When an applet is sent over the internet, Java Virtual Machine code is transmitted and remotely executed. Because untrusted code can be executed on the local computer running the web browser, security problems may arise. Here we present a method to check illicit flows in Java bytecode, that exploits the type-level abstract interpretation of bytecode verification. We present an algorithm transforming a bytecode into another one that, when abstractly executed by the standard bytecode Verifier, reveals illicit information flows. We show an example of application of the method
We present an approach enabling end-users to prove security properties of the Java bytecode by stati...
International audienceBytecode verification is a crucial security component for Java applets, on the...
International audienceBytecode verification is a crucial security component for Java applets, on the...
Security of Java programs is important as they can be executed in different platforms. This paper ad...
The Java Virtual Machine executes bytecode programs that may have been sent from other, possibly unt...
The Java Virtual Machine embodies a verifier which performs a set of checks on bytecode programs bef...
The Java Virtual Machine embodies a verifier which performs a set of checks on bytecode programs bef...
Java Bytecode Verification was so far mostly approached from a correctness perspective. Security vul...
The Java Virtual Machine embodies a verifier which performs a set of checks on bytecode programs bef...
The Java Virtual Machine embodies a verifier which performs a set of checks on bytecode programs bef...
Bytecode verification is a crucial security component for Java applets, on the Web and on embedded d...
We present a method to certify a subset of the Java bytecode, with respect to security. The method i...
International audienceBytecode verification is a crucial security component for Java applets, on the...
AbstractExisting Java verifiers perform an iterative data-flow analysis to discover the unambiguous ...
Language-based security provides a means to enforce end-to-end condentiality and integrity policies ...
We present an approach enabling end-users to prove security properties of the Java bytecode by stati...
International audienceBytecode verification is a crucial security component for Java applets, on the...
International audienceBytecode verification is a crucial security component for Java applets, on the...
Security of Java programs is important as they can be executed in different platforms. This paper ad...
The Java Virtual Machine executes bytecode programs that may have been sent from other, possibly unt...
The Java Virtual Machine embodies a verifier which performs a set of checks on bytecode programs bef...
The Java Virtual Machine embodies a verifier which performs a set of checks on bytecode programs bef...
Java Bytecode Verification was so far mostly approached from a correctness perspective. Security vul...
The Java Virtual Machine embodies a verifier which performs a set of checks on bytecode programs bef...
The Java Virtual Machine embodies a verifier which performs a set of checks on bytecode programs bef...
Bytecode verification is a crucial security component for Java applets, on the Web and on embedded d...
We present a method to certify a subset of the Java bytecode, with respect to security. The method i...
International audienceBytecode verification is a crucial security component for Java applets, on the...
AbstractExisting Java verifiers perform an iterative data-flow analysis to discover the unambiguous ...
Language-based security provides a means to enforce end-to-end condentiality and integrity policies ...
We present an approach enabling end-users to prove security properties of the Java bytecode by stati...
International audienceBytecode verification is a crucial security component for Java applets, on the...
International audienceBytecode verification is a crucial security component for Java applets, on the...