Why is Anoma an 'OS' and not just a 'blockchain'? Discover its unique architecture! @anoma $ANOMA Anoma is a rare decentralized OS. Unlike L1s like ETH and Solana, it abstracts UX with its 'Intent-centric' architecture. Here’s a breakdown of its structure and significance. 1️⃣ First, the basics: L1 is 'hardware'. L1s like Ethereum and Solana serve as foundations that process transactions and record states. They are akin to a PC's 'hardware', merely a base for running applications. Traditional dApps operate based on this hardware. 2️⃣ Anoma's position is 'OS'. Anoma interprets users' 'Intent' (what they want to do) and selects the appropriate blockchain behind the scenes, executing actions like Bridge and Swap automatically. It translates 'hardware-compatible commands', exactly what an OS does. 3️⃣ Abstraction = exactly what an OS does. • An OS allows handling files and memory without awareness. • Anoma lets users interact without worrying about chains or protocols. • Users simply express 'I want to send USDC', and Anoma constructs the route for them. Anoma's ability to absorb the differences and limitations of each L1 is its remarkable strength. 4️⃣ Implementation: Intent + Solver. Intent = the desired ideal state. Solver = an agent that finds specific routes to achieve that ideal. Users don’t need to think about 'steps to operate'; just specify the 'result'. This structure closely resembles how an OS converts user input into hardware control. 5️⃣ A world where UI development changes. Developers won’t need to design UI for blockchain operations anymore. They only need to design a form for inputting Intent, and processes spanning multiple chains will be completed behind the scenes. This could fundamentally change dApp development. Anoma, as a 'decentralized OS', connects multiple chains and assets with the common language of Intent, abstracting user actions. It’s one to watch for its potential to operate on a different layer from traditional L1s and dApps.