Ola Documentations ₿
Ola Documentations ₿
Ola Documentations ₿
  • Welcome to Ola
  • Ola Introduction
    • Sin7y Labs
    • Our investors
    • Our Ecosystem Partners
    • Important Links
    • Ola Foundation
    • Ola Tokenomics
      • $OLA Total Supply
      • $OLA Utility
      • $OLA Distribution and Vesting Plan
    • Ola Roadmap
    • Ola Important Timeline
  • Bitcoin's Potential with Ola
    • The State of Bitcoin
    • Current Limitations
    • The Future of Bitcoin
    • Ola: A Trust-Minimized Decentralized BTC Infrastructure
    • Bitcoin's Future with Ola
  • Ola Network Core Components: Onis & Massive
    • Onis
      • 1. Introduction
      • 2. Challenges in Cross-Chain Interoperability
      • 3. Ola Solution: A trust-minimized BTC Cross-Chain Network
        • 3.1 Core Technical Architecture
        • 3.2 Permissionless Slashable Bridge Paradigm for Bitcoin
        • 3.3 Trust Nobody, Bridge Yourself
        • 3.4 Customize Bridge Strategies
        • 3.5 Application of ZK Technology
      • 4. Use Cases for Ola
      • 5. Key Advantages of Ola
      • 6. Future Roadmap
        • Technological Development
        • Ecosystem Expansion
        • Feature Updates Timeline
        • Long-Term Vision
      • 7. Conclusion
    • Massive
      • 1. Introduction
      • 2. Modular Design
      • 3. Key Functions of Massive
      • 4. Enhancing User Earnings Benefits for Users
      • 5. Powering Secure Ola Cross-Chain Interoperability
      • 6. How Massive Contributes to the Bitcoin Ecosystem
      • 7. Conclusion
  • How Users Earn Sustainable and Multiple Rewards in Ola Ecosystem
    • Ola: A Comprehensive Earning-Enhancing Layer
      • Massive: ZK Verification and Reward Network
      • Onis: Cross-Chain Interactions and Security
      • Multi-Stream Earning Opportunities for Users
    • Conclusion
  • Ola Community Hub
    • Ola Community Overview
    • Empowering the Community as Verifiers and Supervisors
    • Earnings and Rewards: Building a Sustainable Ecosystem
    • Vote and Propose on Ola
      • How to Vote
        • Who can vote
        • Procedure
        • Voting power
      • How to Propose
        • Who can make proposals
        • Procedure
        • How to edit or delete your proposal
        • Proposal status
      • Decision-making Approach
      • Check results
      • The Importance of Proposals and Voting
    • Community Loyalty Program
      • OVP Program
      • Ambassador Program
      • Builder Program
        • FAQs
        • How to apply for the Community Builders Program?
        • What incentives are included in the Community Builders Program?
        • How will the rewards and incentives be distributed?
        • What types of projects get incentives?
        • Criteria
    • Online Communities
      • Ola X, Discord & TG
    • Local Communities
      • Global Twitter communities
      • Other Resources
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  1. Ola Network Core Components: Onis & Massive
  2. Massive

3. Key Functions of Massive

  1. ZK Verifier

Core Function: Massive’s primary role is to serve as a decentralized ZK Verifier for projects operating within the Bitcoin ecosystem. It ensures that project data and operations adhere to compliance standards and maintain data security through the use of Zero-Knowledge Proofs.

How It Works: By running ZKP verification tasks, Massive verifies the correctness of blockchain data without revealing the underlying information. This process guarantees data integrity and the secure execution of smart contracts and other blockchain operations.

  1. Data Access Sampling (DAS)

Core Function: Massive also functions as a monitoring network for Data Access Sampling (DAS), ensuring that the data stored within the DA layer is verified for accuracy and completeness.

How It Works: By utilizing random sampling methods, Massive allows a decentralized network of users to participate in verifying whether the stored data remains intact and correctly maintained. This sampling increases the overall reliability of the network by distributing verification tasks across a larger number of users, ensuring the data's integrity and availability.

  1. BitVM Challenger

Core Function: Massive serves as a BitVM Challenger, enhancing security on the Bitcoin network by monitoring and challenging operations as they occur on-chain.

How It Works: When transactions or operations occur on the Bitcoin blockchain, Massive users participate in the supervision of the process. If no users challenge the operation, it proceeds through a “happy path,” ensuring that the transaction is secure and compliant. However, if any suspicious activity is detected, users can challenge the transaction to ensure full transparency and fairness.

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Last updated 6 months ago