How quantum computers affect the cryptocurrency market and blockchain industry.

  1. A single quantum computer of potentially huge capacity, connected to the blockchain can be able to carry out 51% attack successfully. The computer’s operator takes control of the blockchain and may prevent new transactions from attaining confirmation inside a particular blockchain.
  2. Conventional encryption a logarithm is vulnerable to quantum computing. As a result, encryption methods authorized by states and used in cryptocurrency, crypto wallets, and cryptocurrency exchange algorithms are prone to be cracked by quantum computers. Assets from these wallets could be transferred to whichever destination the quantum computer operator wishes.




  • 2014: Development of an exclusive trading terminal
  • 2015: Development of the C-Sharp Trading System and Match Engine
  • 2016: Development of the Crypto Exchange terminal
  • 2017: PRO Trading Platform
  • 2018 Q: Quantum Technology — Implementation of the QKD System
  • 2018 Q2: QUUBE RELATIONS Foundation
  • 2019 Q2: Presentation of Quantum & Roadshow Exchanges
  • 2019 Q3: Development of a quantchain-resistant blockchain ERC20 launching
  • 2019 Q2–3: QUUBE Exchange STO Launchpad
  • 2019 Q4: QUUBE Exchange STO / IEO Services Start
  • 2020 Q2: Presentation of the Quantum Resistant Blockchain Protocol, Swap Tokens
  • 2020 Q3: QUUBE PRO STO Trading & AI Terminals


Name Team QUUBE

  • Jonathan Austin Quube President
  • CEO of ENZO
  • Anthony HK LAI, CA CFO
  • Jonathan Zhang Education Program
  • STO Advisor Malcolm Tan
  • Rennie Blockchain Community Sng
  • Kevin Pang CBDO Asia
  • Pshenin Dmitry CBDO
  • Andrey Zienko CTO
  • Brand Manager Rudolph Goldenberg
  • Contact sevil directly

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