Cyber Attacks on Commercial Drones: A Review by Bruno Branco, Jose Silvestre Serra Silva, Miguel Correia

“…Some examples of these attacks include breaking the connection between the drone and the controller with deauthentication attacks, discovering a password or cryptographic key used in a communication protocol, gaining control of the drone through command/code injection, and attacks. …”
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Pengamanan Pesan E-Complaint Fasilitas dan Kinerja Civitas Akademika Menggunakan Algoritma RSA by Dwi Yuny Sylfania, Fransiskus Panca Juniawan, Laurentinus Laurentinus, Hengki Hengki

“…The choice of RSA as a cryptographic algorithm is due to the difficulty of factoring prime numbers in key generation. …”
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CCA-secure verifiable Mix-Net protocol by Long-hai LI, Cheng-qiang HUANG, Shang-mei XU, Shao-feng FU

“…A CCA-secure verifiable Mix-Net protocol with provable security was proposed.The protocol was based on Wikström’s Mix-Net and improves its security by introducing an improved key generation algorithm and a new method for constructing proof of secret shuffling.Without revealing the correspondence between inputs and outputs,proposed protocol enables everyone to verify the correctness of output plaintexts through checking evidences broadcasted by each server.Thus,it satisfies public verifiability.Any sender can trace and examine the processing procedure of its ciphertext.Thus,proposed protocol satisfies sender verifiability.It is prored to be CCA-secure under the assumption of random oracle.Compared with previous mix-net schemes which are CCA-secure,proposed protocol does not require any trusted center,and incurs fewer interactions between servers which also resulting in a lower computation and communication complexity.Hence,the protocol is an ideal cryptographic tool for constructing secure electronic election protocol.…”
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Efficient and scalable architecture for searchable symmetric encryption by Zhi-qiang WU, Ken-li LI, Hui ZHENG

“…The existing encryption schemes were usua11y poor of index construction and maintenance，which was difficu1t to meet the retrieva1 requirements for distributed ciphertext.Aiming at the above shortage of existing schemes，a structure of separab1e ciphertext inverted index was proposed for improving the performance of para11e1 constructing cryptograph index，simp1ifying the data maintenance process，and increasing the compatibi1ity with the traditiona1 NoSQL system.The method of centra1ized inverted index was adopted to improve the retrieva1 efficiency of distributed retrieva1 system.Then，the proposed scheme was proved to meet the wide1y adopted IND-CKA security standard.Fina11y，Cassandra was combined to eva1uate the severa1 performance parameters，and the experimenta1 resu1ts show proposed architecture has good app1icabi1ity to the distributed and massive encrypted data environment.…”
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DWB-AES: an implementation of dynamic white-box based on AES by Bin WANG, Si CHEN, Jiadong CHEN, Xing WANG

“…The resources of IoT devices are limited.Therefore, security, flexibility and lightweight cryptographic modules are required.The idea of white-box cryptography can meet the needs of IoT devices.In common AES white-box implementations, keys are bound to look up tables.So the look up tables must be changed when the keys are changed.It is not flexible enough in practical applications.To solve this problem, a dynamic white-box implementation method for AES, which was called DWB-AES, was proposed.By changing the boundary between rounds, all operations of the encryption and decryption process were performed by looking up the tables, and the tables and the keys were respectively confused, so that the entire encryption and decryption process did not expose the key information.The look up tables need not to be changed every time when the keys changed, which was more practical.The security analysis of DWB-AES shows that the DWB-AES has higher white-box diversity and ambiguous, it can resist BGE attack and Mulder attack.…”
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A dual speech encryption algorithm based on improved Henon mapping and hyperchaotic by Qiuyu ZHANG, Yujie SONG

“…Aiming at the problems of small key space, poor security, low encryption efficiency, and the inability to realize the trade-off between key complexity and encryption efficiency of existing speech chaotic encryption algorithms, a dual speech encryption algorithm based on improved Henon mapping and hyperchaotic was proposed.Firstly, the traditional Henon mapping was improved by extending the control parameter range and taking the nonlinear trigonometric function as the input parameter variable, which made the Henon mapping have larger chaotic space and higher chaotic complexity.Secondly, the improved Henon mapping was used to generate pseudorandom sequence, and the speech data was encrypted single time without repeated scrambling to obtain the first time encryption results of the speech data.Finally, Lorenz hyperchaotic system was adopted to encrypt the speech data after the first time encryption by Arnold secondary scrambling encryption and XOR diffusion encryption to obtaining the final ciphertext speech data.The experimental results show that, compared with the existing methods, the proposed algorithm have larger key space, higher encryption efficiency, and stronger robustness against various cryptographic attacks.…”
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A Novel k-out-of-n Oblivious Transfer Protocol from Bilinear Pairing by Jue-Sam Chou

“…In most cases, they are treated as cryptographic primitives and are usually executed without consideration of possible attacks that might frequently occur in an open network, such as an impersonation, replaying, or man-in-the-middle attack. …”
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Differential-linear cryptanalysis of PRINCE cipher by Zhengbin LIU

“…PRINCE is a low-latency lightweight block cipher, which is widely used in a lot of resource constrained devices.It is based on the FX construction and the core component is PRINCE_core.Differential-linear cryptanalysis is a classical cryptographic technique, which combines differential cryptanalysis and linear cryptanalysis together.Short differential characteristics and linear characteristics with high-probability were concatenated to break the cipher.Differential-linear cryptanalysis were applied to attack PRINCE_core.Using 2-round differential-linear distinguisher, 4-round PRINCE_corecan be broken with 2⁶chosen plaintext and 2^14.58encryption.For 6-round and 7-round PRINCE_core, the data complexity is 2^12.84and 2^29.02respectively, and the time complexity is 2^25.58and 2^41.53.…”
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Secure UAV-Based System to Detect Small Boats Using Neural Networks by Moisés Lodeiro-Santiago, Pino Caballero-Gil, Ricardo Aguasca-Colomo, Cándido Caballero-Gil

