Journal of Internet of Things and Information Technology ISSN: 3107-4502 (Online)

Authors: Nidhi Gabhane, Pratiksha Dhobale, Poonam Ghorpade, Prof.S.Deote

Abstract:This document presents the formatting instructions for upload homemade recipe which help the patient to cure diseases. This website and app provide recipe to patient to cure diseases at home without going to hospital.

Keywords: Upload recipe, online upload portal, online various portal, homemade remedies,   cure diseases. 

Authors: Dipali Sanjay Babar, Shreya Suresh Kamble, Payal Vijay Patil, Samiksha Sidgonda Patil, S.P.Phadtare

Abstract:In this world credit goes to ever growing technology and in past few years automation has reached to new revolution there for designing of system that will monitor different operations in industry by sitting in front of single monitor is very profitable and time saving .This paper describes the system that will record the operation time of the machine and also details of worker operating it. All the system is designed on basis of web server web module and microcontroller.

Keywords: Wi-Fi module, RFID reader, IR sensor, aurdino, web server

Authors: Priya V. Kale, Yogita D. Shahakar

Abstract: Our surrounding i.e., Home and civilization are surrounded by “things†which are associated to each other, like wise directly or indirectly via internet of things. IoT helps for controlling and monitoring the appliances remotely with accuracy within the network which is needed the key factor in the process of automation. There are several   aspects   in the automation that needs to be developed and enhance it. This research gives an explanation for correct and undeviating authority and automatic detection of current state of devices with the use of android application. Lora WAN technology comes up with applied implementation of domiciliary and industrial automation and observance system with higher efficiency as compared to other technologies. The systems based on Lora WAN web work have large range and minimum power consumption with data transmission from sensor node to cloud service. The system of web services is highly scale able and utilizes data stream for analytics purposes. This system is robust to interference.

Keywords: Domiciliary and Industrial Automation, Internet of Things, LoRaWAN, Low Power Consumption, Sensor Node

Authors: Sunil Shivaji patole, Suraj Satish Chougule, Aniket Sandeep Awati, Aftab Ayub Golandaj, S.P.Phadtare

Abstract:As we know in recent 2-3 years people facing problem of covid-19 pandemic. Due to lockdown we were unable to go outside for bringing products which is required for our daily uses. Like bakery products. Then we have created a website which solve that problem and make services better to society. That types of websites are already exists but we are trying to make our website and services better in market. This website and services will be limited to ichalkarnji city. Thus this paper describes detailed information about “a website on cake shop†this will provide best bakery products.

Keywords: Cake shop, Bakery products, Online payment

Authors:  Supriya Raghupati Samant, Asfiya Naveed Ahmed Shaikh, Sanjana Sanjay Khurpe, A.S. Patil

Abstract: Now a day, we experienced that due to online education not everyone is able to get all the educational sources that are required to students. This application is designed for all the diploma level students of all branches so that they can get different study materials, lab manuals, model question and answer papers for practice. There are number of applications for diploma students ,we developed with several additional features like dark mode, Text Reader-playing audio of PDF’s and document files so that it become easier for students. Thus, this paper describes detailed information of “MSBTE Diplomatic Applicationâ€.

Keywords: MSBTE, Education, Diploma, Student, Dark mode, Text Reader

Author,s: Pavan C A, Arishya, Reshmi, Deepak H A

AbstractThe greatest gift for appreciating nature is the eye. Blind persons have many challenges in their daily lives. People who are blind must rely on others to carry out their daily tasks. With the emergence of artificial intelligence, the internet of things, wireless sensor networks, and other innovations, information technology is revolutionizing every aspect of existence. The Internet of Things is a rapidly developing technology that connects people, machines, sensors, and everything else digitally for automation. The visually challenged can be assisted using an IoT-based smart blind stick that has a navigation system. A buzzer and ultrasonic sensor are built inside the smart stick to detect obstacles and sound a warning. Using a smart stick and a GSM module, registered numbers can receive critical notifications and GPS locations. This is an economical solution.

