VaultRAM is an advanced decentralized database system designed to serve the evolving needs of AI-driven financial networks. It builds on the innovations pioneered by the Vaulta Network, particularly in the field of blockchain-based state data storage. Vaulta Network's breakthrough approach of utilizing in-memory database RAM for storing on-chain state data — such as account balances and contract states — has significantly enhanced response speeds and concurrency. RAM, as a high-speed and tradable memory resource, serves as the backbone of VaultRAM's decentralized architecture. In the Vaulta Network, every on-chain operation, from account creation and transfers to staking, voting, and smart contract deployment, relies on RAM to facilitate real-time data access. Its importance can be broken down into three key functions: High-Performance State Storage, Transaction and Execution Guarantee, and Smart Contract Support. VaultRAM represents a natural progression in resource asset financialization. Beyond being a mere resource trading platform, it functions as a trusted data infrastructure for AI-driven banking systems. By integrating encryption technology, decentralized architecture, and high availability, VaultRAM seeks to establish a financial data network capable of meeting the stringent data demands of both AI and traditional financial systems. It serves as a critical bridge, ensuring the reliability, security, and integrity of the data that underpins these systems.