> For the complete documentation index, see [llms.txt](https://m87-gg.gitbook.io/m87-cyber-space/llms.txt). Markdown versions of documentation pages are available by appending `.md` to page URLs; this page is available as [Markdown](https://m87-gg.gitbook.io/m87-cyber-space/m87-cyber-space-whitepaper.md). # M87 Cyber Space Whitepaper **1. Introduction** 1.1 Purpose of the Document 1.2 Target Audience 1.3 How to Read the Whitepaper 1.4 Executive Summary of M87 **2. Token Fundamentals** 2.1 Emissions, Burns, and Supply Dynamics **3. Project Overview** 3.1 The M87 Cyber Space Concept 3.2 The Hybrid Physical–Digital Model 3.3 Problem Statement – Gaps in Current Gaming & Esports Venues 3.4 The M87 Solution – Tokenized Rewards and Hybrid Economy 3.5 Strategic Vision – Thailand → Southeast Asia → Global **4. Token Overview** 4.1 Token Identity ($M87CS) 4.2 Type, Standard, and Base Chain 4.3 Supply, Price at TGE, and Fully Diluted Valuation (FDV) 4.4 Initial Circulation Percentage **5. Allocation & Vesting** 5.1 Allocation Overview 5.2 Vesting Mechanics 5.3 Monthly Unlock Dynamics (0–72 Months) **6. Rewards Pool** 6.1 Purpose of the Rewards Pool 6.2 Emission Curve & Lock-at-Claim Design 6.3 Activity Scoring 6.4 Lock Multipliers 6.5 Reputation Factor 6.6 Worked Example 6.7 Anti-Abuse & Fairness Rules 6.8 Governance of Rewards Parameters **7. Token Utility & Use Cases** 7.1 In-Venue Utility 7.2 Digital Progression & Identity 7.3 Community Governance 7.4 Integration with NFTs & Digital Assets 7.5 DeFi & Liquidity Incentives 7.6 Strategic Partnerships 7.7 Why Token Utility Matters **8. Governance & DAO** 8.1 Governance Principles 8.2 Scope of Governance 8.3 Treasury & Reserve Oversight 8.4 Roadmap for Decentralization 8.5 Strategic Alignment **9. Burn Mechanics** 9.1 Rationale 9.2 Automated Fee Burns 9.3 Event-Based Burns 9.4 Penalty Burns 9.5 Buybacks and Burns **10. Technology & Infrastructure** 10.1 Smart Contract Architecture 10.2 Rewards & Identity Integration 10.3 Oracle Systems 10.4 Security & Audits