QANplatform Launches Quantum-Resistant Testnet

QANplatform Launches Quantum-Resistant Testnet

Nikolaos Kostas
1 min read

QANplatform Launches Quantum-Resistant Testnet for Ethereum-Compatible Blockchain

QANplatform recently launched a testnet for its quantum-resistant and Ethereum-compatible blockchain, allowing developers to code smart contracts in various programming languages. The quantum-resistant technology offers compatibility with Ethereum-compatible blockchains and supports any programming language. Notably, the platform includes a no-code smart contract studio, setting it apart from other web3 platforms.

Key Takeaways

  • QANplatform introduces a quantum-resistant and Ethereum-compatible blockchain testnet, enabling developers to code smart contracts in various programming languages.
  • The platform’s quantum-resistant technology is already implemented in a European Union member state, offering robust security against potential attacks from quantum computers.
  • QAN Testnet supports any programming language and features quantum-resistant security and compatibility with Ethereum, distinguishing it from other blockchain platforms.


The launch of QANplatform's quantum-resistant and Ethereum-compatible blockchain testnet signifies a significant advancement in Web3 technology. This development addresses current limitations in the blockchain field by enabling developers to code smart contracts in diverse languages. Additionally, QANplatform's compatibility with PoS and PoW consensus algorithms and its use of CRYSTALS-Dilithium for secure transactions provide enhanced security, even against quantum computers.

In the short term, the testnet launch will impact the blockchain development community by offering a more versatile and secure platform. Furthermore, QANplatform’s technology has the potential to influence the broader adoption of Web3 applications and smart contracts, mitigating security concerns associated with quantum computing. Consequently, organizations and financial instruments reliant on traditional blockchain platforms may need to adapt to remain competitive.

The European Union member state already implementing QANplatform's quantum-resistant technology could gain a first-mover advantage in the blockchain sector, potentially attracting businesses and developers to establish themselves within that jurisdiction. As competition in the blockchain space intensifies, innovations like QANplatform's testnet will become increasingly vital to long-term success and growth.

Did You Know?

  • Quantum-resistant technology: QANplatform uses CRYSTALS-Dilithium, a quantum-resistant algorithm, to secure transactions, offering protection against potential attacks from quantum computers.
  • Ethereum-compatible blockchain: QANplatform's testnet being Ethereum-compatible allows developers to deploy Ethereum smart contracts on the platform, expanding its usability.
  • No-code smart contract studio: This user-friendly feature enables the creation of smart contracts without the need for coding, making QANplatform accessible to a wider audience and distinguishing it from other web3 platforms.

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