Adventure Layer Whitepaper V1
  • Introduction
  • Project Overview
  • Problem Statement
  • Architecture of The Adventure Layer
  • Core Components and Mechanism of The Adventure Layer
    • Sharding Module
      • Detailed Design of State Synchronization
      • Benefits of the Shard-Sharing State in The Adventure Layer
      • Performance Metrics in the Shard Module
    • Adventure Game Library (AGL)
      • Enhancements with Parallel Ticking System
      • Design of the Parallel Ticking System
      • Benefits of the Parallel Ticking System
  • Implementation Strategy
  • Security Measures
  • Compatibility and Integration of Adventure Layer's SDK
  • Conclusion
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Security Measures

Given the dual focus on performance and security, The Adventure Layer incorporates several layers of security mechanisms:

  • Validator Screening and Staking: Validators are carefully selected based on their computational capabilities and staked tokens, which are at risk in the event of malicious actions or failure to validate transactions correctly.

  • Fraud Proofs: In the event of disputes or suspicious transactions, the optimistic rollup framework allows for fraud proofs to be submitted, which are verified against the data committed on Ethereum L1.

  • Regular Security Audits: Conducting regular security audits and penetration testing to identify and mitigate potential vulnerabilities within the network.

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Last updated 9 months ago