Add to ORKGWe analyze the eciency of the masking of instruction patterns using a chaotic driven clock and power supply, in front of a side attack intruding the power supply of a microsystem. The differential analysis is supposedly conducted by correlation power analysis. We demonstrate that the use of a chaotically-driven masking based on relatively simple circuits may be a signicant candidate for the protection of embedded systems
Modern networks have critical security needs and a suitable level of protection and performance is u...
This paper aims at presenting a new countermeasure against Side-Channel Analysis (SCA) attacks, whos...
Ignoring security concerns when building digital hardware allows for malicious parties to take advan...
Chaos has been used in cryptography for years and many chaotic cryptographic systems have been prop...
Chaos has been used in cryptography for years and many chaotic cryptographic systems have been propo...
International audienceTo secure cryptography hardware implementation many works are focusing on side...
The rapid increase in the use of embedded systems for performing secure transactions, has proportion...
This paper presents a new hardware architecture designed for protecting the key of cryptographic alg...
Side-Channel Analysis (SCA) represents a serious threat to the security of millions of smart devices...
Cryptographic algorithms albeit mathematically sure may have security breaches when implemented on ...
Side-Channel Analysis (SCA) attacks have become one of the most significant problems in modern digi...
International audienceActually, only one Second Order Differential Power Analysis (SO-DPA) counterme...
Modern communication system use cryptography algorithm to ensure data still confidentiality, integri...
Non-invasive side-channel attacks (SCA) are powerful attacks which can be used to obtain the secret ...
Passing messages to soldiers on the battle field, conducting online banking, and downloading files o...
Modern networks have critical security needs and a suitable level of protection and performance is u...
This paper aims at presenting a new countermeasure against Side-Channel Analysis (SCA) attacks, whos...
Ignoring security concerns when building digital hardware allows for malicious parties to take advan...
Chaos has been used in cryptography for years and many chaotic cryptographic systems have been prop...
Chaos has been used in cryptography for years and many chaotic cryptographic systems have been propo...
International audienceTo secure cryptography hardware implementation many works are focusing on side...
The rapid increase in the use of embedded systems for performing secure transactions, has proportion...
This paper presents a new hardware architecture designed for protecting the key of cryptographic alg...
Side-Channel Analysis (SCA) represents a serious threat to the security of millions of smart devices...
Cryptographic algorithms albeit mathematically sure may have security breaches when implemented on ...
Side-Channel Analysis (SCA) attacks have become one of the most significant problems in modern digi...
International audienceActually, only one Second Order Differential Power Analysis (SO-DPA) counterme...
Modern communication system use cryptography algorithm to ensure data still confidentiality, integri...
Non-invasive side-channel attacks (SCA) are powerful attacks which can be used to obtain the secret ...
Passing messages to soldiers on the battle field, conducting online banking, and downloading files o...
Modern networks have critical security needs and a suitable level of protection and performance is u...
This paper aims at presenting a new countermeasure against Side-Channel Analysis (SCA) attacks, whos...
Ignoring security concerns when building digital hardware allows for malicious parties to take advan...