Docs
  • Overview
  • Our Product Suite
    • Fiamma Bridge (Trust-minimized Bitcoin Bridge, Powered by BitVM2)
      • Introduction
      • Fiamma Bridge Status
      • Consensus Proof
      • Fungible Transfer
      • Multi-Operators
      • Permissionless Challenger
      • Yield opportunities
        • Operator
        • Challenger
        • Fungibility Provider
      • User Guides
        • Testnet Alpha
        • Testnet Beta
          • How to Deposit and Withdraw on Fiamma Bridge?
          • How to run the Fiamma Operator?
            • Operator for Mac
              • 1. Install Fiamma Operator App
              • 2. Register
              • 3. Deposit and Stake BTC
              • 4. Start & Pause Operator
              • 5. Quit Operator and Withdraw Funds
            • Operator for Linux
              • 1. Install and Set Up Fiamma Operator Backend Program
              • 2. Start and Register
              • 3. Deposit and Stake
              • 4. Query Operator Status
              • 5. Manage the Operator Program
              • 6. Quit Operator
              • 7. Troubleshooting
          • How to run a challenger?
    • Fiamma Layer (BitVM-Powered Settlement Layer)
      • Introduction
        • Key Highlights
        • Challenges Tackled
        • Core Technologies
      • Architecture
        • General Flow (Soft Finality)
          • For Programmable Blockchains
          • For Non-Programmable Blockchains :
        • ZKP Verification Process
      • Ecosystem Layout
      • User Guides
        • QuickStart
        • Installation
        • Wallet and Tokens
          • Connect Keplr Wallet
          • Get $FIA
        • Manage Keys
        • Fiamma Testnet Explorer
      • Developer Guides
        • Network Information
        • Fiamma CLI
          • CLI Command Overview
          • CLI Tutorial
        • Fiamma-Committee CLI
        • Run a Fiamma Node
          • Set up a Node
          • Getting Testnet Tokens
          • Become a Bitvm Staker
          • Become a Validator
        • Rest API And GRPC
        • Fiamma ZKPVerify SDK
        • Supported ProofSystem
      • Roadmap
    • Other Essential Protocols
  • Support
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  1. Our Product Suite
  2. Fiamma Layer (BitVM-Powered Settlement Layer)

Ecosystem Layout

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Last updated 11 months ago

Fiamma is poised to provide a cheap, timely, and secure verification service for any ZK application or scenario, laying the groundwork for mass blockchain adoption. The low barrier to entry for general nodes, coupled with sustainable and multiple rewards from various ZK use cases, is expected to attract a broader user base to the industry.

New Modularity Era Based on Fiamma

Fiamma ushers in a new era of blockchain modularity:

  • Execution Modularity: Rollups and other layer 2 solutions continue to drive execution off-chain.

  • DA Modularity: With various DA solutions catering to data availability needs.

  • Verification Modularity: Fiamma takes on the verification process, allowing L1 to focus on storage and consensus.

  • L1 Simplified Consensus: L1 nodes no longer perform computational tasks, only verifying DA and L2 state transitions, then executing consensus.

This modular approach offers two key advantages:

  • Cost and Security: By offloading verification to Fiamma, the process becomes faster and less hardware-intensive, reducing costs and facilitating user access.

  • Architecture and Scenario Advantages: While potentially trading off some security for the sake of architectural benefits, Fiamma's network security is not solely dependent on staking amounts. Our security framework is significantly enhanced by the integration of BitVM2 and the highly decentralized intersubjective nodes. These elements provide an additional layer of security, ensuring robustness and resilience across a wide range of applications. BitVM2 acts as a safety net, guaranteeing security, while the decentralized nature of the intersubjective nodes further strengthens the network’s integrity.