http://hdl.handle.net/123456789/98 Sun, 12 Jul 2026 06:37:20 GMT 2026-07-12T06:37:20Z http://hdl.handle.net/123456789/21390 VAN ON Shaikh, Waleed Reg # 65275; Huzaifa, Muhammad Reg # 65226; Khan, Muddassir Ali Reg # 65206 VAN ON is a comprehensive tracking and management system that provides application and web interface for tracking vans to benefit administrations, vendors, and passengers. Positive answers and recommendations will inspire other organisations to implement this system, resulting in more commercial opportunities. The solution will allow administrations and vendors to operate vans more efficiently, including payment processing. Van On solves a number of challenges in the present transport system, including security concerns caused by long wait times at pickup sites, late fee payments, students being late for courses, drivers being late and the potential of snatching or kidnapping at pickup points. Our mission is to improve people's lives by providing effective monitoring services with a particular emphasis on safety.The creation of a computerised van management system is an intended to address the limitations of the manual transportation method. Our goal is to improve the organization's existing mobility infrastructure. Security concerns, the inability of organisations and passengers to trace their vans, manual payment processing, a lack of records for suspended drivers, and driver punctuality are among the key issues addressed. Our purpose is to enable organisations to monitor vehicles, saving them time and assuring their safety. We try to improve the whole transportation experience by prioritising safety and efficiency. VAN ON is a complete tracking and management system that seeks to transform van transportation. It provides a user-friendly application and a web gateway that allows administrators, vendors, and passengers to track vans in real time. Administrations can use VAN ON to efficiently manage their fleet of vans, track their whereabouts, and ensure timely pickups and drop-offs. This reduces the possibility of theft, snatching, or kidnapping situations by allowing passengers to track the arrival and departure of vehicles. Furthermore, VAN ON solves the issueof late fee payments by implementing a streamlined payment method. Passengers can quickly make payments through the app or web interface, avoiding the need for manual processing and lowering the likelihood of payment delays or missed payments. Supervised by Saghir Ahmed Sun, 01 Jan 2023 00:00:00 GMT http://hdl.handle.net/123456789/21390 2023-01-01T00:00:00Z http://hdl.handle.net/123456789/21391 MOBILE APPLICATION (FIRESCUE) Rehman, Habib ur Reg # 65194; Farooq, Muhammad Reg # 60043; Riaz, Rehana Reg # 65204 Fire is as destructive as it is useful. Without a proper proactive approach to preventing fire outbreaks, the results could be extremely disastrous when they occur. With just a few taps, users can alert the nearest fire station to the location of a fire, and receive real-time updates on the response efforts. Thus, there is a need for a fast and convenient way of reporting fire incidents. The growing usage of smartphones provides a way of equipping users with a means of reporting fire incidents to ensure prompt response and proper management of the incidents. In this report, we analyze the manual process of reporting fire outbreaks and design an automated FIRESCUE — a mobile application, to enable users to quickly alert the nearest fire emergency units of any possible fire incidents. We developed FIRESCUE with the aid of the Software Development Life Cycle phases and Unified Modeling Language which was used as a model to visualize the design view of the application. A simple Graphical User was designed. Our work Interface (GUI) prototype of the proposed application highlights a practical application of analysis and design concepts in developing software to provide an efficient solution for reporting fire outbreaks. The objective of this project is to develop an application for specific organizations including Schools, Hospitals, Industries, and Private and Government Sectors. The app will be used by selected users only and users will be eliminated if uploads unnecessary content. Admin will be given the option to select the nearest fire station. This app will help organizations to get help directly from fire stations in any disastrous situation. This report presents an in-depth analysis of a Fire Rescue System comprising both a User Module and an Admin Module. The purpose of this system is to streamline and enhance the efficiency of fire rescue operations by facilitating effective communication and coordination between users and administrator. Supervised by Fatima Bashir Sun, 01 Jan 2023 00:00:00 GMT http://hdl.handle.net/123456789/21391 2023-01-01T00:00:00Z http://hdl.handle.net/123456789/21393 WEB APPLICATION VULNERABILITY SCANNER (WAVS) Shahid, Huzaifa Reg # 65203; Abassi, Husnain Imtiaz Reg # 51792 The internet has provided a vast range of benefits to society, and empowering people in a variety of ways. Due to incredible growth of Internet usage in past decades, everyday a number of new Web applications are also becoming a part of World Wide Web. The distributed and open nature of internet attracts hackers to interrupt the smooth services of web applications. Some of the famous web application vulnerabilities are SQL Injection, Cross Site Scripting (XSS) and Cross Site request Forgery (CSRF). We believe that in order to encounter these vulnerabilities; the web application vulnerabilities scanner should have strong detection and prevention rules to ease the problem. The result of the experiment shows proposed vulnerability scanner tool WAVS which gives less false positive and detect more vulnerabilities in comparison of well-known black box scanners. Web application system based on Net The system being developed will be framework using PYTHON. It is an "SCANNER" tool which will be used by IT IT students For Cybersecurity. The basic a project developers, clients and even feature of this website will be to provide a communication channel between a client, seeking a WEB for any vulnerabilities, and the Attacker, seeking for crediential for which they will be paid. The client as well as the Website is required to sign up to the website so they can be considered as the member of the Tool. The Web will have to pass an online test in order to indication of bugs in the online bidding of the projects available on the website. The system will also provide a reporting and discussion board which will be used for communication between the clients, developers and other interested parties, in an effective and efficient manner. Supervised by Saghir Ahmed Sun, 01 Jan 2023 00:00:00 GMT http://hdl.handle.net/123456789/21393 2023-01-01T00:00:00Z http://hdl.handle.net/123456789/21392 THE CORNER SHOP PAKISTAN Saeed, Asad Reg # 65217; Haq, Amin ul Reg # 65280; Ullah, Sami Reg # 65233 The world is vast, and so are our requirements. At any given moment, you may find yourself in need of various establishments such as shops, stores, restaurants, hotels, ATMs, or hospitals. Discovering these services can be challenging, especially when you are in an unfamiliar location. Fortunately, technology has come to our aid, alleviating Our smartphones offer comprehensive access to information about the world and beyond, all at our fingertips. Gone are the days when we had to be physically tethered to communicate with friends in different cities. We now have the convenience of cabs readily available at our doorstep, transporting us to our desired destinations. our concerns. Likewise, The Comer Shop is an innovative technological solution that significantly simplifies our daily lives. It is a mobile application designed to display nearby services on your smartphone. Whether you require a dairy shop, a medical store, or a general store, this app provides prompt information about these establishments. By syncing your location on the app, you can effortlessly search for anything you need. Supervised by Azeema Sadia Sun, 01 Jan 2023 00:00:00 GMT http://hdl.handle.net/123456789/21392 2023-01-01T00:00:00Z