Conventional software implementations of cryptographic algorithms are totally insecure
where a hostile user may control the execution environment, or where co-located with …

The white box attack context as described in [1, 2] is the common setting where
cryptographic software is executed in an untrusted environment—ie an attacker has gained …

In order to protect AES software running on untrusted platforms, Chow et al.(2002) designed
a white-box implementation. However, Billet et al.(2004) showed that the secret key can be …

White-Box attack context is the setting that the attacker has total access to the software
execution and can observe or manipulate the dynamic execution of whole or part of the …

White-box cryptography aims to protect the secret key of a cipher in an environment in which
an adversary has full access to the implementation of the cipher and its execution …

In the white-box attack context, ie, the setting where an implementation of a cryptographic
algorithm is executed on an untrusted platform, the adversary has full access to the …

White-box cryptography has attracted a growing interest from researchers in the last decade.
Several white-box implementations of standard block-ciphers (DES, AES) have been …

The need for software security in untrusted environments is ever increasing. White-box
cryptography aims to ensure the security of cryptographic algorithms when the attacker has …

A white-box implementation of a block cipher is a software implementation from which it is
difficult for an attacker to extract the cryptographic key. Chow et al. published white-box …

In response to various cryptanalysis results on white-box cryptography, Bringer et al.
presented a novel white-box strategy. They propose to extend the round computations of a …