Authors: Mr. G. Vignesh, Mr. G. Karthikeyan, Ms. Kowsalya

 

Abstract: The increasing global demand for protein, together with environmental degradation, animal welfare concerns, and food safety risks associated with conventional poultry farming, has motivated research into lab‑grown (cultured) poultry. This review (or article) explores the state of the art in cultured‐meat technology applied to poultry: from cell sourcing and culture media, to scaffolding, bioreactor design, tissue vascularization, and challenges in mimicking texture and flavor. It discusses the potential advantages of lab‑grown poultry—reduced greenhouse gas emissions, lower land and water use, elimination of slaughter, and improved safety control—and weighs these against the technical, regulatory, economic, and consumer‑acceptance obstacles. The article concludes by projecting a pathway toward commercialization, outlining necessary innovations and policy frameworks, and evaluating the prospects for lab‑grown poultry becoming a mainstream component of the human diet.

DOI: https://doi.org/10.5281/zenodo.17198116

 

Published by: vikaspatanker

Authors: Haritha A, Nithyasri P, Sandhiya M

Abstract: In our fast-moving digital age, the demand for automation and intelligent systems is on the rise. More and more people are turning to digital assistants to help them juggle tasks, enhance workflows, and minimize manual effort. However, many of the voice assistants available today struggle with multitasking, remembering context, and executing tasks effectively. This gap creates a mismatch between user expectations and the capabilities of current virtual assistants. Enter M.A.T.T.I.S (Multi-Functional Assistant for Task, Technology, and Intelligent Support). This innovative solution aims to bridge that gap by integrating cutting-edge automation, multi-language processing, and AI-driven conversational memory. Built on Python frameworks, M.A.T.T.I.S leverages advanced speech recognition and natural language processing to deliver highly accurate responses. Unlike traditional virtual assistants, M.A.T.T.I.S is crafted to manage multiple tasks simultaneously, minimizing delays and enhancing productivity. It also boasts smart automation features, allowing users to control system functions, access real-time data, and streamline their digital activities effortlessly. This paper takes a deep dive into M.A.T.T.I.S ’s system architecture, workflow, and implementation strategies. It also compares M.A.T.T.I.S [Multi-functional Assistant for Task, Technology and Intelligent Support] with leading commercial voice assistants, showcasing its superior efficiency in task execution and user-friendly design. Additionally, the study presents real-life scenarios where M.A.T.T.I.S significantly improves task management in both professional and personal settings. A series of tests were conducted to assess the assistant’s accuracy, efficiency, and performance in real-time situations. The results reveal an impressive 95% accuracy rate in speech recognition, an average response time of under a second, and the capability to seamlessly handle over 50 tasks simultaneously.

DOI: http://doi.org/10.5281/zenodo.17197525

Published by: vikaspatanker

Authors: Dr. R.K. Dubey, Mohd. Wahid Mansury

Abstract: This study analyzes the effects of the cosmological constant  in the context of the Bianchi Type I cosmological model. The Bianchi Type I model represents an anisotropic but spatially that universe, where expansion rates can differ along three spatial directions. The cosmological, plays a significant role in the universe expansion. This work aims to understand how influences the expansion, energy density, and anisotropy of the universe. Einstein's field equations with variable cosmological constant if considered in the presence of a perfect fluid for a Bianchi type I universe by assuming that the cosmological term is proportional to the square of the Hubble parameter. The variation law for vacum density was recently proposed by many researches on the basis of the quantum field estimation in a curved expanding background. The cosmological term tends asymptotically to a genuine cosmological constant and the model tends to a de- Sitter universe. More obtained some new results by using a slightly different method from that of other researchers obtained the result that the present universe is accelerating with a large fraction of cosmological density in the form of a cosmological term.

Published by: vikaspatanker

Authors: Dr. R Sridhar

Abstract: – It is increasingly important for high-rise buildings in urban environments to consider blast threats arising from explosions. When blast loads produce high-amplitude and short-duration pressure pulses, they primarily pose a threat to the facade systems, which are at risk from high-rise blowouts. It could also cause harmful reactions over the world and the gradual breakdown of weak systems. The state-of-the-art in semi-active structural control techniques (particularly magnetorheological (MR) dampers) and passive protective measures (glazing, cladding, sandwich panels, anchorage/retention systems) is summarised in this review. Hybrid design approaches that integrate adaptive damping and material resilience are also examined. In order to identify critical research gaps (scaling of semi-active devices, controller latency for impulsive loads, long-term durability, and standards integration), we survey empirical blast test programs, standards and guidance documents, numerical modelling approaches, controller algorithms, and device technologies. We then suggest a prioritised research agenda that includes system-level testing, predictive control research, and demonstration projects.

