The Howdy Glossary

Secure Operations Language (SOL) is a programming language designed for secure computation, enabling operations on encrypted data without decryption. It incorporates cryptographic primitives and key management abstractions to protect sensitive information during processing, ensuring data privacy and confidentiality. This design addresses the growing concerns around data breaches and privacy violations by allowing secure data processing in various applications.

SOL was developed through the collaborative efforts of researchers and developers specializing in cryptography and secure computation. It competes with other secure computation languages such as Secure Multi-Party Computation (MPC) languages, homomorphic encryption libraries, and platforms like SCALE-MAMBA, Sharemind, and SEAL. While these competitors offer solutions for secure data processing, SOL's unique ability to perform operations on encrypted data without requiring decryption sets it apart.

By focusing on cryptographic primitives and key management abstractions as core components, SOL provides developers with tools to build applications that prioritize security while handling sensitive information. This capability ensures that user data remains protected throughout the computational process, making SOL a strong contender for applications where maintaining confidentiality is critical. Its commitment to encryption-based operations offers a significant advantage over alternative techniques used by other secure computation frameworks.