SATPORT Docs
  • 1 Introduction and Background
  • 2 Limitations of BTC and BTC-pegged Assets
    • 2.1 Limited Empowerment of BTC Native Assets
    • 2.2 Weaknesses of BTC-pegged Assets
  • 3 Overview of SATPORT
  • 4 SATPORT Technical Architecture
    • 4.1 Hyper-Scalability Solution: zk-HSS
      • 4.1.1 Private Key Sharding
      • 4.1.2 Asset "peg-in" Solution
      • 4.1.3 "Peg-In" Process
      • 4.1.4 Asset "Peg-out" Mechanism
    • 4.2 SATPORT's Dual Security Mechanism
  • 5 satBTC
  • 6 Ecosystem Development Plan
  • 7 Exploring the Integration of ZKP with BTC Use Cases
    • 7.1 Research Direction and Planning
    • 7.2 Applications of Chain State Proofs
  • 8 RaaS Strategy
  • 9 Conclusion
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6 Ecosystem Development Plan

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Last updated 1 year ago

With the goal of creating more diversified use cases for satBTC, SATPORT will establish decentralized protocols (dApps) centered around the satBTC asset through hackathons and bounties.

By investing in incubation, SATPORT will collaborate with various investment institutions and industry partners to develop a wide range of RWA (Real World Asset) applications based on satBTC as the underlying asset.

  1. USDS - Overcollateralized Stablecoin: Allows users to issue USDS stablecoins using satBTC as overcollateralization.

  2. Decentralized RWA Derivatives Trading Protocol: Enables trading of digital assets, stocks, futures contracts, options, and other derivatives based on satBTC and USDS as underlying assets.

  3. BTC-NFT Trading Marketplace: Provides a trading platform for assets such as BRC20, Ordinals, Bitcoin NFTs, and other tokenized assets.

  4. DID: Users can own blockchain domain names with .btc / .sat, facilitating convenient asset transfers and management. The DID application allows users to establish and manage their on-chain identities, and enjoy multiplier bonuses in airdrops or mining rewards within the SatPort Chain ecosystem.