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It also introduces #MonadDB — a state store built for speed & efficiency. The aim: let average hardware run a node, not just server farms. Decentralization by design.Testnet is live! You can already jump in, use dApps (swap, mint, stake), and explore.

Overall, MONAD is placed as a main high-throughput Ethereum-compatible Layer 1, with a developing ecosystem and an expected mainnet release that promises similarly growth and innovation #MonadDB #Ecosystem #monad

Why low hardware is important: If only rich people can run a node, the chain is centralized. @Monad's MonadDB is designed to lower these costs, allowing more people to secure the network. That's a strong, decentralized foundation! 🌱 #MonadDB #Decentralization

@Monad's 100% EVM bytecode compatibility ensures seamless migration. Paired with MonadDB—a custom state database optimized for parallel access—the protocol reduces state access latency from 20μs to single digits. Pure engineering. 🥇 #MonadDB #EVM

Don't underestimate MonadDB. It's the silent engine. Optimizing the state access for parallel execution is how @Monad maintains EVM compattibility (lol, I meant compatibility). The underlying tech is solid gold. 🥇 #MonadDB #EVM #TechDeepDive

MonadDB redefines node efficiency by offloading state to SSDs, slashing RAM needs and operational costs paving a seamless path to scalable decentralization. @MonadCommunity @monad #MonadDB #ScalableNodes #DecentralizedFuture

Ethereum has a complex data structure called the Merkle Patricia Trie (MPT). Monad uses a better system called MonadDb. MonadDb makes storing and reading data much faster. #Monad #MonadDb #Crypto

The database used in Monad is called MonadDb. It is designed for blockchain data like Ethereum’s Merkle Patricia Trie. MonadDb is faster than normal databases and built for performance. #Monad #MonadDb #Blockchain

By using modern SSD features, MonadDb avoids traditional slowdowns. This shows attention to hardware realities. It makes the chain more efficient. #Monad #MonadDb #Crypto

Monad is built for efficient state access, making smart contracts and transactions run smoother. Faster access = faster apps and better user experience. #Monad #MonadDb #EVM #Blockchain

MonadDb can run directly on block devices instead of files. This avoids the overhead of filesystems. It lets Monad use SSDs at full power. #Monad #MonadDb #BlockchainInfra

Monad has a system of persistent data structures in its database. When data changes, new versions are created instead of overwriting old ones. This keeps things safe and easy to check. #Monad #MonadDb #Blockchain

The database inside Monad is called MonadDb. It is specially built to handle Ethereum-style data like the Merkle Patricia Trie (MPT). MonadDb is faster and better than normal databases for blockchain use. #Monad #MonadDb #Blockchain

Ethereum stores data in generalpurpose databases, which slows things down. Monad uses MonadDb, a custom database optimized for blockchain data like the Merkle Patricia Trie (MPT). Fast access, high performance. #Monad #MonadDb #MPT #Blockchain

State writes go to disk. Not RAM. That keeps validator hardware lean. #Monad #MonadDB #ValidatorInfra

The chain isn’t slow your reads are. On Monad, storage is optimized for SSD parallelism allowing thousands of simultaneous reads per block. This is how 10K TPS is verified. #ParallelAccess #ReadOptimized #MonadDB

Monad doesn’t just parallelize execution it optimizes where data lives. Most of the EVM state lives on fast SSDs, not in RAM thanks to a finely tuned Patricia Trie + Linux level file system engineering. #EfficientStorage #SSDOptimized #MonadDB

Meet MonadDB: SSD-First State Storage Why waste RAM? MonadDB stores blockchain state on disk, optimized for SSDs. 🌌 Patricia Trie + parallel read/writes 🌌 Linux kernel tech 🌌 Ultra-low latency access = real-time dApps Decentralization meets engineering. #MonadDB…

MonadDB stores state using Patricia Tries optimized for SSDs. It reads and writes data like a modern DB, not a blockchain relic. That means faster tx validation, smaller memory footprint, and fewer reorgs. Infra you don’t have to fight. #MonadDB #EVMInfra #FastStorage

