Build on the Hybrid Blockchain

Leverage Qtum's unique architecture combining Bitcoin's security and Ethereum's flexibility to create powerful decentralized applications.

Qtum Developer Advantages

Discover why developers choose Qtum's hybrid blockchain infrastructure for building decentralized applications.

EVM Compatible

Use Solidity

Bitcoin Ordinals

Native Support

Fast Performance

2-Minute Block Time

Open Source

Community Driven

Mobile Compatible

SPV Protocol Support

Low Gas Fees

Efficient Transactions

Developer Tools & Resources

Everything you need to start building on Qtum's hybrid blockchain infrastructure

Qtum Core

Complete node implementation that serves as the reference for the Qtum network. Includes full node capabilities, wallet functions, and JSON-RPC API access.

GitHub Repository →

Qtum.js

JavaScript library specifically built for Qtum dApp development. Simplifies interaction with smart contracts and the Qtum RPC using popular frameworks like React or Angular.

GitHub Repository →

Qmix IDE

Qtum's version of Ethereum's Remix - an in-browser IDE for writing, compiling, deploying, and interacting with Solidity smart contracts directly in the browser.

Launch Qmix →

Qtum API

Public API for accessing Qtum blockchain data and explorer information. Provides detailed blockchain information through simple RESTful endpoints.

API Documentation →

Development Environments

Set up your development environment to start building on Qtum

Local Development

  • Regtest mode for private Qtum network
  • Docker images for easy setup
  • Command-line tools (qtum-cli)
  • Solidity compiler support
  • Account Abstraction Layer testing

Testnet

  • Public testnet with free test QTUM
  • Explorers and blockchain browsers
  • Compatible with all development tools
  • Smart contract deployment testing
  • API endpoints for testnet chain

Google Cloud Integration

  • Pre-configured Qtum images
  • Development suite in cloud
  • BigQuery analysis tools
  • Global fiber network
  • Compute Engine scaling

Smart Contract Development

Example of a simple Qtum smart contract

pragma solidity ^0.8.0;
contract HelloQtum {
    string private message;

    constructor() {
        message = "Hello, Qtum!";
    }

    function getMessage() public view returns (string memory) {
        return message;
    }

    function setMessage(string memory _message) public {
        message = _message;
    }
}

QRC20 Tokens for AI Projects

Qtum's QRC20 token standard provides a solid foundation for AI-focused blockchain projects, combining the security of UTXO with the flexibility of smart contracts.

Data Marketplace

Enable secure and transparent trading of AI training datasets, with ownership and usage rights enforced through QRC20 token-based access control.

Model Governance

Implement decentralized governance for AI models through token voting, allowing stakeholders to influence model development and deployment.

Compute Distribution

Distribute computational resources for AI training and inference through token-based incentives, creating efficient marketplaces for ML operations.

Reward Mechanisms

Create tokenized reward systems for AI improvement contributions, accurately tracking and compensating developers and data providers.

Access Control

Implement fine-grained access control for AI capabilities through token ownership, enabling conditional and tiered access models.

Value Capture

Capture and distribute value generated by AI systems through token economics, creating sustainable funding for ongoing AI development.

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