Traditional blockchains accumulate vast amounts of data over time, creating inefficiencies and skyrocketing storage costs. Vitreus tackles this with an ephemeral design that focuses on retaining only active, critical data. By archiving historical data securely but separately, the system reduces storage burdens while maintaining accessibility and security. The result is a leaner, more efficient blockchain capable of long-term scalability.
Modern applications demand speed, especially in real-time scenarios like gaming, finance, or supply chain management. Vitreus integrates cNodes in its event-driven architecture, which processes network demands in real time. This ensures low-latency transactions and high responsiveness, eliminating delays and improving overall network performance.
To maintain stability during varying levels of network activity, Vitreus employs the Energy Broker and Warehouse system. These tools dynamically allocate computational and energy resources based on current demand. During peak usage, resources are strategically distributed to avoid bottlenecks, ensuring a seamless user experience.
EVM Compatibility
Developers can seamlessly migrate Ethereum-based applications to Vitreus, maintaining their workflows while accessing enhanced scalability and efficiency.
Modular Substrate Pallets
Vitreus takes interoperability further with Substrate pallets—modular building blocks tailored for specific functionalities. These pallets simplify the integration of new features and allow Vitreus to adapt to evolving Web3 requirements effortlessly.
EVM Compatibility
Developers familiar with Ethereum’s ecosystem can deploy their applications on Vitreus without additional learning curves, making the transition seamless.
Substrate Pallets
With modularity at its core, Substrate pallets allow for customized functionalities tailored to specific use cases, reducing complexity and development time.
VNRG-Powered Transactions
Traditional gas fees are replaced with a staking-based model that uses VNRG. This system reduces costs while aligning with the network’s incentive structure, making it a win-win for developers and users alike.