Monad

Monad is a Layer 1 blockchain built around a single thesis: the Ethereum Virtual Machine does not need to be replaced, only re-engineered. Launched on mainnet on November 24, 2025, Monad delivers 10,000 transactions per second with 300-millisecond block times and 600-millisecond finality — performance benchmarks that rival the fastest non-EVM chains — while remaining 100% compatible with Ethereum bytecode. Any Solidity or Vyper contract running on Ethereum deploys on Monad without modification.

Origins and Team

Monad was founded in late 2020 by Keone Hon, James Hunsaker, and Eunice Giarta, three engineers who spent years at Jump Trading building low-latency trading systems that had to process millions of events per second under strict correctness guarantees. That background shaped every design decision in the Monad stack: the team treated the blockchain node as a high-performance software system first, applying engineering disciplines rarely seen in crypto.

The project raised $225 million in venture funding from top-tier backers including Paradigm and Electric Capital, establishing Monad as one of the best-capitalized Layer 1 launches of its era.

In late 2024, the project announced the Monad Foundation, an independent organization dedicated to the long-term growth and decentralization of the protocol. Keone Hon and Eunice Giarta transitioned from Monad Labs to the Foundation. Monad Labs — the core engineering entity — was subsequently rebranded as Category Labs, with James Hunsaker stepping in as CEO and continuing protocol development.

Architecture: Five Interlocking Innovations

Monad's performance does not come from a single breakthrough; it comes from five closely integrated architectural components, each designed to eliminate a specific bottleneck in how a blockchain node processes transactions.

MonadBFT is Monad's custom Byzantine Fault Tolerant consensus protocol. It addresses the tail-forking problem found in many BFT designs — where a small number of slow or adversarial validators can delay block finality — and reduces validator communication overhead, enabling fast agreement across a geographically distributed validator set.

RaptorCast handles block propagation. Rather than broadcasting full blocks directly from a block producer to every validator, RaptorCast uses erasure coding to distribute block fragments efficiently across the network, cutting propagation latency and making large block sizes practical without centralizing bandwidth requirements on producers.

Asynchronous Execution pipelines the consensus and execution phases that most blockchains run sequentially. Because validators agree on transaction ordering before executing, Monad can overlap the execution of one block with the consensus round for the next. This effectively extends the compute budget available per block without increasing block time.

Parallel Execution with JIT Compilation is Monad's core scaling mechanism. The node uses optimistic concurrency control: it assumes most transactions do not conflict with each other, runs them simultaneously across CPU cores, and selectively re-executes only those that touch shared state. A just-in-time compiler converts EVM bytecode to native machine code at runtime, eliminating much of the interpretation overhead that makes standard EVM nodes CPU-bound.

MonadDB is a custom storage engine built specifically for Ethereum state. Standard Ethereum clients use general-purpose key-value stores not designed for the access patterns that EVM execution produces. MonadDB restructures the on-disk layout so that parallel execution threads can read and write state with minimal contention, and the whole system operates on consumer-grade hardware rather than requiring data-center-class SSDs or RAM.

The full node is written in C++ and Rust and is fully open source.

Performance in Practice

On mainnet launch day, Monad processed 3.7 million transactions. Early stress tests from memecoin launches pushed throughput above 350 TPS under real-world conditions, well ahead of comparable EVM chains at launch. DeFi total value locked crossed $245 million within the first two weeks of mainnet.

By August 2026, Monad's TVL was approaching $1 billion according to DeFi Llama, with the ecosystem spanning lending markets, perpetual exchanges, and stablecoin vaults. Daily transaction volume consistently runs between 1.7 million and 2.1 million. The network operates with more than 200 validators running on consumer hardware, a validator count and hardware profile that supports Monad's decentralization claims.

The MON token, used for gas fees and staking, saw a 44% price rally in the week ending August 24, 2026, coinciding with record TVL figures. Approximately 14% of circulating supply is staked, with annual staking yields around 12%. A significant token unlock is scheduled for November 2026, representing supply that was locked at launch for team and early investor vesting.

In August 2026, SoFiUSD — described as the first US bank-issued stablecoin — launched on Monad via BitGo, underscoring the chain's positioning toward institutional and regulated financial applications. The Monad Foundation also announced its flagship "Open" conference, scheduled for October 6, 2026 in Singapore ahead of Token2049, convening financial institutions, founders, engineers, and regulators around the theme of an open financial internet.

Position in the L1 Landscape

Monad occupies a specific and deliberate position in the broader Layer 1 landscape: it targets the enormous base of Ethereum developers and deployed contracts, offering them Solana-class throughput without requiring a rewrite in Rust or an adjustment to a new account model. Where Solana built a faster runtime by designing a new virtual machine from scratch — the Sealevel parallel runtime — Monad achieves comparable transaction throughput by parallelizing the EVM itself. Solana's Firedancer validator client has demonstrated over 1 million TPS in controlled testing, a ceiling Monad's current architecture does not claim to match, but Monad's 10,000 TPS target far exceeds the practical throughput of any standard EVM chain.

The two chains serve different developer communities. Solana's native development environment requires Rust and a distinct programming model; teams with existing Ethereum codebases cannot easily migrate. Monad's compatibility layer means that deploying on Monad from Ethereum takes hours rather than months. For projects already operating in the Ethereum ecosystem that need substantially higher throughput without sacrificing decentralization or rewriting smart contracts, Monad presents a direct scaling path.