pSacl

pSacl is a programming language designed for secure and efficient computation. It is a variant of the Standard ML language, with additional features and optimizations aimed at enhancing security and performance. pSacl stands for "Probabilistic Secure Abstract Communication Language," reflecting its focus on secure communication and probabilistic security guarantees.

The language was developed to address the growing need for secure computation in various applications, including cryptography, privacy-preserving data analysis, and secure multi-party computations. pSacl provides a high-level abstraction for secure protocols, allowing developers to write secure code without delving into the complexities of cryptographic primitives.

One of the key features of pSacl is its support for probabilistic security, which ensures that the security of the computation is guaranteed with high probability. This is achieved through the use of probabilistic algorithms and techniques, such as random sampling and error-correcting codes.

pSacl also includes a rich set of libraries and tools for secure computation, including libraries for cryptographic operations, secure multi-party computation protocols, and privacy-preserving data analysis techniques. These libraries are designed to be easy to use and integrate into existing applications.

Overall, pSacl is a powerful and flexible language for secure computation, offering a high-level abstraction for secure protocols and a rich set of libraries and tools for secure computation. Its focus on probabilistic security and efficient computation makes it a valuable tool for developers working in the field of secure computation.