Keywords: Raspberry Pi, Ultrasonic Sensors, Buzzer, Vibrator, GPS

Authours: Rachna Sharma

Abstract: Over the last decade, there has been tremendous growth in both the Internet of Things (IoT) and the Internet of Vehicles (IoV) from both academics and industry. Autonomous vehicles (AVs) are made up of a multitude of sensors, IoT devices, control units, gateways, and other components. As a result, the software of the various sensors and IoT devices must be updated to the most recent version by the Software Vendors. The purpose of this article is to offer a blockchain-based identity and trust management architecture for the IoV ecosystem, with the goal of providing secure software updates. The proposed framework is divided into two processes: identification and registration of ecosystem entities, and entity authentication, which is based on established W3C standards for defining verifiable credential presentation, verification, and revocation. In a case study, we demonstrate the viability of our strategy

Keywords: Internet of Things, Communication channel, W3C standards, Blockchain, Internet of Vehicles

Authours:  Geetanjali Sharma, Anoop Tyagi 

Abstract: Over the last decade, the widespread use of Internet of Things (IoT) designs and applications in a variety of areas has pushed research on low-power wireless networking protocols. Furthermore, various standards have been created, emphasising the need of allowing data to flow between different communication protocols and network interfaces. As a result, devices such as Gateways (GWs) play an important part in many IoT applications and will have an influence on future advancements and possibilities. The design and implementation of a new modular and scalable GW architectural solution is provided in this article, which is suited for a wide range of use case situations and may be used as a starting point for numerous future upgrades and applications. The role of distinct interfaces in specific use situations where the suggested approach might be deployed is addressed based on experimental performance findings.

Keywords: IoT, Gateways (GWs), Network interfaces, Wireless communication, communication protocols

Authors:  Raghav Rao, Kavitha Iyer

Abstract: Computer security is concerned with the managerial practises and technological measures used to protect computer hardware, software, and data against accidental or deliberate unauthorised access. Computer privacy refers to the moral and legal obligations to safeguard data against unwanted access and publication. Computer privacy concerns are thus political judgments about access to information, whereas security concerns are the methods and protections for implementing the privacy decisions. The desire for military secrecy, industrial security, and information sharing are all incentives for security and privacy. It is feasible to construct some type of operational security based on national and state regulations that enables the management of a computer installation to exert control and accountability over the installation. Guidelines and processes for accountability, control levels, and system configuration may be developed. Through risk analysis, assessment, and insurance research, preventive actions against internal and external dangers can be devised. Psychological security of operational workers is critical to operational security success. It is advised that risk management teams comprised of operations managers, programmers, internal auditors, and physical security employees be developed on a regular basis. Physical security must safeguard against damage caused by natural disasters, tampering, and malicious entrance and destruction. Both hardware and software must be protected by user identification and authentication. There are bibliographies, pictures, and author and subject indexes included.

Keywords: Digital World Application, Secure Data Transfer, Security Employees

 

Authors: M Naga Triveni, G Y Vybhavi, Eswar Poluri

Abstarct: It is possible that someday the Industrial Internet of Things will alter the planet. It is the amount of knowledge so far that lets the universe spin quicker. Detecting unexpected occurrences, adjustments or transitions in databases is one way to process data quickly and more effectively.  Anomaly detection, a technique that focuses on Artificial Intelligence to recognise irregular behaviour inside the data collection pool, has since become one of the Industrial IoT’s key goals. Anomaly detection relates to the discovery of objects or occurrences in a dataset that are normally undetectable by a human specialist that do not adhere to a predicted trend or to other items. Typically, those irregularities may be converted into concerns such as design flaws, mistakes, or theft. We recommend a two-phase model in this paper to identify and categorise irregularities. First, out of eleven widely used algorithms tested for the same data collection, we chose Random Forest based on the maximum accuracy-score. The RF is used to identify irregularities and create a “attack-or-not†additional function. We supplied the Neural Network with the “attack-or- not†data function to distinguish attack types, which will help to handle each form accordingly.

