Category Archives: Uncategorized

Development of Forensic Analysis Model for Investigating the Cybercrime Over TOR Network

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Development of Forensic Analysis Model for Investigating the Cybercrime Over TOR Network
Authors:-Atchaya. S, Bavana. D, Dharshini. V, Suganthi. D, Mythili. J, Greeshma K

Abstract-The proliferation of crimes using anonymised networks such as The Onion Router (TOR) has posed considerable hurdles for law enforcement and cybersecurity experts. Conventional forensic methods often have difficulties in tracking illegal activity carried out on TOR because of its encryption and anonymity attributes. This study aims to provide a forensic analysis model tailored for the investigation of criminality inside the TOR network. The model utilises sophisticated data analysis methods, using machine learning classifiers like as Naïve Bayes, Support Vector Machines (SVM), Random Forest, and K-Nearest Neighbours (KNN), to identify anomalous activity and discern attack patterns. Furthermore, it incorporates feature selection techniques to improve classification precision and minimise false positives. The proposed methodology utilises publicly accessible information and network traffic analysis to enhance the detection and investigation of criminality inside the TOR network, providing significant insights for security experts and law enforcement authorities.

DOI: 10.61137/ijsret.vol.10.issue6.653

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Automated Malware and Phishing Website Detection Using Cluster Ensemble Techniques for Cybercrime Prevention

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Automated Malware and Phishing Website Detection Using Cluster Ensemble Techniques for Cybercrime Prevention
Authors:-Nega. B, Rithika. K, Rithika. V, D. Suganthi, J. Mythili, Dr. N. Prabhu

Abstract-Cybercrime is a specialised field that use internet communication networks to enhance the identification of cyber offenders via cyber laws. Extensive study is being undertaken to provide appropriate legal methodologies for preventing and regulating cybercriminal activity. Malware and phishing detection have become as prominent subjects in the last decade because to the harm they inflict on internet users. The identification of phishing websites is a novel area in the discipline. Phishing websites are regarded as a significant threat for the exploitation of personal information for the benefit of cybercriminals. This research presents an automated classification system designed to identify malware and phishing websites by integrating several clustering techniques using a cluster ensemble approach. .

DOI: 10.61137/ijsret.vol.10.issue6.652

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Detection PF DDOS Attacks and Classification

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Detection of DDOS Attacks and Classification/strong>
Authors:-Gopi A G, Professor Dr. M Anand Kumar

Abstract-Distributed Denial of Service (DDoS) attacks are a significant threat to the stability and availability of network services, often resulting in financial and reputational damage to organizations. Detecting and mitigating these attacks is a complex task due to their large scale, diverse attack vectors, and evolving nature. This paper explores various methods for DDoS attack detection and classification, with a focus on leveraging machine learning and statistical techniques. The primary objective is to identify attack patterns in network traffic data and classify them in real-time to distinguish between legitimate and malicious activities. We review traditional methods such as signature-based detection and anomaly detection, alongside modern machine learning-based approaches, including supervised and unsupervised classification techniques. Machine learning algorithms, such as decision trees, support vector machines, and neural networks, are evaluated for their effectiveness in detecting various types of DDoS attacks, including volumetric, protocol, and application-layer attacks. Additionally, we discuss the challenges posed by high traffic volumes, the need for low-latency detection, and the impact of adversarial tactics on detection systems. Finally, the paper highlights the importance of developing robust, scalable, and adaptive classification models that can efficiently handle the evolving nature of DDoS attacks in dynamic network environments.

DOI: 10.61137/ijsret.vol.10.issue6.425

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Automated Temperature Control System by Using Atmega 328 Micro-Controller and DC Fan

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Automated Temperature Control System by Using Atmega 328 Micro-Controller and DC Fan/strong>
Authors:- Deepavarthini S, Subaranjani B S, Karpagam P

Abstract- The main aim of this project is to design the system by using the micro-controller (ATmega328) and temperature sensor for sensing the room temperature with a small DC fan. The system was designed to maintain the constant and comfortable room temperature by automatically activating the DC fan when the temperature exceeds the normally fixed temperature value and deactivates the DC fan when the temperature value falls below the fixed value. The temperature sensor used here will statically monitors the temperature value of the room. By using the reading data the controller makes the decision either to activate the DC fan or to deactivate the DC fan. This system is the energy saving way that activate the DC fan when only the temperature exceeds the fixed value else the fan will be deactivated. It is one of the best solution for maintaining indoor conditions, minimizing the manual interaction of the user and provide the overall comfort to the user.