What if Geth was rebuilt for SSDs? You’d get MonadDB: 🌌 Patricia Trie 🌌 Optimized disk access 🌌 Low RAM, high throughput Storage that scales with the chain. #MonadDB #Web3Infra

MonadDb: Custom Solution for Blockchain Data 🪙 MonadDb is a custom-designed database tailored for storing blockchain data. Compared to conventional data structures, MonadDb brings efficiency improvements with its optimized Patricia Trie structure. #MonadDb #Blockchain

@monad_xyz however, has seen reasons to believe that these issues goes beyond EVM’s 25+ sidechains and rollups Hence, it is build as “An EVM performant blockchain that can runs 1 Billion Transactions per day via Parallel Execution + a personal and unique DataBase - #MonadDB

Day 6: #MonadDb Under the hood, MonadDb is where the magic happens. This custom-built tool optimizes state storage and management, ensuring that Monad operates at peak performance. 🛠️

MonadDb: I/O and Performance Optimization 📈 MonadDb not only introduces an efficient Patricia Trie but also optimizes I/O operations. By bypassing costly overhead, MonadDb delivers reliable and swift performance. #Performance #MonadDb #Blockchain

what's unique about #monad that makes it few step further than the other? One of the key element is what we called #MonadDB . This technology allows most state to be stored on SSDs instead of RAM (which is used by competitor), reducing hardware requirements and costs, and…

Focus Topic 🎯 MonadDB 👇 specialized database that stores the current blockchain state and supports parallel transaction execution with conflict resolution for optimal performance #MonadDB #HighPerformance

1/ 🧵 Introducing #MonadDb, a high-performance state backend designed for the modern era of data storage!

The best choice for builder is Monad. Why: Fast, Near zero gas fees, 100% EVM compatible, Strong community. #Monad #MonadDB #10000tps @monad_xyz

MonadDB = custom storage engine 🌌 Patricia Trie 🌌 SSD-optimized 🌌 Fast read/write, low RAM It’s not Geth. It’s not RocksDB. It’s better. #MonadDB #StateStorage

Proof-of-stake network maintained by a decentralized set of validators. Monad is about to explode 🔥🔥🔥🔥 #Parallelexecution #MonadDb #MonadBFT #Deferredexecution

📊 Introducing MonadDb, Monad's high-performance database for state management. Optimized for fast data access and storage, it's essential for quickly updating the blockchain state. #Monad #MonadDb @monad_xyz @pipeline_xyz @indonads_

Monad is built for efficient state access, making smart contracts and transactions run smoother. Faster access = faster apps and better user experience. #Monad #MonadDb #EVM #Blockchain

A Database Built for Throughput MonadDB isn't your average blockchain DB. 🌌 SSD-optimized Patricia Trie 🌌 Kernel-level parallelism 🌌 Low hardware footprint State access that scales. #MonadDB #Web3Infra

MonadDB redefines node efficiency by offloading state to SSDs, slashing RAM needs and operational costs paving a seamless path to scalable decentralization. @MonadCommunity @monad #MonadDB #ScalableNodes #DecentralizedFuture

From RAM-Hungry to SSD-Optimized MonadDB avoids bloated RAM usage. 🌌 On-disk Patricia Trie 🌌 SSD-read optimization 🌌 Minimal hardware, max performance A leaner way to scale. #MonadDB #InfraDesign

The chain isn’t slow your reads are. On Monad, storage is optimized for SSD parallelism allowing thousands of simultaneous reads per block. This is how 10K TPS is verified. #ParallelAccess #ReadOptimized #MonadDB

MonadDb can run directly on block devices instead of files. This avoids the overhead of filesystems. It lets Monad use SSDs at full power. #Monad #MonadDb #BlockchainInfra

State writes go to disk. Not RAM. That keeps validator hardware lean. #Monad #MonadDB #ValidatorInfra

The database inside Monad is called MonadDb. It is specially built to handle Ethereum-style data like the Merkle Patricia Trie (MPT). MonadDb is faster and better than normal databases for blockchain use. #Monad #MonadDb #Blockchain