Keywords: Machine Learning, Neural Network, Cyber Security, Network Anomaly Detection and UNSW-NB15

 

Authors: Prof. Anusha Menon, Dr. Ravi Teja Kompalli

Abstract: The rapid growth of Internet of Things (IoT) devices has led to a tremendous increase in data generation, pushing traditional cloud-centric architectures beyond their limits. This paper investigates the strategic integration of edge computing within information technology (IT) frameworks as a means to support scalable and efficient IoT solutions. By relocating data processing closer to the source, edge computing significantly reduces latency, enhances real-time analytics, and improves bandwidth utilization. The paper outlines the architectural transformation brought by edge computing, reviews current implementations, discusses challenges and limitations, and proposes a comprehensive outlook for future developments. It emphasizes the vital role of edge computing in building responsive, secure, and context-aware IoT systems.

Keywords: Edge Computing, Internet of Things (IoT), Real-Time Data Processing, Distributed Architecture, Information Technology Evolution

Authors: Ankita Patil, Vanashri Yadav, Jyoti Shinde, Rachana Kumbhar

Abstract:  In the early months of the COVID-19 pandemic with no designated cure or vaccine, the only way to break the infection chain is self-isolation and maintaining the physical distancing. In this paper, a potential application of the Internet of Things (IoT) in healthcare is presented. The proposed framework consists of two parts: a lightweight and low-cost, IoT platform for data analysis and diagnosis. IoT consists of physical devices, such as sensors and monitoring devices for patients (blood pressure, heart rate & activity monitoring, etc) to connect to the internet and transforms information from the physical world into the digital world. The proposed system, with the help of IoT such features, will help to keep the necessary details and reports of a patient organized and available to all actors in the system. IoT devices like low-power sensors will be used to collect data from patients and stored on any personal computer and also on the cloud so that any actor in the system can refer to it. Hence, proposed IoT patient healthcare monitoring system is a significant step towards addressing the requirements for global health.

Keywords: Internet of Things, Healthcare Monitoring System, Pulse sensor, Pulse_Oximeter, Temperature sensor, Applications, Technologies, IoT on the platform of things speak

Authors: Manasy Jayasurya, Muhseena M

Abstract: The accumulated CO2 is not eliminated out and enough amount of oxygen is not supplied properly inside the indoor stadium. Players are most effected by this limited oxygen level, because they are actively playing continuously for hours. They feel suffocation, muscle cramps, fading etc. due to low content of oxygen in their body. Viewers in the stadium also get effected, especially people with respiratory problems. For the smooth and efficient process the condition of the indoor air should be detected early. Thus, the introduction of IOT based indoor air quality monitoring device (IAQD) will help to overcome this situation. It is helpful not only in the normal conditions, but also as a precaution in some dangerous conditions, for example: fire accidents, leakage of inflammable gases etc. early detection of such problematic condition by the IAQD will reduce the risk and get enough time to take preventive measures.

Keywords: Indoor air quality monitoring platform, Corrent situation, Iot based plateform.

Authors: K Rammohan Goud, Venu Babu Gali

Abstract: Oppose the perception people may have regarding the agricultural process, the reality is that today's agriculture industry is data-centered, precise, and smarter than ever. The rapid emergence of the Internet-of-Things (IoT) based technologies redesigned almost every industry including ―smart cultivation (agriculture) which moved the industry from statistical to quantitative approaches. Such revolutionary changes are shaking the existing agriculture methods and creating new opportunities along a range of challenges. This article highlights the potential of wireless sensors and IoT in agriculture, as well as the challenges expected to be faced when integrating this technology with the traditional farming practices. What sensors are available for specific agriculture application, like crop and water management, pest controlling and its working, precision agriculture, and food production and its safety detection are listed. Finally, based on this thorough review, we identify current and future trends of IoT in agriculture and highlight potential research challenges.

