High Data Security Research Articles

Applications and Challenges of Warehouse Optimization Technology in E-commerce Platforms under the Background Big Data

With the rapid growth of e-commerce, warehouse management has become a crucial component in ensuring operational efficiency and customer satisfaction. Integrating big data into e-commerce warehousing has significantly influenced logistics by providing valuable insights into consumer behavior, inventory turnover, and supply chain performance. Warehouses can make better use of space, get orders filled faster, and get more accurate information with the help of technologies like automated storage and retrieval systems (ASRS), inventory forecasting models, real-time tracking with the Internet of Things (IoT), and AI-driven order picking. However, the adoption of these optimization technologies is not without challenges. Successful implementation requires addressing issues related to data quality and integration, high initial costs, workforce adaptation, and data security. By addressing these obstacles, e-commerce platforms can leverage warehouse optimization to reduce costs, improve operational efficiency, and meet increasing consumer demands in a competitive market. This passage will focus on the applications of optimization technology in warehouses based on a big data background and the challenges it will face in the optimization process.

Challenges and Optimization Strategies of AI Applications in Supply Chain Management

As globalization accelerates and market dynamics grow increasingly complex, supply chain management has emerged as a pivotal factor in determining corporate competitiveness. Concurrently, the rapid advancement of artificial intelligence (AI) technology has positioned its application as a critical solution for addressing supply chain optimization challenges. This study reviews the challenges faced by AI applications in supply chain management, proposes feasible optimization solutions and suggestions, and aims to help enterprises correctly apply AI technology to achieve cost reduction and efficiency improvement. Research has found that AI applications currently face challenges such as high initial investment, data security, and talent shortages. To address these issues, the study focuses on three critical industriesautomotive, medical, and information technologyanalyzing their unique challenges and exploring targeted solutions. This article suggests that enterprises reduce investment risks, improve data access mechanisms, and strengthen talent cultivation and introduction, to promote the broader integration of artificial intelligence within supply chain operations.

Revolutionizing industrial kitchen appliances: How data-driven supply chains enhance customer experience for U.S. food chains

In the U.S. food service industry, data driven supply chains are converging with advanced industrial kitchen appliances. Through technologies like Artificial Intelligence (AI), Internet of Things (IoT) and predictive analytics, businesses are improving operational efficiency and cutting waste while offering far superior customer experiences. However, traditional supply chains fail under the dynamic market demands, showing inefficiencies, delays and huge operational costs. These challenges are tackled by data driven approaches that deliver real time insights to predict maintenance, optimize inventory and build transparency. IoT and AI integrated smart appliances also improve the food quality and sustainability, personalization and speed in service delivery. Beyond customer preferences for quality and customization, this one address the industry’s transition towards the sustainable and ethical. Although high initial costs, data security and other challenges exist, these innovations are essential in a rapidly changing food service landscape as the potential benefits far outstrip any disadvantages.

High-Security Data Encryption Enabled by DNA Multi-Strand Solid-Phase Hybridization and Displacement in Inkjet-Printed Microarrays.

Multicolor fluorescent encryption systems that respond to specific stimuli have drawn widespread attention to data storage and encryption due to their low cost and facile data access. However, existing encryption systems are limited by encryption materials, restricting their encryption depth. This study uses DNA molecules as encryption materials that offer exceptional specificity and encryption depth within sequences. With inkjet-printed microarrays on a solid-phase interface, a multicolor fluorescent data storage system based on DNA hybridization and strand displacement is developed, achieving an encryption system with high encryption depth and flexibility. DNA strands, modified with different fluorescent labels, are delivered onto solid-phase interfaces containing a DNA self-assembled monolayer (SAM) via inkjet printing, forming multicolor fluorescent data microarrays. Data storage and encryption are achieved through the hybridization of fluorescent DNA strands for data presentation and interference with the DNA SAM at the interface between the solid phase and droplets. Interference DNA strands can be removed by DNA strand displacement for decryption. The encryption depth of this system is determined by the design of the DNA sequences and the combination of multiple DNA strands, showcasing its outstanding encryption ability. Meanwhile, high-throughput inkjet printing accelerates the data writing process, further enhancing the system efficiency. With DNA solid-phase reaction in inkjet-printed microarrays, this system provides a scalable and robust strategy for high-depth and efficient data encryption.

