A new, formal methods-based approach to the specification and implementation of cryptography is introduced, a number of scenarios of use, an overview of the language, and part of a specification of the advanced encryption standard are presented.
As cryptography becomes more vital to the infrastructure of computing systems, it becomes increasingly vital to be able to rapidly and correctly produce new implementations of cryptographic algorithms. To address these challenges, we introduce a new, formal methods-based approach to the specification and implementation of cryptography, present a number of scenarios of use, an overview of the language, and present part of a specification of the advanced encryption standard.