Keywords: Food quality and quantity, IoTs, APSCM) M2M, RFID, EPC, ZigBee

Authors: Prajakta S. Kumbhar, Dhanashree N. Bhosale, Saniya N. Shaikh, Prof.K.K.Nikam

Abstract: Determining and extinguishing the fire is a dangerous job for a fire extinguisher. To this problem the fire fighter reaches the destination quickly and prevents the fire. Due to this fire fighter are constantly at a risk of losing their life. Technologies have come to rescue this issue. This paper gives you the technical solution to this mentioned problem. These robots are designed to use in extreme condition whereas human’s interruption becomes less and robots are using several work. An Arduino UNO is microcontroller for required operation. A water tank and fire extinguisher setup with water pump is mounted on the robot body and its operation is carried out from microcontroller output through appropriate signal from sensor. The complete operation is controlled by Arduino UNO microcontroller.

Keywords: Arudino UNO, Water pump, Smoke sensor, DC Motor

Authors:  Prof. Shailesh Sahu, Niharika Saraf, Madhura Shastry, Navneet Kaur, Janhvi Dhote

Abstract: Internet of Things (IoT) plays a very significant role in the new generation of industrial automation systems. The popularity of IoT is increased rapidly in the last few years because it has created opportunities for research, innovation and business transformations. Today more than half of major new business processes and systems have incorporated some of the other elements of the IoT. The data generated by diverse IoT devices has opened new opportunities for data analytics as well. IoT applications need to be optimized, real-time analytics techniques to infer events for automatic decision making. Smart Sensors, machines, and network data play a major role in the success of IoT. IoT is also widely adopted in smart cities by developing intelligent systems, such as smart office, smart transportation, smart healthcare, and smart energy. In a smart city, smart devices including mobile devices, public transport and daily home appliances are used for data collection. Many real-life things like home appliances, emergency alarm and vending machines can be connected through a wireless sensor network and controlled remotely.

With the evolution of wireless sensor network and communication technology, it becomes feasible for the IoT environment to integrate sensor devices to communicate smoothly for information sharing from different platforms conveniently. IoT analytics make things smarter and intelligent.

Smart and Intelligent stuffs helps us in making Automatic systems with the least interference of human to it, which leads to the real power of AI.

Data acquisition devices sense and transmit data using WSN solutions, such as Bluetooth, RFID, Wi-Fi and GSM, to systems for further analysis in order to improve the standard of living [6][7]. IoT network can be divided into three components: Sensors Network, Communication Network and Analysis Network. The recent developments of different sensors and communication technologies have helped in developing IOT tremendously.

IoT Analytics network, which does Data Analytics, is also important in the fame of IoT systems because they involved in the decision-making process to bring transformation in business and individual. IoT analytics use different algorithms, techniques and tools as any other analytics that can run in the cloud. IoT analytics has input from a variety of sources like streams of sensor data, environmental data sensors and other entities. Accurate and timely processing of this data requires cutting edge algorithms and processing platforms. It also involves attention to security, communication, data storage, application integration, governance and other considerations beyond analytics.

Authors: Bhagyashree Gaikwad, Manali Kapse, Yashshree Marghade, Prof. Sharayu Deote

Abstract: There are several incidents of accidents that happen while the track workers were doing the work for the maintenance of the railway tracks, mostly it happened because they were not able to get alert on time that train is coming on their way. The purpose of this study is to create a safety system for track workers and alert them before time so that they can move outside the track and no harm will be done. This study presents concluding remarks on the limitations of existing studies and provides recommendations for further research and appraisal practices.

Authors: Shahid Navaj Jamadar, Aditya Rajesh Kulkarni, Somnath Machindra Shinde, Abhijeet Balaso Jainapure, S.P. Phadtare

Abstract: The Internet of Things (IoT) is a method where an object could transfer data through a network without the need for human interaction with humans or humans through a computer. IoT is known for its advantage in that can help us simplify human being’s daily routines. Hence, the smart mirror discussed here is mainly for home automation systems. It is a concept of smart automation-based Internet of Things (IoT). This device allows users to gain information and also entertainment purpose for small kids. Relevant details can be found such as current time and today’s date, actual weather. The Raspberry Pi is a medium of interaction between people and systems. The methodology used in this project is Evolutionary Prototyping which gathers the whole requirements of the device and designs the device in a quick able method. An instance is built to evaluate Improvements that will be made to the device via enhancing the prototype, as per to user's satisfaction. With Smart Mirror using the Raspberry Pi system, users can manage his/her daily routine at an easy level as well as solving many difficulties in managing house duty.

