Galois Verifiable Computation is a cryptographic technology that enables organizations to outsource computational tasks to untrusted third parties while maintaining the ability to verify the correctness of results without re-executing the entire computation. The solution addresses scenarios where organizations lack computational resources to process large or complex datasets internally. The technology operates by allowing a verifier to check the accuracy of computations performed by an external worker. The verification process requires significantly less computational power than performing the original task, making it suitable for large-scale data processing operations. The system is designed to detect errors or manipulation attempts by the computing party. The solution is positioned within Galois's Advanced Cryptography & Privacy research area and targets organizations that need to outsource computational workloads while maintaining assurance of result accuracy. The technology provides a mechanism for detecting incorrect results or data manipulation attempts by third-party compute providers. Verifiable Computation is applicable to scenarios involving big data processing where organizations need to balance computational efficiency with trust requirements when using external computational services.