Insider Brief
- QANplatform introduces its quantum-resistant and Ethereum-compatible blockchain testnet.
- The testnet allows developers can code smart contracts in any programming language.
- The new QAN TestNet is a precursor to the QAN MainNet Beta.
PRESS RELEASE — QANplatform has rolled out the world’s first quantum-resistant and Ethereum-compatible blockchain testnet, where developers can code smart contracts in any programming language.
The introduction of this testnet follows the successful implementation of QANplatform’s quantum-resistant technology by a European Union member state. Building on the success of the QAN Private Blockchain or QAN Enterprise Blockchain launched in September 2023, the new QAN TestNet is a precursor to the QAN MainNet Beta and signifies a leap in the Web3 ecosystem’s evolution. It is the world’s first platform that combines three outstanding features: quantum-resistant security, compatibility with Ethereum’s EVM, and the ability to code smart contracts in any programming language.
Enabled by the QAN Virtual Machine (QVM), the platform welcomes smart contract creation in a diverse array of programming languages compatible with the Linux Kernel. This approach aims to democratize access to Web3 technology, potentially drawing in more than 28 million new developers by moving beyond the traditional blockchain platforms that support only a few programming languages. QAN lowers the entry barriers for non-developers with its no-code smart contract studio, allowing users to generate smart contracts interactively within minutes.
In alignment with the US National Institute of Standards and Technology (NIST)’s primary recommendations, QANplatform has incorporated CRYSTALS-Dilithium algorithm into QAN XLINK. The QAN XLINK cross-signer ensures post-quantum transaction security while maintaining Ethereum EVM compatibility, safeguarding QANplatform and its users against the looming threat of quantum computing.
Johann Polecsak, Co-Founder and CTO of QANplatform, expressed, “Crafting a blockchain that addresses both future challenges, such as quantum attacks, and current market issues, like high entry barriers for developers and enterprises, presented a significant and complex undertaking. Our aim to achieve Ethereum compatibility to facilitate seamless integration of pre-existing solutions added to the complexity. The dedication of our team to navigate these challenges affirms a critical advancement.”