Authors:-Kunal Patole, Rohit Saste, Akhilesh Malabade, Shubham Kore,Sharmila Patil

Abstract:-In today’s world the Ease of transportation is increasing with the increase of People’s needs, Therefore we intend to make the Transportation Less time consuming and More efficient by bringing our transportation website which consist of Various Goods and Courier Delivering services with new Implementation of Features for the consumer and the seller by implementing billing system for ease of access for Live billing so that it doesn’t make any confusions or mis-conceptions regarding any cheating with the goods transporting values. This transportation website provides the highest quality service to our customers by continuously increasing cost efficiency and maintaining delivery deadlines. Our transportation website consists high level security and Services for our valuable customers. Our website’s customer support is always available 24x7 and we also take feedback from our valuable customers regarding their experience with their transported goods and valuables. The data of customers is secured and it cannot be decrypted by any other source. Our website provides user friendly experience for the customers and also the customers can use our helpline number provided in our website for further questions regarding their goods from the Transportation company.

Authors: Priyanka Shridhar Kolekar, Aparna. A. Patil

Abstract: The College Management System is a web application that allows us to access the total information about the college, staff, students and facilities. In this application, we can get the latest information about the student and staff. This application will maintain the students’ course details, fee structures, syllabus, and timetables. The administrator will maintain the applications, and he can generate the fee payments, leave reports etc. College Management System deals with student details, academic-related reports, college details, course details, curriculum, batch details, and other resource-related details. It tracks all the details of a student from day one to the end of his course, which can be used for all reporting purpose, tracking of attendance, progress in the course, completed semesters years, coming semester year curriculum details exam details, project or any other assignment details, final exam result. All these will be available for future references too.

Our program will have the database of Courses offered by the college under all levels of graduation on main streams, teacher or faculty’s details, batch execution details, students’ details in all aspects. This program can allow us to explore all the activities happening in and know which teacher /faculty is assigned to which batch, the current status of a batch, attendance percentage of a batch, and upcoming requirements of a batch. Different reports and Queries can be generated based on students’ vast options, batch, course, 

teacher /faculty, exams, semesters certification, and even for the entire college.

The main aim of developing a College Management System is to provide an easy way to automatically all functionalities of a college and provide full functional reports to the college’s top management with the finest of details about any college aspect.

Authors: Dr. Ananya Mehta, Kunal Rajput

Abstract: The rapid advancement of the Internet of Things (IoT) is fundamentally altering the landscape of Information Technology (IT), leading to more connected, intelligent, and responsive systems. This paper delves into how IoT technologies are reshaping IT infrastructures across industries by embedding real-time data processing, automation, and inter-device communication into traditional IT frameworks. As billions of devices connect and share data autonomously, IT systems must adapt by evolving their architecture, protocols, and security frameworks. This systematic study explores current transformations, highlights key enablers like edge computing and distributed systems, and discusses challenges such as scalability, data privacy, and interoperability. It provides a forward-looking analysis of how IT must evolve to support IoT’s full potential in building smart cities, healthcare systems, logistics networks, and industrial ecosystems.

