1. Executive Summary
Monad is a Layer 1 blockchain that redefines EVM compatibility with unprecedented performance, achieving 10,000 TPS, sub-second block times, and near-zero gas fees while maintaining full Ethereum bytecode and RPC API support.
As a redesign of Ethereum's consensus and execution layers, Monad addresses scalability bottlenecks without sacrificing decentralization.
Backed by $244M in funding from top VCs like Paradigm and Dragonfly, and with a thriving testnet ecosystem of over 240 projects, Monad positions itself as a high-throughput alternative for DeFi, AI, and consumer apps.
With its native token, MON, launching on October 14, 2025, and mainnet, Monad offers strong investment potential in the burgeoning high-performance L1 sector; however, risks include execution delays and competition from established chains.
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Now, let’s get back to the deep dive.
2. About the Project
2.1. Vision
Monad's vision is to create the most efficient blockchain in the world, advancing the efficient frontier of decentralization and scalability while preserving 100% EVM compatibility. This enables seamless reuse of Ethereum's vast ecosystem, including smart contracts, libraries, and tools, fostering mass adoption through extreme performance and low costs.
2.2. Problem
The core problem Monad solves is Ethereum's inherent bottlenecks: sequential transaction processing limits throughput to ~10-50 TPS on mainnet and rollups, leading to high fees, slow finality, and scalability issues that hinder global adoption. Traditional EVM chains struggle with interdependent execution and consensus, resulting in idle resources and hardware-intensive operations.
2.3. Solution
Monad's solution is a ground-up redesign with optimizations across five key areas: parallel execution, asynchronous pipelining, custom database (MonadDB), high-performance consensus (MonadBFT), and low hardware requirements.
By decoupling execution from consensus and enabling parallel processing, Monad delivers 10,000 TPS, 400ms block times, and 800ms finality on consumer-grade hardware, all while ensuring full EVM bytecode and RPC compatibility for easy developer migration.
3. Market Analysis
Monad operates in the Layer 1 blockchain segment, focusing on high-performance, EVM-compatible networks that prioritize scalability for DeFi, gaming, and AI applications.
The broader blockchain technology market, encompassing L1s, was valued at approximately $31.28B in 2024, according to Grand View Research, and it is expected to reach $1.4T by 2030, growing at a CAGR of 90% from 2025 to 2030.

Leading reports from MarketsandMarkets and Fortune Business Insights project explosive growth, with the market reaching $393.45B by 2030 at a CAGR of 64.2%.
Growth is fueled by institutional interest, regulatory clarity, and demand for efficient infrastructure, with L1s like Monad benefiting from the shift toward performant chains amid Ethereum's limitations.
3.1. Competition
Monad faces stiff competition from other high-throughput L1s. Below is a table comparing the top five competitors based on similarities (with a focus on scalability and decentralization) and differences (including architecture, compatibility, and performance metrics).
Competitor | Similarities to Monad | Differences from Monad |
High TPS (up to 65,000), low fees, focus on parallel processing for scalability. | Non-EVM compatible (uses Rust/Sealevel VM); custom Proof-of-History consensus vs. Monad's BFT; higher hardware reqs for nodes. | |
Emphasis on parallel execution, low latency, and decentralized architecture. | Move-based VM (not EVM); object-centric model vs. Monad's account-based approach; targets enterprises over crypto-native apps. | |
Parallel transaction handling, high throughput (~160,000 TPS theoretical), BFT consensus. | Move VM (non-EVM); focuses on Web3 social/gaming; less emphasis on Ethereum ecosystem migration. | |
EVM-compatible, high-performance (100,000 TPS claim), parallel optimizations. | More centralized node reqs; intent-based execution vs. Monad's optimistic parallelism; earlier stage with less ecosystem traction. | |
Low-latency trading focus, high TPS, modular design for DeFi. | Perpetual DEX-specific (now moving to general L1); custom VM vs. full EVM; emphasizes orderbook over AMM, with trade-offs in decentralization. |
4. Features
Optimistic Parallel Execution: Processes transactions concurrently using multiple VMs, predicting dependencies and merging results sequentially for 1000x Ethereum speed without code changes.
Superscalar Pipelining (Asynchronous Execution): Overlaps execution and consensus phases, reducing idle time and enabling continuous processing for sub-cent gas fees.
MonadDB (Custom Database): Optimized Patricia Trie storage on SSDs, minimizing RAM needs and enabling consumer hardware for nodes, enhancing decentralization.
MonadBFT (Custom Consensus): HotStuff-derived BFT with reduced communication rounds and optimistic responsiveness, supporting 800ms finality and scaling to thousands of validators.
Low Hardware Requirements: Runs on commodity hardware, lowering barriers for node operators and promoting true decentralization while achieving 10,000 TPS and 400ms block times.
5. Token
Monad's native token is MON, with a fixed total supply of 100 billion tokens. Distribution details remain partially undisclosed, but an airdrop is set for October 14, 2025, targeting testnet participants and ecosystem contributors. No breakdown of vesting or allocations has been publicly released beyond the cap.
5.1. Utility
MON serves as the gas token for transaction fees, enabling near-zero costs due to high throughput. It also supports staking for network security via MonadBFT, allowing holders to earn rewards while validating. Future utilities may include governance and ecosystem incentives, aligning with Monad's focus on sustainable growth.
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Now, let's continue with the deep dive.
6. Team
Monad's founding team brings deep expertise from high-frequency trading (HFT) and engineering. CEO Keone Hon, with a computer science background from Princeton, spent eight years at Jump Trading leading quant research and low-latency systems. CTO James Hunsaker, formerly of Jump, specializes in systems optimization. COO Eunice Giarta handles operations with a focus on scaling tech teams. The Monad Foundation supports decentralization, though specific board details are limited. This HFT pedigree informs Monad's performance-driven architecture.
7. Traction
Monad's testnet, live since early 2025, has processed over 2 billion transactions, 34 million smart contracts deployed, along with peak activity of 34 million transactions per day, with average gas fees of $0.004 to $0.007. The ecosystem boasts 240+ projects across DeFi (e.g., AethonSwap, Ambient), infrastructure (Alchemy, Across Protocol), and AI (Acurast), with 100+ active dApps.
Community programs like Monad Founder Residency and Mach Accelerator have driven engagement, with 242,300 unique addresses and surging activity. Recent X posts highlight airdrop hype, with millions of views and thousands of interactions.
8. Investors
Monad has raised $244M across rounds, valuing it at $3B. The $225M Series A in April 2024 was led by Paradigm, with participation from Electric Capital and Greenoaks. An earlier $19M seed in February 2023 came from Dragonfly Capital and others. This blue-chip backing underscores confidence in Monad's tech and market fit.

9. Conclusion
Monad stands out as a compelling L1 contender, blending Ethereum's developer-friendly ecosystem with Solana-like performance. Its innovations could catalyze the next wave of on-chain applications, but success hinges on mainnet delivery and tokenomics transparency.
For investors, the airdrop and ecosystem momentum present near-term opportunities, with long-term upside in a market projected to exceed $1T by 2030. We recommend monitoring post-launch metrics closely.
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That's all for today. Let's talk tomorrow.