“…Given the high sensitivity of the managed information, the proposed system includes cryptographic protocols to protect the security of communications.…”
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Multiorder Fusion Data Privacy-Preserving Scheme for Wireless Sensor Networks by Mingshan Xie, Yong Bai, Mengxing Huang, Zhuhua Hu

“…Random interference code, random decomposition of function library, and cryptographic vector are introduced for our proposed scheme. …”
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A Novel Audio Cryptosystem Using Chaotic Maps and DNA Encoding by S. J. Sheela, K. V. Suresh, Deepaknath Tandur

“…The simulation and comparison results show that the algorithm can achieve good encryption results and is able to resist several cryptographic attacks. The various types of analysis revealed that the algorithm is suitable for narrow band radio communication and real-time speech encryption applications.…”
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Pseudo-random number generation with -encoders by Charlene Kalle, Evgeny Verbitskiy, Benthen Zeegers

“…Nevertheless, even in this case, nearly uniformly distributed bits can still be generated from [Formula: see text] using modern cryptographic techniques.…”
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Impact of Dual Placement and Routing on WDDL Netlist Security in FPGA by Emna Amouri, Habib Mehrez, Zied Marrakchi

“…The wave dynamic differential logic (WDDL) has been identified as a promising countermeasure to increase the robustness of cryptographic devices against differential power attacks (DPA). …”
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sThing: A Novel Configurable Ring Oscillator Based PUF for Hardware-Assisted Security and Recycled IC Detection by Saswat Kumar Ram, Sauvagya Ranjan Sahoo, Banee Bandana Das, Kamalakanta Mahapatra, Saraju P. Mohanty

“…For example, the RO-based physical unclonable function (PUF) generates a secure and reliable key for the cryptographic application, and the RO-based aging sensor is used for the efficient detection of recycled ICs. …”
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Blockchain-Based Anonymous Reputation System for Performance Appraisal by Hye Jin Lee, Duc Anh Luong, Jong Hwan Park, Hyoseung Kim

“…This system is designed for upward feedback in performance appraisals, employing cryptographic techniques such as non-interactive zero-knowledge proofs, public key encryption, and Merkle trees to ensure security. …”
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Software defined network implementation of multi-node adaptive novel quantum key distribution protocol by Hardeer Kaur, Jai Sukh Paul Singh

“…Engineers have been working to create a better and more secure cryptographic system. Quantum key distribution stands at the top of this security system. …”
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Low Mismatch Key Agreement Based on Wavelet-Transform Trend and Fuzzy Vault in Body Area Network by Yang Wu, Yongmei Sun, Lei Zhan, Yuefeng Ji

“…By exploiting the high correlation of received signal strength index (RSSI) between peer-to-peer communications, our scheme can provide a shared symmetric cryptographic key under the presence of an eavesdropper. …”
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Multi-function supported privacy protection data aggregation scheme for V2G network by Baiji HU, Xiaojuan ZHANG, Yuancheng LI, Rongxin LAI

“…In view of the problem that the functions of the current privacy protection data aggregation scheme were insufficient to meet the increasingly rich application requirements, a multi-function supported privacy protection data aggregation (MFPDA) scheme for V2G network was proposed.By using cryptographic algorithms such as BGN, BLS, and Shamir’s secret sharing, as well as fog computing and consortium blockchain technology, multiple security functions like fault tolerance, resistance to internal attacks, batch signature verification, no need for trusted third parties, and multiple aggregation functions were integrated into one privacy protection data aggregation scheme.Security analysis shows that the proposed scheme can protect data aggregation’s security, privacy and reliability.The performance evaluation shows that the introduction of fog computing can significantly reduce the computing overhead of the control center, and the reduction rate can be as high as 66.6%; the improvement of the consortium blockchain can effectively reduce the communication and storage overhead of the system, and the reduction rate can reach 16.7% and 24.9% respectively.…”
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Blockchain-based digital copyright trading system by Li LI, Siqin ZHOU, Qin LIU, Debiao HE

“…In the current era of digitalization and networking,the demand for digital copyright transactions is increasing.The traditional centralized copyright protection system has series of problems such as high registration costs,long work acceptance times,and being vulnerable to tampering by saboteurs.Blockchain as a decentralized network structure and based on P2P network and cryptographic technology,which can establish trust relationship on the network by pure mathematics.Without relying on the middle platform,blockchain technology can naturally alleviate the above problems.With the help of self-regulatory,traceable and decentralized features of blockchain technology and digital copyright trading scenarios,a digital copyright trading system model was designed.The new system is based on the advanced permissioned blockchain provided by IBM.The implementation of copyright registration and copyright transaction can ensure the integrity and tamper-resistant of the information.Finally,the installation time of chain code deployment was tested.The results show that the system is simple to install and has low maintenance costs.Compared with the traditional trusted third party copyright authentication mechanism,the blockchain-based digital rights trading system has a short registration time,no registration fee,and better architecture security and scalability.…”
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Fuzzy-Based Adaptive Countering Method against False Endorsement Insertion Attacks in Wireless Sensor Networks by Hae Young Lee

“…A centralized solution can detect and adaptively counter FEIAs while conserving the energy of the forwarding nodes because it does not make the nodes verify reports using cryptographic operations. However, to apply this solution to a WSN, the users must carefully select 10 or more security parameters, which are used to determine the occurrences of FEIAs. …”
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