QANplatform (QANX) is a hybrid blockchain system designed to be resistant to quantum computing threats. It allows enterprises and developers to quickly create software such as decentralized applications (DApps) or DeFi solutions and execute business processes on the blockchain. Acting as the foundational infrastructure similar to a computer's operating system, it supports the entire ecosystem, enabling connections to real-world data, the execution of automated smart contracts, and the construction of DApps.

Citing an HFS Research excerpt for IBM, the platform addresses the “90-9-1” adoption hurdle in enterprise blockchain usage. Specifically, 90% of firms are still grasping the concept and its impact, 9% with identified use cases struggle to begin Proof-of-Concepts (PoCs) and pilots, and the 1% with successful pilots face scalability issues when moving to production-grade environments. QANplatform aims to overcome these barriers by providing extensive automation and integration tools for freelance developers, blockchain development firms, and enterprises. This allows them to launch blockchain PoCs rapidly, with the ability to deploy a QAN private blockchain to a chosen cloud provider and begin building in under 5 minutes.

Johann Polecsak, who serves as QAN’s Chief Technology Officer and is also an economist, works with the Business Development team to maximize QAN's appeal, focusing on market share. His strategy involves removing obstacles that might prevent blockchain implementation, positioning QAN as the logical choice. Endre Abraham (Silur), the Head of Cryptology, has contributed to projects including Ethereum, Zcash, and Monero. His extensive experience led him to build a blockchain intended to resolve the pain points found in existing mainstream systems.

QANplatform addresses the challenges developers and enterprises encounter with existing blockchains by constructing a new system from the ground up, eliminating the need for trade-offs. Its distinctive features include:

• A hybrid blockchain architecture
• Implementation speeds that are 80% faster than competing blockchains
• The market’s lowest demands for hardware and energy consumption
• Consistent transaction costs on public networks
• Transaction throughput suitable for enterprise use
• Security designed to resist quantum computing threats

The project is led by a seasoned team with prior experience at organizations such as IBM, Telekom, Uber, Bitcoin.com, Ethereum, Monero, and Zcash.