Measurement of Atmospheric Coherence Length from a Shack–Hartmann Wavefront Sensor with Extended Sources

Free Space Optical Communication (FSOC) is a wireless communication method that utilizes laser beams for high speed and secure data transmission. Its performance is affected by various factors, among which atmospheric turbulence causes random fluctuations in the atmospheric refractive index, significantly impacting the reliability of communication links. The atmospheric coherence length is a key parameter describing the coherence properties of a laser signal as it propagates through the atmosphere, and accurately measuring it is crucial for assessing the quality of FSOC links. This paper proposes a novel strategy that utilizes extended sources directly as the information sources, combining the wavefront phase variance method with the extended source offset algorithm based on Shack–Hartmann wavefront sensors to directly measure atmospheric coherence length. Existing methods in extended scenarios typically rely on deploying laser beacons to aid in the calibration of atmospheric coherence length but setting up suitable beacons on horizontal communication links is challenging. Additionally, these approaches can be costly in terms of equipment and measurement expenses. Compared to traditional measurement methods, the algorithm proposed in this paper can measure directly based on extended scenarios in horizontal links, thereby effectively reducing system complexity and equipment costs. To verify the feasibility and effectiveness of this method, targeted simulations and experiments were conducted, and the results show that the coherence length measured by the algorithm is highly consistent with that measured by the Differential Image Motion Monitor (DIMM), with a deviation of less than 2% from actual values, effectively demonstrating the algorithm’s feasibility in coherence length assessment.

An Evaluation of Opportunities and Challenges of Blockchain Technology in Healthcare.

In a globalised world, patients may need to manage and track their health records with healthcare professionals anywhere and anytime with high data privacy and security. Blockchain technology (BcT) provides these necessities. This study aims to provide a general overview of the usability of BcT in healthcare applications. BcT has been adopted in many sectors, including healthcare. However, there is no unified record format among hospitals for tracking patients' medical histories. In BcT, recorded data cannot be modified without affecting the chain hash code. The blockchain creates a secure and public digital ledger. BcT can also ensure accurate and timely financial transactions by automating payment processes among providers, insurers, and patients through smart contracts. In conclusion, BcT plays a key role in the healthcare sector. It enables safer, cheaper, more dependable, and more effective pharmacotherapy by providing data security, traceability, and immutability.

Smart Strategies in the Digital Age: Conventional Retail Facing the Revolution E-Commerce

The aim of this research is to see how e-commerce trends impact traditional retail marketing strategies. The study emphasize the use of new technologies such as augmented reality (AR), artificial intelligence (AI), and omnichannel approaches as a way to maintain traditional retail competitiveness. This was done using the PRISMA framework and SWOT analysis. Data was collected from eleven relevant articles over the past three years (2022-2024) using searches in ScienceDirect and Google Scholar. Results show that the use of technology in omnichannel strategies can improve customer experience and operational efficiency. However, the main obstacles remain infrastructure limitations, high investment costs and data security threats. To address this issue, it is recommended to use mitigation strategis that prioritize technology partnerships and focus on specific market segments. This research provides parctical guidelines for retail partitioners to adjust to the dynamics of the e-commerce market. In addition, this research offers a perspective for academics in studying retail transformation in the digital era.