DOI: 10.61137/ijsret.vol.10.issue6.377

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Budget-Beacon

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Budget-Beacon/strong>
Authors:- Assistant Professor Princy Shrivastava, Sejal Raghuwanshi, Supraja Krishnan

Abstract- The ‘Budget Beacon’ is an unadorned web application designed to make it easy for people to manage their finances and monitor their expenses. It provides users with the facilities to make financial decisions and strategies. Incorporating advanced features makes it easier for users to maintain their finances with precision and make more financial decision with precision. The web application gives users the ability to keep track of their daily expenses and break down their spending by category [1].It helps users keep their financial information digitally eliminating the traditional book keeping system.

DOI: 10.61137/ijsret.vol.10.issue6.376

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A 12 Switch Operated 19-Level Inverter to Reduce Distortion

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A 12 Switch Operated 19-Level Inverter to Reduce Distortion/strong>
Authors:-Mtech Scholar Umang Soni, Assistant Professor Shyam Kumar Barode, Assistant Professor Hari Mohan Soni, Assistant Professor Sachin Jain

Abstract-Purpose: The idea of a multilayer inverter originated from the development of inverters to more than two layers in order to lessen distortion from the basic sinusoidal waveform. One drawback of employing multiple level inverters is the installation of more switches, which raises system bulk and cost and reduces system dependability due to the increased component count. In order to address the issue of the system becoming bigger, more expensive, and less dependable with less distortion, this work provides a nineteen-level inverter (19-LI) with fewer switches than a symmetrical H-bridged nineteen-level inverter. The idea is developed using the MATLAB platform, then analysis is done to determine how valuable the final product is.

DOI: 10.61137/ijsret.vol.10.issue6.423

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Development of an Automated Penetration Testing Tool for Enhanced Cybersecurity

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Development of an Automated Penetration Testing Tool for Enhanced Cybersecurity/strong>
Authors:-Sanskriti Grover

Abstract-The continuous evolution of digitalization and the rapid growth of tools and technologies have led to a parallel rise in sophisticated cyberattacks. Attackers deploy advanced techniques to compromise critical systems, steal sensitive data, and disrupt operations. Traditional vulnerability detection and penetration testing methods, which rely heavily on manual processes and frameworks like Metasploit, are labour-intensive, time-consuming, and prone to human error. To address these challenges, this research presents the development of an Automated Penetration Testing Tool (APTT) to streamline cybersecurity assessments. Integrated with the Metasploit framework, APTT automates reconnaissance, vulnerability scanning, and exploitation, reducing time complexity and human error. Initial testing in diverse environments showed a 50% reduction in testing time and improved reliability of results, making it scalable and adaptable to various security needs.

DOI: 10.61137/ijsret.vol.10.issue6.427

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Automatic Detection of Traffic Violations Using Yolo Model and Challan Generation

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Automatic Detection of Traffic Violations Using Yolo Model and Challan Generation/strong>
Authors:-Kishan Singh, Kunal Lohar, Pratham Bagora

Abstract-As the rate of traffic violations is on the rise, there arises the need for automated enforcement systems. This project is about the implementation of an automated system of e-challan generation based on the license plate detection system. Cameras positioned at the intersections take images of the vehicles violating traffic rules; using computer vision techniques, the number plates are identified and read. The system now fetches the registered mobile number of the violator and sends out an e-challan by itself, thus although removing the manual efforts with more precision [1] and effective enforcement. By using tools like OpenCV and YOLO in major towns, the project can make the roads safer and traffic flow manageable.

DOI: 10.61137/ijsret.vol.10.issue6.375

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DNA Computing

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DNA Computing/strong>
Authors:-Yash Malusare, Aditya Deshmukh, Saurabh Kumar Prabhakar

Abstract-DNA data storage is revolutionizing technology to fill up the voids in existing data storage systems with higher density and durability. The paper deals with DNA comput- ing, especially with the concept of using DNA sequences for data storage with emphasis on encoding digital data in DNA sequences and discussion on the latest developments in DNA storage technologies, challenges facing it, such as scalability and cost, and also the problem of error correction. The paper also highlights the advantages of DNA as a storage medium, including high information capacity and stability in the long term but discusses existing challenges. As a conclusion, we enumerate some directions for further research needed to make DNA data storage more practical. Another key challenge explored in the paper is error correction. DNA sequences, while robust, are prone to errors during synthesis, amplification, and sequencing processes. These errors can compromise the integrity of the stored data, necessitating the development of advanced error correction mechanisms. The paper examines current strategies for mitigating these errors, including the use of redundancy, coding theory, and error-tolerant storage architectures, while also identifying gaps that require further exploration.

DOI: 10.61137/ijsret.vol.10.issue6.374

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