Many computer systems have a functional requirement to release information. Such requirements are an important part of a system’s information security requirements. Current information-flow control techniques are able to reason about permitted information flows, but not required information flows. In this paper, we introduce and explore the specification and enforcement of required information release in a language-based setting. We define semantic security conditions that express both what information a program is required to release, and how an observer is able to learn this information. We also consider the relationship between permitted and required information release, and define bounded release, which provides upper- and lowerbounds o...
In a computing system, sensitive data must be protected by release policies that determine which pri...
In a computing system, sensitive data must be protected by release policies that determine which pri...
Guaranteeing that information processed in computing systems remains confidential is vital for many ...
This paper studies the problem of securing information release in dynamic languages. We propose (i) ...
Security assurance is an important challenge for modern computing. Intentional information release (...
Many organizations specify information release policies to describe the terms under which sensitive ...
Language-based information flow security is a promising approach for enforcement of strong security ...
Security assurance is an important challenge for moderncomputing. Intentional information release (d...
Language-based information flow security provides a way to enforce either the baseline noninterferen...
Modern information system applications involve collaboration in the form of information flow through...
Security assurance is an important challenge for modern computing. Intentional information release (...
Guaranteeing that information processed in computing systems remains confidential is vital for many ...
Guaranteeing that information processed in computing systems remains confidential is vital for many ...
Guaranteeing that information processed in computing systems remains confidential is vital for many ...
Abstract. Much work on security-typed languages lacks a satisfactory account of intentional informat...
In a computing system, sensitive data must be protected by release policies that determine which pri...
In a computing system, sensitive data must be protected by release policies that determine which pri...
Guaranteeing that information processed in computing systems remains confidential is vital for many ...
This paper studies the problem of securing information release in dynamic languages. We propose (i) ...
Security assurance is an important challenge for modern computing. Intentional information release (...
Many organizations specify information release policies to describe the terms under which sensitive ...
Language-based information flow security is a promising approach for enforcement of strong security ...
Security assurance is an important challenge for moderncomputing. Intentional information release (d...
Language-based information flow security provides a way to enforce either the baseline noninterferen...
Modern information system applications involve collaboration in the form of information flow through...
Security assurance is an important challenge for modern computing. Intentional information release (...
Guaranteeing that information processed in computing systems remains confidential is vital for many ...
Guaranteeing that information processed in computing systems remains confidential is vital for many ...
Guaranteeing that information processed in computing systems remains confidential is vital for many ...
Abstract. Much work on security-typed languages lacks a satisfactory account of intentional informat...
In a computing system, sensitive data must be protected by release policies that determine which pri...
In a computing system, sensitive data must be protected by release policies that determine which pri...
Guaranteeing that information processed in computing systems remains confidential is vital for many ...