From Grapes to Clicks : A Cloud-Based Wine-Selling Solution for Single Vendors

This document outlines the design and creation of a robust wine vending application for a single vendor, which combines a web platform, an Android mobile app, and a cloud-based framework. This solution addresses the increasing demand for online wine sales while delivering a smooth, secure, and adaptable shopping experience. Essential features of the system include an intuitive web interface and an application focused on effective product searching, ordering, and payment processing. Cloud infrastructure is implemented to guarantee high availability, scalability, and secure data management. The paper discusses various architectural alternatives, such as utilizing cloud services for load balancing, data handling, and disaster recovery. It also emphasizes the necessity of strong security protocols, including encryption, user authentication, and adherence to industry standards for online transactions. Additionally, the document addresses challenges related to regulatory compliance, including age verification mandates and data protection laws. Lastly, it explores strategies for performance enhancement, improvements to user experience, and potential avenues for future expansion. The proposed solution aims to deliver a dependable, secure, and scalable platform tailored to the requirements of individual wine retailers while accommodating future growth.

Research on the meteorological data transmission system of civil aircraft based on BeiDou satellite

Abstract With the official opening of the Beidou-3 global satellite navigation system, Beidou has entered a new era of global services, extending its service area to the whole world. With the advantages of sufficient data volume and high data security, the BeiDou-3 short message satellite communication system can provide global communication services for airlines, realize two-way data transmission between air and land, and effectively reduce the operating costs of airline companies. Aiming at the demand for low-cost civil aircraft weather data transmission proposed by domestic and foreign airline companies, the current development of civil aviation weather information transmission and the current application status of BeiDou in civil aviation were studied, and the BeiDou satellite-based civil aircraft weather data transmission system was designed. The system architecture, detailed functions and data transmission workflow were analyzed, and the message coding structure was designed using bit-based coding technology. Finally, the feasibility of the scheme is verified through the data demand analysis of weather news and the onboard flight test on a domestic aircraft. The results show that t-he BeiDou short message function has the ability to realize the weather data transmission of a civilian aircraft.

Advancing food safety standards through technology integration and policy development

Food safety is a critical global concern, directly impacting public health, economic stability, and international trade. With the complexity of modern food supply chains and the rising incidence of foodborne illnesses, traditional food safety measures are often insufficient to address the growing risks. This review explores how integrating advanced technologies and developing robust policies can significantly enhance food safety standards. Technological innovations, including the Internet of Things (IoT), blockchain, artificial intelligence (AI), and automation, offer promising solutions for real-time monitoring, traceability, and predictive analytics in food production and distribution. IoT and sensors enable constant monitoring of environmental conditions like temperature and humidity, while blockchain ensures transparency and traceability across supply chains. AI and machine learning are transforming food safety by predicting contamination risks and optimizing inspection processes, while robotics and automation reduce human error in food processing plants. Alongside technological advancements, policy development plays a crucial role in reinforcing food safety standards. Global harmonization of food safety regulations, stronger enforcement mechanisms, and public-private partnerships are essential for ensuring widespread compliance. Incorporating technology into regulatory frameworks is key to addressing new challenges and maintaining food safety across borders. Governments must also prioritize consumer education and awareness through policies that leverage technology platforms to promote food safety knowledge. Case studies demonstrate the successful application of these technologies in sectors like dairy and meat processing, showcasing the potential for broader industry adoption. However, challenges such as high implementation costs, regulatory lag, and data security concerns remain. This review argues that a synergistic approach combining technological integration with forward-thinking policy development is essential for advancing global food safety standards and safeguarding public health in the future.

Advancements in Telemedicine: Enhancing Public Health Outcomes through the Implementation of 5G Networks for Ultra Low Latency Communication

