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|title=Cryptographic Hardware and Embedded Systems - CHES 2006|chapter=FPGA Implementation of Point Multi ...

...escription|Refers to Texas Instruments' response to a project to factorize cryptographic keys.}} ...actorize]] the 512-[[bit]] [[RSA (cryptosystem)|RSA]] [[key (cryptography)|cryptographic keys]] needed to write custom [[firmware]] to TI devices. ...

...re already has quite high memory bandwidth, so improvements made by custom hardware may not be worth the development cost.{{Citation needed|date=December 2022} ...math> has <math>d</math> leading zeros, where <math>H</math> is a chosen [[Cryptographic hash function|hash function]].<ref name="Biryukov 2017" /> In addition, the ...

...in-the-middle attack]], which is used in [[cryptography|cryptology]] for [[cryptographic hash function|hash]] and [[block cipher]] cryptanalysis. The 3-subset varia ...%2F978-3-642-04138-9_20 "KATAN & KTANTAN — A Family of Small and Efficient Hardware-Oriented Block Ciphers"]</ref> It takes a block size of either 32, 48 or 64 ...

...er)|MANTIS]].{{sfn|Avanzi|2016}} The cipher is intended for fully-unrolled hardware implementations with low latency (like [[memory encryption]]). Unlike the [ ...rderakhsh | first3 = Reza | title = Hardware Constructions for Lightweight Cryptographic Block Cipher QARMA With Error Detection Mechanisms | journal = IEEE Transac ...

{{short description|Cryptographic vulnerability}} | affected hardware = [[Trusted Platform Module|TPMs]], [[YubiKey]]s, Gemalto IDPrime .NET [[sm ...

==Hardware acceleration in other architectures== The following chips, while supporting AES hardware acceleration, do not support AES-NI: ...

{{Short description|Cryptographic hash function}} {{Infobox cryptographic hash function ...

'''Fugue''' is a [[cryptographic hash function]] submitted by [[IBM]] to the [[NIST hash function competitio ...the NIST hash function [[SHA hash functions|SHA-256]] in both software and hardware efficiency, achieving up to 36.2 [[cycles per byte]] on an Intel Family 6 M ...

...often have to be padded (expanded) to be compatible with the underlying [[cryptographic primitive]]. The attack relies on having a "padding [[Oracle machine|oracle | title=Efficient Padding Oracle Attacks on Cryptographic Hardware ...

...nd then assigned the same time value. Aggregation creates a [[Cryptography|cryptographic]] connection between all involved requests; the authenticating aggregate va :Linking creates a verifiable and ordered cryptographic link between the current and already issued time-stamp tokens. ...

...rete logarithm]] problem by analogy to other [[Diffie–Hellman key exchange|cryptographic systems]]). This is because the addition of two points on an elliptic curve ...Lecture Notes in Computer Science | volume=8731 | conference=Cryptographic Hardware and Embedded Systems – CHES 2014 | year=2014 | pages=72–95 | doi=10.1007/97 ...

===Cryptographic hash function=== It is also possible to use a [[cryptographic hash function]] as a randomness extractor. However, not every hashing algor ...

...ref> [[Post-quantum cryptography|Post quantum cryptography]] is a class of cryptographic algorithms designed to be resistant to attack by a quantum cryptography. S ...hy was introduced by Oded Regev in 2005 and has been the source of several cryptographic designs.<ref>{{Cite web|title = The Learning with Errors Problem|url = http ...

...[[x86]] [[instruction set]] in order to assist efficient calculation of [[cryptographic primitive]]s, such as e.g. [[Advanced Encryption Standard|AES]] encryption, ...has been generated with a [[Hardware random number generator|HRNG/TRNG]] (Hardware/"True" Random Number Generator) compliant with {{nowrap|[https://csrc.nist. ...

{{short description|Constructions of cryptographic primitives that involve lattices}} '''Lattice-based cryptography''' is the generic term for constructions of [[cryptographic primitive]]s that involve [[Lattice (group)|lattices]], either in the const ...

...ficient and provably secure [[Collision resistance|collision resistant]] [[Cryptographic hash function|hash function]]. For this, they introduced the more general c ...ery efficient and practical [[Collision resistance|collision resistant]] [[Cryptographic hash function|hash functions]] can be built based on the hardness of findin ...

| journal = Transactions on Cryptographic Hardware and Embedded Systems However, division can be expensive and, in cryptographic settings, might not be a constant-time instruction on some CPUs, subjecting ...

...key derivation with tunable memory and processing costs|journal=Journal of Cryptographic Engineering|language=en|volume=4|issue=2|pages=75–89|doi=10.1007/s13389-013 * Increases the costs of creating dedicated hardware to attack the algorithm. ...

...16 | author=Courtois, Nicolas|display-authors=etal}}</ref> importantly for cryptographic purposes, the problem is thought to be difficult in the average case when { ...plication of "small" values, making this signature viable for low-resource hardware as found in [[smart card]]s. ...