As crypto adoption increases, so does the pressing need for blockchain scalability. Monolithic blockchains provide data availability, consensus and execution on a single, base layer, which makes scaling them a difficult endeavour. Multiple layer-2 (L2) scaling solutions have been proposed to address computation and/or data availability, but they reach the same design bottlenecks: limited bandwidth, account state models, sequential transaction processing, etc. Modular blockchains separate the core functionalities, redesigning them as customisable building blocks. This allows for greater flexibility and scalability, adapting blockchain structure to its intended function.
We were joined by Nick Dodson, CEO and co-founder of Fuel Labs, to discuss modular execution layers and how they approach different aspects of blockchain design and scalability.
Topics covered in this episode:
Nick’s background and founding Fuel LabsWhy most blockchain designs are not scalableThe vision behind Fuel Labs’ modular execution layerThe difference between L2 roll-ups and modular execution layersBlockchain design philosophies and integrationsUTXO and multi-thread parallel transactionsUTXO vs. account model systemsFuel Labs’ own virtual machine (VM)Multiple native assets supportDeveloper experience switching to Sway DSLBridging to a settlement layer and interoperabilityBuilding on FuelEpisode links:
Fuel LabsFuel Labs on TwitterNick on TwitterSponsors:
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https://omni.app/ -This episode is hosted by Friederike Ernst & Sebastien Couture. Show notes and listening options: epicenter.tv/474