论文头条 | DplsLab_北京智慧云测设备技术有限公司

FARFETCH’D: A Side-Channel Analysis Framework for Privacy Applications on Confidential Virtual Machines

发表于 2025 来源 arxiv

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作者

Ruiyi Zhang,Albert Cheu,Adria Gascon,Daniel Moghimi,Phillipp Schoppmann,Michael Schwarz,Octavian Suciu

摘要

Confidential virtual machines (CVMs) based on trusted execution environments (TEEs) enable new privacy-preserving solutions. Yet, they leave side-chan 更多..

FEELAP: Fuzzy Extractor-Based Efficient Lightweight Authentication Protocol for Edge-IoT Ecosystem in e-Healthcare

发表于 2025 来源 IEEE OPEN JOURNAL OF THE COMPUTER SOCIETY

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作者

Saeed Ullah Jan,Muhammad Usman Tariq,Osama A Khashan,Naif Alzahrani,Anwar Ghani

摘要

In modern edge IoT-assisted e-healthcare, biosensors are implanted within the human body to collect real-time physiological data. These vast amounts o 更多..

Edge computing,e-health systems,Internet of Things,lightweight authentication,ProVerif verification,Security and privacy

FL-DPCSA: Federated learning with differential privacy for cache side-channel attack detection in edge-based smart grids

发表于 2025 来源 E-PRIME: ADVANCES IN ELECTRICAL ENGINEERING

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作者

G Hemanth Kumar,Sivananda Lahari Reddy Elicherla,Sugandha Saxena,K Ayyappa Swamy,Ashwini P,U Pavan Kumar

摘要

Smart grid technology adoption at a fast pace has created new security vulnerabilities to cache side-channel attacks (CSAs) which threaten both user p 更多..

Cache side-channel attacks,Edge artificial intelligence,Federated learning,Intrusion detection systems,Privacy-preserving ML,Smart grid

Evaluation of AES-256 encryption and machine learning for securing GSM communications against sniffing attacks

发表于 2025 来源 Egyptian Informatics Journal DOI 10.1016/j.eij.2025.100832

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作者

Zaid Ali Hussein,Omer Abdulhaleem Naser

摘要

GSM (Global System for Mobile Communications) networks are becoming exposed to security attacks more frequently because of their inefficient encryptio 更多..

GSM,Sniffing attacks,AES-256,Encryption,Machine learning,Security vulnerabilities

Exception-Driven Security: A Risk-Aware Permission Adjustment for High-Availability Embedded Systems

发表于 2025 来源 Mathematics DOI 10.3390/math13203304

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作者

Soltani Siapoush, Mina,AlvesFoss, Jim

摘要

Real-time operating systems (RTOSs) are widely used in embedded systems to ensure deterministic task execution, predictable responses, and concurrent 更多..

real-time operating systems (RTOSs),system call,FreeRTOS,Capability Hardware Enhanced RISC Instructions (CHERI),access control,permission adjustment,risk

ExclaveFL: Providing Transparency to Federated Learning using Exclaves

发表于 2025 来源 arxiv

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作者

Jinnan Guo,Kapil Vaswani,Andrew Paverd,Peter Pietzuch

摘要

In federated learning (FL), data providers jointly train a model without disclosing their training data. Despite its inherent privacy benefits, a mali 更多..

EthVault: A Secure and Resource-Conscious FPGA-Based Ethereum Cold Wallet

发表于 2025 来源 arxiv

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作者

Joel Poncha Lemayian,Ghyslain Gagnon,Kaiwen Zhang,Pascal Giard

摘要

Cryptocurrency blockchain networks safeguard digital assets using cryptographic keys, with wallets playing a critical role in generating, storing, and 更多..

EthVault: A Secure and Resource‐Conscious FPGA‐Based Ethereum Cold Wallet

发表于 2025 来源 IET BLOCKCHAIN

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作者

Joel Poncha Lemayian,Ghyslain Gagnon,Kaiwen Zhang,Pascal Giard

摘要

ABSTRACT Cryptocurrency blockchain networks safeguard digital assets using cryptographic keys, with wallets playing a critical role in generating, sto 更多..

blockchains,cryptocurrencies,ethereum,private key cryptography,public key cryptography

Evaluating the Vulnerability of Hiding Techniques in Cyber-Physical Systems Against Deep Learning-Based Side-Channel Attacks

发表于 2025 来源 Applied Sciences DOI 10.3390/app15136981

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作者

Park, Seungun,Seo, Aria,Cheong, Muyoung,Kim, Hyunsu,Kim, JaeCheol,Son, Yunsik

摘要

(1) Background: Side-channel attacks (SCAs) exploit unintended information leakage to compromise cryptographic security. In cyber-physical systems (CP 更多..

side-channel attack,cryptographic security,hiding technique,dummy data,deep learning model,power consumption pattern

Energy Efficient Ultra-Fast Optically Switched Fully Non-Volatile Magnetic Full Adder for Enhanced Side-Channel Attack Resilience

发表于 2025 来源 IEEE OPEN JOURNAL OF NANOTECHNOLOGY

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作者

Surya Narain Dikshit,Alok Kumar Shukla,Sandeep Soni,Himanshu Fulara,Brajesh Kumar Kaushik

摘要

High standby power has become a critical challenge for CMOS circuits below the 90 nm technology node as leakage currents continue to rise. Deeply scal 更多..

All-optical-switching (AOS),magnetic full adder (MFA),non-volatility,optically switched magnetic tunnel junction,side channel attack (SCA),leakage power analysis (LPA)