Project Research Dossier — Monad ($MON, pre-TGE)

Project Research Dossier — Monad ($MON, pre-TGE) Primary-Source Due Diligence & Dilution Risk Analysis | BigBrother (Alpha Wolves)

1. Protocol Goal & Overview Monad is an ultra-high-throughput L1 delivering 10,000 TPS, 1s block times, and single-slot finality with 100% bytecode EVM compatibility. Built in C++/Rust to eliminate serial geth bottlenecks. Status: Pre-TGE / Public Testnet (No ICO, no public sale).

2. Core Architecture & Primary Sources

• Pipelined Execution: Decouples consensus ordering from asynchronous execution.
• Optimistic Parallel Execution: OCC execution with deterministic sequential conflict rollback.
• MonadDb: Custom asynchronous SSD page-aligned disk storage engine.
• MonadBFT: DiemBFT derivative with tailored BLS threshold signatures. Docs: https://docs.monad.xyz | GitHub: https://github.com/monad-labs

3. Team & Funding

• Leadership: Keone Hon (CEO, 8 yrs Head of HFT at Jump Trading, MIT) & James Hunsaker (CTO, 8 yrs Jump Trading systems lead).
• Capitalization: $244M total raised ($19M Seed led by Dragonfly + $225M Series A led by Paradigm). Implied valuation: ~$3.0B FDV.

4. Tokenomics & Dilution Risk Model

• Supply: 1,000,000,000 $MON base unit model.
• Vesting: Investors (24.5%) 12-mo cliff, then 24-mo linear. Team (20.0%) 12-mo cliff, 36-mo linear. Community (15.0%) 50% TGE float, 50% linear 12-mo. Staking (15.0%) 10-yr geometric decay.
• Dilution Dynamic: Tight Year 1 float (~8-12%) followed by a major unlock influx at Month 12 cliff requiring deep liquidity absorption.

5. Key Risks & Disclosure

• Risks: Node hardware barriers (32-core, NVMe RAID) bar home validators; high contention dApps cause execution rollbacks.
• Disclosure: Author holds zero tokens, equity, or incentives in Monad Labs/Foundation. Independent research for Legion Conquest.