batch auctions - FCFS vs. priority ordering and the future of on-chain finance Enjoy! Timestamps: 0:00 - Introduction: The Vision for a Decentralized NASDAQ 3:40 - Multi-Proposer Designs: Solving the Single-Leader Bottleneck 11:07 - Constrained Optimization: Balancing Decentralization with Reality 23:50 - Why Solana? High-Performance Trading & T+0 Settlement 32:47 - Deep Dive: The Constellation Proposal & 50ms Economic Ticks 46:00 - Market Making & Dual-Flow Batch Auctions 59:13 - FCFS vs. Priority Ordering: The Future of High-Throughput Finance

Logan Jastremski

19,780 просмотров • 2 месяцев назад

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My conversation with @KeoneHon. As the Cofounder of Monad, Keone is relentlessly focused on building a credibly neutral foundation for developers, actively resisting the crypto Twitter pressure to verticalize for short-term revenue. He and his team are doing the hard, ground-up engineering required to eliminate the technical debt of the EVM. We spend a lot of time unpacking the specific breakthroughs enabling Monad's performance, from fundamentally re-architecting storage trees with MIP-8 to the massive, often-overlooked importance of optimizing the read layer. At the center of it is a belief that true scaling requires turning the dial on both higher performance and cheaper hardware requirements to maximize throughput per unit of compute. We discuss: - Why building a robust ecosystem is more important than verticalizing for Day 1 revenue - Hyperliquid, Appchains, and the true value of a credibly neutral base layer -MIP-8, re-architecting storage trees, and unlocking massive EVM performance upgrades - The unsung importance of the "Read Layer" and making RPCs developer-friendly - Multiple Concurrent Leaders (MCP) and mitigating the impact of MEV - Why "stablecoin-only" chains will inevitably have to pivot to general-purpose DeFi Enjoy! Timestamps: 00:00 Intro & Why Ecosystem Building Beats Verticalizing for Revenue 13:03 Hyperliquid, Appchains vs Decentralized Base Layers 20:26 Why Trading and Shared State is the Primary Driver of Blockchains 27:38 The Inevitable Pivot of Stablecoin Chains to DeFi 32:06 MEV, Censorship Resistance, & Multiple Concurrent Leaders (MCP) 41:12 Rethinking the EVM: MIP-8 and Optimizing State Access 44:47 The Critical Importance of the Read Layer & Ponder Acquisition 51:56 L2s, Crypto Twitter Sentiment, and Building from First Principles 58:00 Hardware Scaling and Throughput per Compute

Logan Jastremski

23,128 просмотров • 2 месяцев назад

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