Published by: vikaspatanker

Authors: Mr Shaikh Aslam Amir, Ms Khalate Vaishanavi Suresh, Shaikh Karishma Mohammad, Malve Somnath Bhanudas

Abstract: This project introduces a smart environmental monitoring and alert system built using IoT technology. The system uses a NodeMCU (ESP8266) microcontroller connected to three important sensors: the DHT11 for measuring temperature and humidity, a Flame Sensor for detecting fire, and an MQ6 Gas Sensor for identifying dangerous gases like LPG and propane.Data from these sensors is collected in real time and sent to the Blynk IoT platform, where it can be viewed on a mobile app. The system also includes a Telegram Bot API that sends immediate alerts to the user’s Telegram account when dangerous situations occur, such as high temperature, gas leaks, or fire detection. This ensures that users are informed quickly, even if they are not physically present near the sensors. The system is affordable, easy to expand, and suitable for home safety, industrial use, and remote monitoring.Using IoT platforms and instant messaging services, this system provides a practical method for smart alerts and real-time detection of environmental dangers

DOI: http://doi.org/10.5281/zenodo.17191043

Published by: vikaspatanker

Authors: Varshini J S, Praveen, Keshav Acharya. P, Rakesh, Rohit. S

Abstract: This work presents a personal assistant robot designed to minimize human labor in daily activities. Operated by voice command, it features a camera, robotic arm, object detection, and distance measurement, making it suitable for various applications, including chemical industries and healthcare. This scoping review sought to comprehend individuals' experiences using humanoid robots to perform daily living activities. studies were studied, and nine robots to perform different tasks were identified. The majority of participants found the robots safe and convenient but didn't like their size and slowness. Others found the robots fascinating but not appropriate for domestic use. The results indicate the necessity of tailored research to enhance the performance of humanoid robots in health care.

Published by: vikaspatanker

Authors: Vanaja Kumari Degala

Abstract: Phishing attacks continue to pose a serious cybersecurity threat by exploiting social engineering techniques to deceive users into disclosing sensitive information. These attacks commonly rely on malicious Uniform Resource Locators (URLs), often hosted on newly registered or parked domains to evade traditional blacklist-based detection systems. Early identification of such URLs is essential to reduce financial losses and identity theft. This paper presents a machine learning–based framework for the early detection of malicious URLs, with particular emphasis on newly registered and parked domains. A dataset comprising 211,659 URLs was constructed using real-time SSL certificate monitoring, popular domain listings, and verified phishing reports. The proposed approach incorporates data preprocessing, URL-based feature extraction, class balancing, and model optimization. Experimental results demonstrate that the Light Gradient Boosting Machine (LGBM) classifier achieves a recall of 96.02% and an accuracy of 97.28% using 10-fold cross-validation. Feature selection techniques further reduce model complexity while maintaining detection performance, enabling practical deployment. The framework provides a proactive and scalable solution for phishing prevention and brand protection in sectors such as banking and e-commerce.

Published by: vikaspatanker

Authors: Bhavesh Vallepu

Abstract: Artificial Intelligence (AI) is transforming the global job market, reshaping industries, and redefining the nature of work. This paper explores the multifaceted impact of AI on employment, highlighting both the opportunities and challenges it presents. While AI drives efficiency and innovation, leading to the creation of new job categories and business models, it also poses a threat to certain traditional roles through automation and displacement. The analysis considers various sectors, skill levels, and geographical regions, emphasizing the need for adaptive education systems, upskilling, and policy intervention to manage the transition. By examining current trends and future projections, this study aims to provide a balanced perspective on how AI will influence employment dynamics in the years to come

Published by: vikaspatanker

Authors: Ravichandra Mulpuri

Abstract: The growing demand for personalized, efficient, and secure customer interactions has accelerated the adoption of AI-enhanced Salesforce bots across industries. These bots integrate natural language processing, machine learning, and CRM intelligence to streamline engagement while adapting to user needs in real time. Their deployment in hybrid Unix environments provides enterprises with a balance of stability, scalability, and flexibility. However, ensuring compliance with global regulations such as GDPR, HIPAA, and PCI DSS remains a central challenge. This review explores the role of AI-powered Salesforce bots in enhancing customer experiences, examines compliance strategies within hybrid Unix systems, and highlights ethical, operational, and organizational considerations. Future directions emphasize the importance of compliance-by-design, secure integration, and industry-specific applications, positioning AI-driven bots as transformative tools in enterprise digital ecosystems.

DOI: http://doi.org/10.5281/zenodo.17189840

Published by: vikaspatanker

Authors: Abdullah Tariq

Abstract: The evolution of iOS application development has witnessed a significant shift from traditional monolithic architectures to more sophisticated patterns that balance modularity with performance. This paper examines the concept of modular monoliths in large-scale iOS applications, exploring how this architectural pattern addresses the dual challenges of code reusability and runtime performance. Through analysis of implementation strategies, performance metrics, and real-world case studies, we demonstrate that modular monoliths offer a pragmatic middle ground between rigid monoliths and complex microservices architectures. Our findings suggest that when properly implemented, modular monoliths can achieve up to 40% better build times, 25% improved memory efficiency, and significantly enhanced developer productivity while maintaining the deployment simplicity of monolithic applications.

DOI: https://zenodo.org/records/17183546

Published by: vikaspatanker