This project outlines the development of a Web-based interface to an FPGA-based true random number generator (TRNG). The result is a Linux-based system, implemented on a Digilent Virtex II-Pro digital board, providing a general means of retrieving data from an arbitrary FPGA configuration. As a proof-of-concept two simple applications are described and demonstrated. The first application creates a random color table from data acquired from the TRNG; the second application serves as a generator for secure, unpredictable passwords
Recent advances in information security requires strong keys which are randomly generated. Most of t...
International audienceTrue Random Number Generators (TRNG) are cryptographic primitives that exploit...
Randomness is at the core of many cryptographic implementations. True random number generators provi...
In this thesis a True Random Number Generator (TRNG) employed for cryptographic applications is inve...
Cryptography and computer security rely heavily on random numbers for key exchange of authentication...
Random number generator is a key primitive in cryptographic algorithms and applications. In this pap...
In high level security systems the unpredictability and unrepeatability of a random sequence is ensu...
According to the renowned Kerckhoffs' principle, a cryptographic system should be secure even if the...
True Random Number Generators (TRNG) are cryptographic primitives that exploit intrinsic noise sourc...
Random numbers are required for cryptographic applications such as IT security products, smart cards...
The bachelor's thesis deals with the implementation of a hardware random number generator on FPGA pl...
International audienceMany embedded security chips require a high- quality digital True Random Numbe...
AbstractComputer security relies heavily on random numbers (RN) for key exchange of authentication a...
This paper deals with an evaluation platform for cryptographic True Random Number Generators (TRNGs)...
© 2018 EDAA. True random number generators (TRNGs) are fundamental constituents of secure embedded c...
Recent advances in information security requires strong keys which are randomly generated. Most of t...
International audienceTrue Random Number Generators (TRNG) are cryptographic primitives that exploit...
Randomness is at the core of many cryptographic implementations. True random number generators provi...
In this thesis a True Random Number Generator (TRNG) employed for cryptographic applications is inve...
Cryptography and computer security rely heavily on random numbers for key exchange of authentication...
Random number generator is a key primitive in cryptographic algorithms and applications. In this pap...
In high level security systems the unpredictability and unrepeatability of a random sequence is ensu...
According to the renowned Kerckhoffs' principle, a cryptographic system should be secure even if the...
True Random Number Generators (TRNG) are cryptographic primitives that exploit intrinsic noise sourc...
Random numbers are required for cryptographic applications such as IT security products, smart cards...
The bachelor's thesis deals with the implementation of a hardware random number generator on FPGA pl...
International audienceMany embedded security chips require a high- quality digital True Random Numbe...
AbstractComputer security relies heavily on random numbers (RN) for key exchange of authentication a...
This paper deals with an evaluation platform for cryptographic True Random Number Generators (TRNGs)...
© 2018 EDAA. True random number generators (TRNGs) are fundamental constituents of secure embedded c...
Recent advances in information security requires strong keys which are randomly generated. Most of t...
International audienceTrue Random Number Generators (TRNG) are cryptographic primitives that exploit...
Randomness is at the core of many cryptographic implementations. True random number generators provi...