QANplatform
qanplatform.comIntro to QANplatformTechnology FeaturesQANX TokenDev Docs
  • qanplatform.com
  • Welcome
  • Community
    • Social media
    • Newsletter
  • TECHNOLOGY
    • 🟢Intro to QANplatform
    • Technology Features
      • Hybrid blockchain
      • Multi-language Smart Contracts | Hyperpolyglot
      • Ethereum EVM Compatibility
      • Integrations
      • Proof-of-Randomness (PoR) consensus algorithm
      • Transaction per second (TPS)
      • Developer Royalty Fees
      • Mobile Phone Validation
      • Low-cost fixed transaction fees
      • Quantum-resistant Security
    • Use Cases
    • Blockchain 101
      • Blockchain Basics
      • Crypto Wallets
      • Coin and Token Types
      • Blockchain Transactions
  • QANX Token
    • What is QANX?
    • How to Buy QANX?
      • Buy QANX on PancakeSwap
      • Buy QANX on Uniswap
      • Buy QANX on Gate.io
      • Buy QANX on BitMart
      • Buy QANX on BingX
    • How to Store QANX
      • Store QANX in MetaMask
        • How to add QANX token to MetaMask
      • Store QANX in Trust Wallet
        • How to add QANX token to Trust Wallet
      • Store QANX in MEW
        • How to add QANX token to MEW
      • Other wallets
  • DEVELOPERS
    • QAN Private Blockchain
    • QAN TestNet
    • [QVM] Multi-language smart contracts
      • Generic workflow
        • Common API
        • Installing qvmctl
        • Setting up your workspace
        • Writing a smart contract
        • Compiling a smart contract
        • Deploying a smart contract
        • Calling a smart contract function
        • Reading smart contract storage
      • DOCs for supported languages
        • JavaScript (JS) smart contract
          • Writing a smart contract in JavaScript (JS)
          • Compiling a smart contract in JavaScript (JS)
        • Java smart contract
          • Writing a smart contract in Java
          • Compiling a smart contract in Java
        • Python smart contract
          • Writing a smart contract in Python
          • Compiling a smart contract in Python
        • TypeScript (TS) smart contract
          • Writing a smart contract in TypeScript (TS)
          • Compiling a smart contract in TypeScript (TS)
        • C# (C-Sharp) smart contract
          • Writing a smart contract in C# (C-Sharp)
          • Compiling a smart contract in C# (C-Sharp)
        • C++ smart contract
          • Writing a smart contract in C++
          • Compiling a smart contract in C++
        • C smart contract
          • Writing a smart contract in C
          • Compiling a smart contract in C
        • Golang (Go) smart contract
          • Writing a smart contract in Golang (Go)
          • Compiling a smart contract in Golang (Go)
        • Rust smart contract
          • Writing a smart contract in Rust
          • Compiling a smart contract in Rust
        • Kotlin smart contract
          • Writing a smart contract in Kotlin
          • Compiling a smart contract in Kotlin
      • [QVM] Versions & Changelog
        • V0.0.1
        • V0.0.2
    • Smart Contract Developers
    • Validators
    • Node Providers
  • ABOUT US
    • Company
    • Roadmap
    • Press kit & Media assets
    • Media mentions
    • Blog
  • Papers
    • White Paper
    • Pitch Deck
    • Onepager
    • Ebooks
      • Quantum-computing and Blockchain: The Definitive Guide
      • Blockchain's Energy Consumption: The Definitive Guide
      • Blockchain's Transaction Speed: The Definitive Guide
  • Audits
    • QANX Bridge Audit
    • QANX Token Audit
    • QAN TestNet Audit
  • Disclaimers
    • Disclaimer
      • Validation
      • Privacy Policy
      • Cookie Policy
Powered by GitBook
On this page
  • Build fast on QANplatform with integrations
  • QANplatform fits into your existing infrastructure ‍
  • Rapid Cloud Platform Deployment
  • Ethereum EVM Compatibility
  • Limitless programming language compatibility
  • Get started quickly
  • Run it on virtualized machines
  • Run it on bare-metal
  • Connect smart-contracts with Oracle APIs
  1. TECHNOLOGY
  2. Technology Features

Integrations

QANplatform fits into your existing infrastructure. ‍

PreviousEthereum EVM CompatibilityNextProof-of-Randomness (PoR) consensus algorithm

Last updated 4 months ago

Build fast on QANplatform with integrations

[Market problem]: Unpredictable Time-To-Implementation

Unlike with widely-used enterprise software solutions, there is a lack of compatible programming languages, automated workflow integration possibilities at existing blockchain platforms. These challenges are hindering blockchain mass adoption.

