The STORE protocol introduces a decentralized, collision-resistant Cloud ID generation system based on the CUID2 algorithm to enable autonomous computing capabilities without relying on a centralized authority. This system addresses the fundamental challenge of establishing a secure and trustworthy connection between off-chain computing and storage, and on-chain computing (blockspace or blockchain computing). By leveraging advanced cryptographic techniques, including elliptic curve digital signatures, and the novel BlockFinBFT consensus mechanism, STORE provides a robust framework for generating unique, tamper-resistant identifiers (Cloud IDs) that serve as proofs of storage and computation across various blockchain networks, its STORE Cloud, and third-party applications. This paper explores the implementation, key components, and implications of this system for autonomous computing and cross-protocol interoperability, presenting empirical data on its performance and security characteristics.