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 Fiamma Operator
              • 2. Start and Register
              • 3. Deposit and Stake
              • 4. Start processing transaction
              • 5. Quit Operator
              • 6. 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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  • Triple Security Model
  • Cost-Effective and Instant ZK Verification
  • Universal Compatibility
  • Extending the Functionality of Babylon
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  1. Our Product Suite
  2. Fiamma Layer (BitVM-Powered Settlement Layer)
  3. Introduction

Key Highlights

Triple Security Model

Bitcoin network security: By implementing BitVM2, Fiamma pioneers in verifying ZK proofs with fraud proofs on the Bitcoin network. Our intersubjective nodes invoke optimistic ZKP verification on Bitcoin to settle disputes if any. Bitcoin cryptoeconomic security: Secured by Babylon, Fiamma chain leverages the immense cryptoeconomic security of Bitcoin network in ZKP verification in all ecosystems. Decentralized and permissionless security: Our intersubjective nodes running on mobile devices further decentralize our POS chain and help both Fiamma and Babylon identify intersubjectively attributable faults.\

Cost-Effective and Instant ZK Verification

Built on Cosmos SDK, Fiamma provides fast proof verification, reducing verification time from hours to seconds, and achieves ~99% cost reduction by checking signatures securely.

Universal Compatibility

Designed to be blockchain-agnostic, Fiamma serves as a universal verification layer for ZK applications across various blockchain environments, including both programmable and non-programmable chains.

Extending the Functionality of Babylon

Our intersubjectivite node module and capability of verifying ZKP on Bitcoin network by fraud proof can help Babylon offer comprehensive and secure POS services. Currently, Babylon chain can only identify objectively attributable faults like double-sign on the blockchains. With us, Babylon can better unlock the cryptoeconomic security of the 21M BTC.

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Last updated 6 months ago