Anryton’s Roadmap
Key Features of Anryton
EVMOS Compatibility
Anryton is fully compatible with the Ethereum Virtual Machine (EVM). This further allows data applications, decentralized finance (DeFi) platforms, and other dApps built on Ethereum to seamlessly migrate or integrate with the Anryton ecosystem. It also gives Anryton access to Ethereum’s extensive developer community while benefiting from the enhanced scalability features of Cosmos.
Future-Ready with Quantum Cryptography
One of Anryton’s core innovations is its research in quantum-resistant cryptographic protocols. As the threat of quantum computing looms over traditional encryption methods, Anryton is prepared to secure sensitive data information against future attacks. This ensures that the blockchain remains secure even in the post-quantum era, protecting the long-term integrity of data.
Decentralized and Scalable Infrastructure
Built on a decentralized network of validators, Anryton ensures that data is not stored in a single, vulnerable location. This decentralization allows the network to scale effortlessly without compromising security. Furthermore, Tendermint’s Byzantine Fault Tolerance (BFT) consensus protocol leads to fast and secure transactions, making it an ideal platform for handling payments, agreements, and real-time data sharing.
Real-life Integration
Anryton’s layer 1 has been integrated with healthcare platforms such as BioSport and BioEMR to ensure that patient data and medical records are managed with the highest level of security. These platforms enable healthcare providers to access and update patient records in real-time while maintaining strict privacy controls enforced by the blockchain.
MOL Coin for Ecosystem Transactions
Anryton’s native coin, MOL, powers the ecosystem, enabling secure and seamless transactions within the healthcare and associated sectors. MOL facilitates global payments at low cost and near-instant finality. MOL acts solely as a utility coin that facilitates data storage on Anryton’s Blockchain and empowers Anryton-based applications.