FAQ: All technology features and the entire ecosystem will be gradually released after the launch of the QAN public blockchain (MainNet).

QANplatform fits into your existing infrastructure ‍

  • Automatic Rapid Cloud Platform Deployment

  • Ethereum EVM Compatibility

  • Multi-language Smart Contracts

  • Private and Public blockchain (Hybrid blockchain)

  • Deployment integrations

  • Virtualized machine integrations

  • Official support for selected bare-metal models

  • Oracle APIs

QANplatform's mission is to empower anyone to build rapidly and securely on the blockchain. Quantum-resistant security is our unique selling point (USP), but we take one step back and focus on lowering the entry barrier for the developer community. This is to empower startups and enterprises to build their Proof-of-Concepts (PoC) and Minimum Viable Products (MVP) as fast as possible to reach time-to-market and mass adoption of QANplatform.

QANplatform solves this issue by building integrations to existing, widely used and loved programming languages (TypeScript, Rust), DevOps technologies (Docker, Kubernetes), and Cloud Platforms (Amazon AWS, Microsoft Azure).

Rapid Cloud Platform Deployment

Amazon AWS, Microsoft Azure, Google Cloud Platform, DigitalOcean, or Linode

Cloud computing and blockchain technology are two of the top strategic technology trends in the past five years. Both technologies gained even more focus and criticality after the COVID-19 pandemic because of their distributed and privacy-enhanced characteristics.

Thanks to the automated Rapid Cloud Platform Deployment feature developed by QANplatform, developers can deploy the QAN private blockchain in less than 5 minutes to major cloud platforms like Amazon AWS, Microsoft Azure, Google Cloud Platform, DigitalOcean, or Linode.

Smart contract developers can cut the deployment time by 80% compared to installing other blockchains like Ethereum, Polkadot or Algorand.

Ethereum EVM Compatibility

Projects running currently on Ethereum can move easily to QANplatform thanks to Ethereum EVM compatibility.

Limitless programming language compatibility

QANplatform's QVM will let developers run any kind of application, which would be able to run on a Linux Kernel.

Developers will be able to code smart contracts in: JavaScript, Go, Java, TypeScript, Python, Rust, C#, PHP, C, Scala, ObjectiveC ...

Get started quickly

Docker, Kubernetes, Single-Host

Developers don't need to waste hours setting up the environment. Use Docker to get all the packages and libraries needed for setting up your QAN private blockchain in minutes. Easily deploy your QAN private blockchain with these systems (Docker, Kubernetes, Single-Host) and define later which of your data will be published on the QAN public blockchain.

Run it on virtualized machines

VMware, Xen, Microsoft Hyper-V, VirtualBox, KVM

Run your QAN private blockchain on your preferred virtualized machine.

Run it on bare-metal

Apple, HP, Dell

Run your QAN private blockchain on your preferred bare-metal server.

Connect smart-contracts with Oracle APIs

Chainlink, Band Protocol

Connect smart contracts to the data sources and APIs they need to fulfill their tasks.

Key Takeaway — [Integrations]:

  • Automatic Rapid Cloud Platform Deployment (Amazon AWS, Microsoft Azure...)

  • Ethereum EVM Compatibility

  • Programming language integration with Linux Kernel compatible languages

  • Deployment integrations (Docker, Kubernetes, Single-Host)

  • Virtualized machine integrations (VMware, Xen, Microsoft Hyper-V, VirtualBox, KVM)

  • Bare-metal integrations (Apple, HP, Dell)

  • Oracle APIs (Chainlink, Band Protocol)

Developers will be able to move their existing codebase which they wrote in Solidity and used in Ethereum since .

One of QANplatform's IP is the unique . Thanks to this approach developers are not forced to learn a new programming language (like Solidity) to write smart contracts for it. Developers can use their most loved programming language to build on QANplatform.

QANplatform is fully Ethereum EVM compatible
Multi-language Smart Contract methodology (Hyperpolyglot)
QANplatform Presents 80% Faster Cloud Deployment, Achieves Record 5-Minute Rapid Than Industry LeadersYahoo
Logo