With the introduction of 5G networks, a new era emerges in telemedicine, dramatically improving public health outcomes with fewer telecommunications networks. The proliferation of 5G communications networks that enable seamless remote access, routine patient monitoring, and expedited treatment on mobile devices is the driving force behind improved patient care and public health risk variety detection and maintenance. High infrastructure costs, wide adoption, and data privacy and security Despite the compelling potential of 5G in telemedicine, some barriers to adoption have been proposed for Integrating Smart Automated Healthcare Analysis (I-SAHA), using artificial intelligence (AI) and machine learning (ML). Using these, I-SAHA can analyze health information as its peak rapidly and reliably, albeit with insights related to diagnosis by physicians and prognosis. In the context of telemedicine in a 5G application, this study investigates the performance of I-SAHA applications through an in-depth simulation analysis. Through its simulation, I-SAHA demonstrates that increased speed and accuracy in remote health assessment can lead to more dynamic, personalized health care. Additionally, 5G networks enable real-time transmission of vital health information to ensure prompt medical intervention with minimal intervention. The results show how telemedicine can benefit from 5G networks and how I-SAHA applications can improve healthcare. This approach has the potential to expand access to better health care by reducing existing barriers and improving public health outcomes through innovative research on telecommunications.

Improved PBFT-Based High Security and Large Throughput Data Resource Sharing for Distribution Power Grid

Improved PBFT-Based High Security and Large Throughput Data Resource Sharing for Distribution Power Grid

A Brief Overview of Technologies in Automated Agriculture: Shaping the Farms of Tomorrow

As global population continues to grow, there is an increasing need for innovative solutions to enhance agricultural productivity, efficiency, and sustainability. To meet increasing population demand, agricultural production must be doubled. The global population is projected to rise by almost two billion individuals within the next three decades. With global challenges such as population growth, climate change, and resource formation, automation in farming practices is one of the key driving forces behind this revolution. Robotics, coupled with artificial intelligence (AI) and advanced data analytics, are transformative solutions for precision farming and smart farming technologies. These technologies enable continuous and efficient farming operations and provide detailed monitoring at a plant-by-pant level, optimizing resource use and reducing the environmental footprint. Technological advancements have led to the development of various robotic systems, including agricultural grippers and autonomous machinery, which are integral to the automation of farming tasks, from sowing to harvesting. However, the adoption of such technologies is not without challenges. High initial investment costs, connectivity issues, and data security are some of the barriers that need to be addressed. The potential benefits of reduced operational costs, improved crop quality, and enhanced farm output make it a promising solution for the future of farming. In this article, we discuss the multifaceted role of robotics in modern agriculture by exploring both technological advancements and challenges to widespread adoption.

Benefits of a Smart Building Design in Public Library Facilities, Lagos State, Nigeria

The study refers to the benefits in the adoption of a smart building design in public library facilities, Lagos State, Nigeria. Public libraries in Lagos serve as vital resources for education, information, and community activities. However, challenges such as outdated infrastructure, limited financial resources and varying levels of technological literacy among the community need to be addressed to ensure successful integration. The study examined the practicality, benefits, challenges, costs associated with integrating smart technologies and infrastructure such as smart lighting, heating, ventilation, air conditioning systems, occupancy sensors, energy management systems etc. The research methodology present in this study was sampling technique and sampling procedure, sampling frame, instrument for data collection, and data analysis techniques. The study discussed public library facilities, the criteria for categorization smart buildings, basic smart devices needed in public library buildings, problems and solutions identified with public library buildings in Lagos. The findings of this study indicated that introducing smart building design for a public library facility offers several notable benefits which include significant energy savings, improved indoor environmental quality, enhanced user experience through personalized services, and efficient space utilization. Moreover, smart building features enable real-time monitoring and data analytics for informed decision-making and maintenance. However, the challenges that needs to be addressed during the assessment process include high upfront costs, interoperability and data security concerns, potential disruptions during the transition phase, and the need of training staff to utilize the new technologies effectively. Overall, with careful planning, stakeholder involvement, and appropriate fundings, the library can embrace smart technologies to enhance its operational efficiency, user experience, sustainability, and contribute positively to the surrounding community.

