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. Virtual machine s1

How Do VMs Work in Gee?

Gee VMs interact with the network through a request-response protocol known as RPC (Remote Procedure Call). This protocol enables VMs to be language-independent, meaning developers can use their preferred programming languages and frameworks to create applications. To get started, developers can use:

· Subnet-EVM: An Ethereum-compatible VM allowing developers to deploy smart contracts directly in Solidity.

· Custom VMs: Built in languages like Rust for more specific use cases.

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Last updated 5 months ago