Security of software systems has to be preserved while they grow and change incrementally. The problem is to make the analysis of their security properties adhere to such a development. In particular we concentrate here on static type systems. Given a non-incremental type system, the algorithm we propose permits using it incrementally, so avoiding to develop new incremental versions of it. As a proof-of-concept we show how our technique permits an incremental checking of non-interference with robust declassification, starting from the classical type system by Myers, Sabelfeld and Zdancewic
International audienceInformation-flow security typing statically preservesconfidentiality by enforc...
International audienceInformation-flow security typing statically prevents confidential information ...
uedu Abstract This paper presents a type system which guarantees that welltyped programs in a proce...
Security of software systems has to be preserved while they grow and change incrementally. The probl...
Language-based approaches to information security have led to the development of security type syste...
AbstractLanguage-based approaches to information security have led to the development of security ty...
Language-based approaches to information security have led to the development of security type syste...
Noninterference requires that there is no information flow fromsensitive to public data in a given s...
Modern languages are equipped with static type checking/inference that helps programmers to keep a c...
Information-flow security typing statically prevents confidential information to leak to public cha...
Security-typed languages are powerful tools for provably enforcing noninterference. Real computing s...
International audienceIn security-typed programming languages, types statically enforce noninterfere...
Starting from the seminal work of Volpano and Smith, there has been growing evidence that type syste...
While a rigorous information flow analysis is a key step in obtaining meaningful end-to-end conf...
Traditional noninterference cannot cope with common features of secure systems like channel control,...
International audienceInformation-flow security typing statically preservesconfidentiality by enforc...
International audienceInformation-flow security typing statically prevents confidential information ...
uedu Abstract This paper presents a type system which guarantees that welltyped programs in a proce...
Security of software systems has to be preserved while they grow and change incrementally. The probl...
Language-based approaches to information security have led to the development of security type syste...
AbstractLanguage-based approaches to information security have led to the development of security ty...
Language-based approaches to information security have led to the development of security type syste...
Noninterference requires that there is no information flow fromsensitive to public data in a given s...
Modern languages are equipped with static type checking/inference that helps programmers to keep a c...
Information-flow security typing statically prevents confidential information to leak to public cha...
Security-typed languages are powerful tools for provably enforcing noninterference. Real computing s...
International audienceIn security-typed programming languages, types statically enforce noninterfere...
Starting from the seminal work of Volpano and Smith, there has been growing evidence that type syste...
While a rigorous information flow analysis is a key step in obtaining meaningful end-to-end conf...
Traditional noninterference cannot cope with common features of secure systems like channel control,...
International audienceInformation-flow security typing statically preservesconfidentiality by enforc...
International audienceInformation-flow security typing statically prevents confidential information ...
uedu Abstract This paper presents a type system which guarantees that welltyped programs in a proce...