An analysis of performance, pricing, and coordination in a supply chain with cloud services: The impact of data security

As an important supporting technology for Industry 4.0 and smart manufacturing, cloud computing technology facilitated the sharing of digital services and reduced energy consumption. However, concerns about data security may cause firms to hesitate to adopt cloud services. How to coordinate their supply and demand and estimate the economic and environmental impacts are not well understood. To address this research gap, this study investigates a supply chain consisting of a cloud-service provider and a manufacturer and a collaboration mechanism that may coordinate both parties’ interests. We employ game theory to design stylized models of two supply chain structures (centralised and decentralised) and derive each firm’s optimal product pricing, profits, and the entire supply chain under different scenarios. The results show that considering cloud-service data security, a cloud-service supply chain cannot achieve coordination in the absence of intervention, while once coordinated it could be more environmentally friendly than the case without coordination. Furthermore, we propose a revenue-sharing contract to incentivise the cloud-service provider to cooperate with the manufacturer and identify the conditions for data security from which both can benefit. Interestingly, enhancing data security does not always help the entire supply chain, and higher data security may worsen it. Finally, numerical examples were derived to demonstrate our conclusions. Our study highlights supply chain coordination in a cloud-service environment and provides significant insights for participants who value data security and carbon–neutral innovation solutions.

Exploring on Cloud Security Landscapes:A Comprehensive Review

Nowadays, the massive growth of data and the adoption of the cloud-based architecture indicate that the secure storage of data is a very essential issue. Cloud storage is the solution to convenient, scalable and cost-effective storage, yet security issues persist, especially regarding the protection of sensitive information. The encryption plays a vital role in which data is made unreadable and only accessible by those with the proper authorization. This helps in data management and minimizes data leaks. Shared responsibility in cloud security entails collaboration between the operators and users through the encryption strategy and a number of security measures to protect the data, apps, and infrastructure. This paper deals with the different cryptographic techniques and technologies used for improving cloud security. It discusses the notion of Non-Deterministic Cryptographic Scheme (NCS), which is a secure technique that effectively utilizes randomness in cryptographic algorithms. Regarding the Intel architecture compatibility, SGX and blockchain technology implementation not only ensures data immutability, but it also strengthens the data against cyber threats. SGX produces secure compartments inside cloud platforms, while blockchain makes data integrity possible through decentralized and immutable ledger technology. The research gives an impression of the seaside and multi sided cloud security. Involving encryption, access control, data loss prevention, and intrusion detection systems. Technologies of cryptography like Group Key Based Attribute Encryption (GKBAE) and Modified Random Fibonacci Cryptography (MRFC) offers both data protection and reduced resource requirement in clouds. GKBAE enables fine-grained access control and attribute-based encryption that ensures high data security without any additional computation. In addition, the paper also talks about the privacy-preserving technology, and policy-oriented access control framework. Techniques like Linear Elliptical Curve Digital Signature (LECDS) that combine digital signatures with blockchain technologies can also be used to implement the above features. To sum up, the changing scenario of cloud security requires ceaseless innovation and application of the latest cryptographic methods. Through encryption, hardware level security features and distributed ledger technology implementation, data environment is more strengthened and vulnerabilities to hacking, data leakage, and unauthorized access are decreased. Making use of the modern security tools not only does the data safety but also is responsible for the trustworthiness and stability of the cloud computing infrastructure. Keywords— Cloud Security, Encryption, Data Protection, Non-Deterministic Cryptographic Scheme (NCS), Intel SGX, Blockchain, Group Key Based Attribute Encryption (GKBAE), Modified Random Fibonacci Cryptography (MRFC), Data Confidentiality.

Advancing Edge Computing with Federated Deep Learning: Strategies and Challenges

Abstract: Edge computation (EC) represents a transformative architecture in which cloud computing services are decentralized to the locations where data originates. This shift has been facilitated by the integration of deep learning (DL) technologies, notably in eliminating latency issues commonly referred to as the "echo effect" across various platforms. In typical EC-enabled DL frameworks where data producers are directly involved, it is often necessary to share data with third parties or edge/cloud servers to facilitate model training. This process, however, raises significant concerns regarding synchronization with high data rates, seamless migration, and security, consequently exposing the system to privacy vulnerabilities. These challenges can be addressed through the adoption of Federated Learning (FL), which provides a robust mechanism to mitigate risks associated with data loss, ensure data freshness, and enhance privacy.

