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NEWS
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Bitcoin hits ‘near-term selling pressure’ after rally to $76K: CryptoQuant
CryptoQuant says Bitcoin could be reaching a temporary ceiling after hitting a multi-month top of $76,000 on Wednesday,…
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Senator Elizabeth Warren questions Elon Musk about X Money
The Massachusetts Democrat has been critical of private companies, including non-bank entities, issuing their own dollar-pegged stablecoins.
What is Monad (MON)?
Monad is a high-performance, Ethereum-compatible Layer-1 blockchain that introduces “Parallel Execution” to the EVM ecosystem. By re-architecting the Ethereum Virtual Machine from the ground up, Monad achieves 10,000 transactions per second (TPS) with sub-second finality while remaining fully bytecode-compatible. While Bitcoin remains the ultimate decentralized ledger, Monad provides the ultra-fast execution layer needed for high-frequency trading and mass-consumer dApps. In 2026, the network has successfully transitioned from its highly anticipated launch to a thriving ecosystem of DeFi blue chips.
The 2026 landscape is defined by the MONAD_NINE upgrade, which further optimized the network by transitioning EVM memory expansion from quadratic to linear costs. This technical milestone has solidified Monad’s position in the Ethereum vs Solana debate, offering Solana-level speeds with the deep developer tooling of Ethereum. If you are researching how modularity supports these high-speed environments, our Celestia guide details the data availability layers that Monad-native L2s are now beginning to utilize.
Monad AI Blueprint and Parallel Intelligence
In early 2026, the Monad AI Blueprint program has become a focal point for the convergence of blockchain and artificial intelligence. By leveraging Monad’s 400ms block times, AI agents can perform complex on-chain computations and real-time data monetization without the latency bottlenecks of legacy chains. This strategic push into AI-ready infrastructure mirrors the growth of the Pyth Network, which provides the low-latency price feeds essential for Monad’s high-speed DeFi protocols and autonomous agentic systems.
Technically, Monad utilizes MonadBFT and a custom database known as MonadDB to eliminate the I/O bottlenecks that plague standard Ethereum nodes. This allows for a “decentralized NASDAQ” experience where order-book DEXs can operate with the same efficiency as centralized exchanges. This focus on institutional-grade performance is also seen in the World ecosystem, where verified human identity is increasingly used on Monad to protect these high-speed markets from malicious bot activity.
The MON Token and Buyback Initiatives
The MON token is the lifeblood of the network, used for transaction fees, staking, and governance. To align long-term value with network growth, the Monad development team (Category Labs) announced a $30 million MON buyback program for the first half of 2026. By repurchasing tokens from the open market using protocol revenue, Monad is creating a sustainable economic flywheel that rewards early supporters. This approach to supply management is a common theme among 2026’s top-tier L1s, aimed at balancing ecosystem grants with structural buy pressure.
Securing Your MON and Ecosystem Assets
As major protocols like Aave and Uniswap deploy on Monad, securing your assets is more critical than ever. Whether you are participating in liquidity mining on native DEXs or staking to secure the network, choosing the right types of crypto wallets is essential. Because Monad is EVM-equivalent, most standard Ethereum hardware wallets and browser extensions are compatible, allowing for a seamless and secure transition into the high-performance parallel era.
Faq
This allows Monad to reach 10,000 transactions per second (TPS) compared to Ethereum’s ~15 TPS, all while maintaining the same security and developer experience.
It also introduced “Reserve Balance Introspection,” allowing smart contracts to check for balance violations in real-time, which enhances the security of complex DeFi protocols.
These innovations allow the network to handle data much faster than standard blockchains by eliminating the input/output (I/O) bottlenecks that usually slow down transaction processing.
This buyback is intended to manage token supply and support ecosystem growth using protocol revenue generated from network fees and institutional partnerships.
Because of Monad’s high speed and low latency, it is an ideal home for AI agents that need to perform autonomous on-chain tasks and manage high-volume data transactions.









