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smartbch
  • Introduction
  • Whitepaper
  • FAQ
  • Mainnet
  • Testnets
  • Join Amber testnet as a Validator
  • Developer's Guide
    • Introduction
    • Deploy contracts using Truffle
    • Deploy contracts using Remix
    • JSON-RPC Endpoints
    • Staking Scheme
    • XHedge Smart Contract
    • Decision of the minimum gas price
  • Sha-Gate Bridge
    • Sha-Gate Specification
    • Sha-Gate Risk Analysis
    • Sha-Gate's Covenant
  • In-Depth Design Documents
    • Introduction
    • MoeingADS's General Ideas
    • MoeingADS's RabbitStore
    • MoeingADS's internal architecture
    • Benchmarking MoeingADS
    • Benchmarking MoeingEVM and MoeingADS
    • Benchmarking Testnet
    • Transaction Reordering in smartBCH
    • Transaction Parallel Execution in smartBCH
    • Send back-to-back Transactions
    • Data structures in world state
  • SmartBCH Evolution Proposals (SEPs)
    • SEP101: Store values with arbitrary length
    • SEP102: Adjustment of Used Gas
    • SEP109: On-chain Verification of Verifiable Random Functions
    • SEP18: Blockchain cheques on smartBCH
    • SEP20: Tokens on smartBCH
    • SEP206: Manipulate Native Token as a SEP20 Token
    • SEP201: Simple Stochastic Payment
  • Archives
    • Single Node Private Testnet
    • Multi-Node Testnet
    • Fake RPC Server for Testing
    • Test using MetaMask
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Introduction

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Last updated 3 years ago

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Here is the document site for smartBCH.

If you just want to know general information about smartBCH, the and would be enough.

From a DApp developer's view, smartBCH is just yet another EVM-compatible block chain, similar to BSC, heco and Tron. But since the underlying architecture of smartBCH has MANY differences from Ethereum, there are some issues that developers must be aware of. So we provide here.

If you are a researcher or a low-level library hacker, you may be interested in the several moeing*** libraries provided by smartBCH. They are the core innovations and infrastructure for high TPS. If you want to learn their details or use them in other projects, here is .

You can join smartBCH with a full-node client by following .

The decentralized bridge connecting BCH and smartBCH is named as SHA-Gate. The developers are now busy in studying its feasibility and safety, with coding and implementation followed soon. We invite the BCH community to help us review and refine SHA-Gate, to speed up its development.

The SEPs are smartBCH evolution proposals, in which the community discusses future direction of smartBCH.

There is also some operation guides for validators and gateway keepers of smartBCH.

If you find some issues in these documents, please report them at .

white paper
FAQ
developers guides
in-depth introduction
this guide
https://github.com/smartbch/docs/issues