A randomized encryption deduplication method against frequency attack

Encryption deduplication technology first encrypts the file or chunks of data, then detects and removes duplicate ciphertexts, storing only one copy on the cloud storage server (CSP). Although traditional encryption deduplication schemes have the function of ciphertext deduplication, they also have a serious problem. Since the key generation algorithm and the encryption algorithm are deterministic, the frequency of plaintext chunking will be leaked. It is possible for the attacker to infer the information of the plaintext. We propose a Randomized Encryption deduplication method against Frequency Attack (REFA) that provides high randomness in ciphertexts. The core idea of REFA is that after obtaining a convergence key generated with the aid of a key server, the user randomizes the convergence key with a random value of the same length. Then, REFA encrypts the plaintext chunk with a randomized key. Our scheme hides the random value in the ciphertext and encrypts the convergence key for user ownership verification. REFA perfectly masks the frequency of plaintext chunks and has high storage efficiency and data security. Furthermore, the CSP performs ciphertext updates with ciphertexts uploaded by subsequent users. REFA can effectively protect against frequency analysis attacks.

Optimizing the Security of Letter of Credit Transactions: Application of Blockchain Technology in Reducing the Risk of Fraud in Banking

Letter of Credit (LC) transactions play a vital role in facilitating international trade, but are vulnerable to various forms of fraud such as forgery of documents and manipulation of information. In the banking context, ensuring the security of LC transactions is an urgent challenge. This research aims to investigate the potential of applying blockchain technology in improving the security of LC transactions and reducing the risk of fraud in the banking sector. This research is included in descriptive quantitative research. This research was conducted at Banks in DKI Jakarta. The population in this research are customers who use Letter of Credit transactions. The sampling technique in this research is purposive sampling so that in this research the research sample was 100 customers who used letter of credit transactions. The data analysis technique in this research uses Partial Least Square (PLS). The research results show that blockchain technology has great potential to increase the security of LC transactions through aspects such as high data security, transparency and auditability, as well as automation through smart contracts. With proper implementation, blockchain technology can help reduce the risk of fraud, increase operational efficiency, and build trust in international trade. This study contributes to the understanding of the potential application of blockchain technology in the global financial context and highlights the importance of cross-sector collaboration to address transaction security challenges.

Multibeam-based mmWave segmented beamforming array system for high efficiency and secure communication

A new mmWave transmitter architecture with multibeam-based segmented beamforming arrays (SBAs) for high-efficiency and secure communication is proposed. Unlike convetional communication architecture, which transmits a high-order QAM signal through a single RF-chain, the proposed structure transmits independently controlled multiple QPSK signals to form M-QAM signals. The multiple independent SBA chains radiate independent QPSK signals at each chain’s maximum operation efficiency to reduce the peak-to-average-power ratio. Then, multiple beams with QPSK signals are steered by the SBAs to form a line of combination (LoC) where multiple QPSK signals are spatially vector-combined to generate M-QAM signals correctly. For any unidentified receiver outside the LoC, the desired high-order QAM signals cannot be retrieved owing to the lack of required sets of QPSK signals and SBA steering information. Thus, higher data security can be also guaranteed. To verify the proposed architecture, 28-GHz SBA-based transmitter and reference receiver were implemented. Three QPSK signal sets were transmitted by three SBAs supporting independent beamforming to flexibly create a narrow LoC where the receiver retrieved 64-QAM signals successfully. Furthermore, secured data transmission was verified with an extra eavesdropper in the vicinity of the target receiver. By controlling the LoC, only the target receiver successfully demodulated the 64-QAM signals.