Keywords: Internet of Things, Information Technology Ecosystem, Edge Computing, Interoperability, Real-Time Processing

Authors:  Ajith Jerom B, Rajamohana SP

Abstract: Agriculture plays vital role in the development of agricultural country and agriculture is the back bone of India. In India about 70% of population depends upon framing and one third of the nation’s capital comes from framing. Issues about the agriculture have been always hindering the development of the country. The perception of smart agriculture is flattering a truth as it involves different models for the development of crop at different stages. In traditional agriculture, cultivation of plants, vegetables, fruits will be used to sustain and enhance human life. In our nation cultivation is much reduced due to lack of interest, scarcity of agriculture land water and some framers with their own interest still cultivating the land at present. But that was also yields to very less production due to lack of awareness about the dry lands, no usage of pesticide timely and suitable crops for the land. Hence now days the smart agriculture has come into the depiction globally that helps in increasing and the productivity and solving issues caused due to the critical environment factors. This paper surveys about the using of IoT sensors with the cloud environment for testing and monitoring the soil. Testing the soil type and quality consists of many tests, such as bulk density test, respiration test, moisture test and also it is important to check the water quality. In viewing of the results obtained by the above tests the device suggests the crop for the framer and it also helps him for the maintenance of the crop.

Keywords: Internet of Things (IoT), Cloud Computing, Sensors, Smart Monitoring.

Authors: Esther Grace M, S. Sobitha Ahila, P. Hari Kumar

Abstract : An intelligent cardiac auscultation is the process of monitoring the heart beat signals variations of a patient monitoring system for monitoring the patient’s health condition automatically through sensors based connected networks in Internet of Things (IoT). It detects the critical condition of a patient by processing sensors data and instantly provides push notification to doctors. There is no process of monitoring of a particular cardiac disease which can lead to loss of life due to improper checkups and not following the lifestyle proposed by the doctor. In our proposed system, coronary heart disease monitoring based on wireless sensors are used to monitor cardiac patient for 24/7 without any human intervention using piezoelectric sensors which is used to measure artery thickness by the flow of blood vessels and extract the waveform. The waveform is classified into normal and abnormal waveform. This abnormal waveform is sent to mobile application where it receives the data and plots the signal curves in real-time. The mobile application acts as the display device and has the capability to upload data to a cloud platform for further analysis and intimation is sent to the cardiologist. The authorized Cardiologist can get access to the cloud platform to get the dataset and results via any peripheral devices which are equipped with specific software and diagnose the results.

Keywords: Piezoelectric sensors, IoT, Mobile application

Authors: Rutuja Chandrakant Patil, Shradha Prakash Patil, Sakshi Sunil Neje, Kishori Dhanaji Kadam, R. R. Gaji

Abstract: A coal mine safety system using helmet is implemented using a IOT platform as a medium to transmit the data. The system is implemented to monitor and control various parameters in the coal mines such as leakage of gas, temperature conditions in the coal mine. These all sensors are together considered as one unit and are placed on the helmet of coal mine workers. All the esteems of the sensors are continuously uploaded to the thinger for analysis. Here the gas is continuously monitored if any uncertainties in the level of gas arise, then buzzer is used to alert the workers. Temperature values are also continuously monitored and displayed on the serial monitor and also in the thinger platform. Also the area is detected where worker is working in mining area in thinger platform and also in serial monitor when switch is pressed. The developed system using helmet is mainly implemented to improve the working condition inside the coal mines and also to ensure workers safety.

Keywords: - Communication, Temperature detection, Gas detection, Area code, Thinger platform

Authors: Tejaswini Shrikant Irakar, Mohini Ishwar Jadhav, Prerana Milind Suryawanshi, Arati Arun Vharkal, S. A. Shinde

Abstract: The current scope of working moms has enormously raised. Afterwards, infant care has become a day by day challenge to a few families. Accordingly, for the most part, guardians send their children to their grandparents' home or to infant care homes. Be that as it may, the fogeys can't unendingly screen their infants' conditions either in customary or strange things.

 

Along these lines, an Internet of Things-based great Baby Cradle is made arrangements for checking infant continuously. In this task we create infant support that swings precisely once the child cries and turns the toy according to parent request. For this present, it's a cry investigation framework that distinguishes the child cry voice and therefore the support swing until the parent stop the swing of the support. This strategy moreover faculties the temperature and wet condition just as we can see infant.