Please take a look at my article about the Monad blockchain, I’d really appreciate it 🙂 https://medium.com/@freedomsk1801/technical-advantages-of-the-monad-project-a-detailed-analysis-of-technologies-statistics-and-7bb4b61b8726 https://telegra.ph/Technical-Advantages-of-the-Monad-Project-A-Detailed-Analysis-of-Technologies-Statistics-and-Comparison-with-Alternatives-05-22 /monad @monad
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Part 2️⃣ Then there’s MonadDb, their custom database. It uses a tweaked Patricia Trie – think of it as a super-efficient filing system – that lets the blockchain handle tons of reads and writes at once without choking on memory. This is huge for scaling, especially when you’re pushing thousands of transactions per second. It’s like having a librarian who can find and update every book in the library simultaneously, all while keeping the system decentralized. Together, these make Monad feel like a next-gen EVM, built for speed but without the compromises you’d expect. It’s not just another blockchain – it’s like they’ve cracked the code on making Ethereum’s engine run like a supercar. Definitely a project that’s got my attention. Part 1️⃣⬇️ /monad @monad
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I’ve been geeking out over Monad lately, and two things really make it stand out: its JIT compiler and MonadDb.These arent just tech buzzwords – they’re the secret sauce behind Monad’s crazy 10 000 TPS and 0.5 – second blocks while staying fully Ethereum – compatible. The JIT compiler, built in C++ and Rust, is like a turbo boost for smart contracts. It optimizes the code as it runs, making transactions fly about 10 times faster than a standard EVM. Imagine your car tuning itself mid-drive to hit top speed – that’s what Monad’s doing with every transaction. Most blockchains dont even try this, and it’s a game – changer for keeping things snappy without losing that Ethereum vibe. Part 2️⃣⬆ /monad @monad
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