Titlebook: Security, Privacy, and Applied Cryptography Engineering; 6th International Co Claude Carlet,M. Anwar Hasan,Vishal Saraswat Conference proce

Myocyte

Conference proceedings 2016016, held in Hyderabad, India, in December 2016..This annual event is devoted to various aspects of security, privacy, applied cryptography, and cryptographic engineering. This is indeed a very challenging field, requiring the expertise from diverse domains, ranging from mathematics to solid-state c

Palpate

Breaking Cryptographic Implementations Using Deep Learning Techniquesg techniques based on deep learning. Our experimental results confirm the overwhelming advantages of the resulting new attacks when targeting both unprotected and protected cryptographic implementations.

defenses

CODA

Breaking Cryptographic Implementations Using Deep Learning Techniquesder attack: the probability density function of the data is a multivariate Gaussian distribution. To relax this assumption, a recent line of research has investigated new profiling approaches mainly by applying machine learning techniques. The obtained results are commensurate, and in some particula

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Cheap and Cheerful: A Low-Cost Digital Sensor for Detecting Laser Fault Injection Attacksced faults in security ICs for retrieving confidential internals. Since the faults are injected by disturbing circuit behaviors, FIA can possibly be detected in advance by integrating a sensitive sensor. In this paper, a full-digital detection logic against laser fault injection is proposed, which m

machination

FLAIL

Fault Based Almost Universal Forgeries on , and ,ort input efficiently. The designers of the schemes claimed .-bit integrity security against nonce reusing adversaries, where . is the blockcipher state size in bits. In this paper, we present single fault-based almost universal forgeries on both . and . with only one single bit fault at a fixed pos

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modish

Partially Homomorphic Encryption Schemes over Finite Fieldscations. The main issue with the known fully (or partially) homomorphic encryption schemes is the high computational complexity and large communication cost required for their execution. In this work, we study symmetric partially homomorphic encryption schemes over finite fields, establishing relati

bifurcate

Light Weight Key Establishment Scheme for Wireless Sensor Networksge protocols LEAP (Localised encryption and authentication protocol) and COKE (Crypto-less over the air key establishment) and addresses the weakness of both schemes. The security analysis shows that the system is secure against active adversaries and node compromise. Compared to COKE, the proposed