geeblock
  • Gee block
    • Summary
      • Problem Recognition and Solution
      • Technical Highlights
      • Impact on the Blockchain Industry
      • Ecosystem Evolution and Roadmap
      • Role of $GEE in the Network
      • Expectations for Network Value Growth
    • Market Challenge
      • Scalability Limitations
      • Fee burden
      • Lack of Real-World Applications
      • Security Concerns and Data Privacy
    • Attempts
      • Ethereum with Layer 2 Solutions
      • Solana’s High-Throughput Approach
      • Polkadot’s Interoperable Parachains
    • Gee Solution
      • Goals and Principles
      • Key Structural Properties
      • Overview of Document Structure
      • Nomenclature and System Identity
    • Page
    • Consensus mechanism
      • Background: Rethinking Consensus for Decentralized Systems
      • Gee Consensus: A Hybrid Model for Scalability and Security
      • How Gee Consensus Works
      • Ensuring Consistency and Security
      • Benefits of the Gee Consensus Engine
    • Triple-chain architecture
      • Contract Chain (C-Chain)
      • Platform Chain (P-Chain)
      • Resource Chain (X-Chain)
      • Gee L1
      • Key Advantages of Gee L1
      • Creating Gee L1
      • Compensation Model
      • Key Network Parameters
      • Delegation and Validator Weight Limitations
    • Virtual machine s1
      • What is a Virtual Machine in Blockchain?
      • Why Use a VM on Gee?
      • How Do VMs Work in Gee?
      • Types of VMs in the Gee Primary Network
      • VM Development on Gee: Key Technologies and Compatibility
    • Virtual machine s2
      • Smart Contract Platform
      • Benefits for Developers
      • Benefits for Users and Businesses
      • Expanding the Gee Ecosystem and Industry-Specific Applications
    • Bootstrapping
      • Step 1: Connecting to Seed Anchors
      • Step 2: Network and State Discovery
      • Step 3: Becoming a Validator
    • Roadmap
      • Initial Phase (2024-2025)
      • Expansion Phase (2026-2027)
      • Long-Term Vision (2028+)
    • $GEE
      • Core Utility of $GEE
      • Issuance and Distribution of $GEE
      • Incentive and Reward Structures
      • Foundation Policies on $GEE Management
      • Additional $GEE Operational Policies
      • Long-Term Vision and Sustainability
    • Expectiation for network value growth
      • Expansion of the Core Ecosystem
      • Development and Attraction of High-Value Applications
      • Expansion of Strategic Alliances and Partnerships
      • Strengthening and Supporting the Community
      • Additional Activities to Promote Sustainable Growth
      • Expectations for $GEE’s Long-Term Value Growth
    • Optimization and future growth
      • Optimization Issues
      • Future Growth Challenges
      • Strategic Initiatives for Future-Proofing and Growth
    • Disclaimers
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  1. Gee block
  2. Triple-chain architecture

Key Advantages of Gee L1

· Independent Network Design

- Self-Governing Execution Logic: Each Gee L1 instance can define its execution logic through custom virtual machines, set its own fee structures, maintain its state, and manage its own network security.

- Performance Isolation: Increased usage on one Gee L1 instance does not impact others, as each instance is performance-isolated, providing stable operation across the ecosystem.

- Unique Token Economy: Each Gee L1 can operate with its own tokens, fee markets, and incentives. This flexibility allows network creators to tailor economic models specific to their applications and user base.

· Native Interoperability

- Cross-L1 Communication: Gee Warp Messaging enables seamless communication across different Gee L1 instances. This allows virtual machine (VM) developers to create custom cross-chain protocols, ensuring that dApps across different Gee L1s can interact without external bridges.

- Smooth Data Transfer: With native interoperability, Gee L1 instances support complex operations that involve multiple chains, providing a cohesive ecosystem experience.

· Customized Infrastructure for Specialized Applications

- App-Specific Requirements: Gee L1 accommodates applications that may need unique technical conditions, such as enhanced CPU, RAM, or specific security protocols. Validators in such networks can be required to meet particular hardware standards, ensuring that the performance of demanding applications remains high.

- Compliance-Ready: Gee L1 offers the flexibility to enforce compliance requirements. This can include geographic restrictions, Know Your Customer (KYC)/Anti-Money Laundering (AML) checks, or specific licensing. Network designers can mandate that all validators fulfill regulatory requirements, making it ideal for compliant applications.

· Enhanced Privacy and Sovereignty

- Private Gee L1s: Organizations focused on privacy can create exclusive Gee L1 networks where only pre-approved validators can view and participate in the blockchain. This approach helps protect sensitive data and maintains stakeholder confidentiality.

- Selective Validator Participation: Validators in the Gee ecosystem are not obligated to verify every blockchain. Instead, they can choose to participate only in specific blockchains, reducing their computational load and focusing resources on networks they support.

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Last updated 5 months ago