Description:Field of Invention
The present invention is relating to the identification of women in the dangerous or not using the mobile Applications.
The Objectives of this Invention
The objective of the invention is to create an android app called 'AbhayaPradha' for women's safety. The application requires an initial registration with a login id and password, and the user is prompted to update the emergency contacts and her home/safe location on a regular basis in app to operate effectively. Users' registered data is stored in their mobile with the SQLite Database, and those details are used for authenticating the user login authentication in order to keep the application secure and safe from misuse.
Background of the Invention
In (CN2012/103597488B), Providing the e-sourcing platform and procedure for managing derivation. A digital material is linked to a set of rules and calculations in one incarnation. The rules relate to the conditions that must be met in order to access the characterized digital resource, and the calculations can be applied to a specific figure of the offered digital resource that differs from one characterized digital asset to another characterized digital asset. In addition (US2022/0156870A1), The vehicle's roof appearance alarm, catastrophe alarms, passenger and driver seat belt fastening, separateness and safeguarding apparatuses, and individual and driver attaching are all part of the safety security measures for motorists as well as passengers. If the passenger is an intoxicated person, a single woman, an elderly individual, a pregnant woman, a child, or an infant, a reservation will only be designated for a vehicle equipped with the aforementioned equipment. In addition to (CN2015/104900006B), The invention describes a wearable device-based intelligent personal application solution system and how it is implemented. The method for executing comprises: Find out user security and evaluate parameter The default individual security approach and its parameters are evaluated based on user security, which includes a safety assessment and the safe environment in which the user is to be judged. When determining that a user is in a high-risk situation, the user is prompted to validate the safety of themselves. The alert message from personal security is activated when the user's safety confirmation is not received. The current invention improves people's ability to identify dangerous situations, raises consciousness regarding safety, and transmits alert notifications automatically to their own protective devices when a danger is detected. This is achieved through safety assessment, safety authentication, and alert announcement processes.
Violence against women is on the increase globally. Mobile phones play an important part in women's safety in these situations. Women can protect themselves by downloading the women safety app. The victim's current location is notified to authorities via the women's safety app. As a result, it is now possible to protect women against harassment and violence. Many women's safety applications have been developed over the years; listed below are some mobile Android-based apps.
My Safetipin: The main objective of the app is to identify the safety of places; they give safety rating to places on 5 rate. To identify the safety of a place they take inputs from the users and conduct some kind of survey about the safety while they are traveling via that route. But the app has limitations Users reporting login issues. Smart 24x7: Safety and security app aims to send the GPS to emergency contacts when panic/SOS button is pressed. In this user can directly contact/register complaints to emergency services i.e., fire, police etc. to limited areas. The limitations of this app are App is crashing and not working properly. Always reports no internet connection. Shake2Safety: User friendly app and UI is simple, by pressing power button four or shaking phone will call to the emergency contacts numbers. It can work with no internet. Users can report any incident through the app. In Shake2safety app Users reported every time they need to turn on shake settings, which will not work in an emergency situation. Disha SOS: Safety and location tracking app designed by Andhra Pradesh govt., app is integrated with some information like nearby police stations, nearby hospitals and useful contacts and tracking feature of users. And this app has links to the emergency contacts. Disha SOS has a lot of bugs and tracking is not working properly. bSafe: Safety and security app developed by the victim's father in the US. It can send live location apps and can be activated by voice and SOS apps. Video and audio calls can be live streamed/recorded. BSafe is not working as expected and has many bugs. Premium subscription is needed to access some features of the app and basic features are less and not much useful. I'm safe: Women safety app has features like tracking location, SOS button. I’m safe has Login issues. And app tracking services are not working as expected. Facebook is required to use. Hawkeye : Safety and location tracking app designed by Telangana State Police, travel safety for women while traveling in cab, bus, or taxi, click the photograph or video of vehicle before boarding/note down vehicle no., place of boarding and send it online to police. Hawkeye app is Unstable. It consists of a lot of bugs and battery draining issues.
Summary of the Invention
When a woman is in a crisis, she can use AbhayaPradha to make an emergency communication. All the user has to do is activate the location sharing feature in the app using selected hand gestures or voice commands given by the user, and an emergency message containing her GPS coordinates is immediately and automatically shared to emergency contacts, after which audio and video recording takes place in the background based on user permissions to app. In the whole procedure, no another user involvement is necessary.
Detailed Description of the Invention
This project aims to create an android app called 'AbhayaPradha' for women's safety. The application requires an initial registration with a login id and password, and the user is prompted to update the emergency contacts and her home/safe location on a regular basis in app to operate effectively. Users' registered data is stored in their mobile with the SQLite Database, and those details are used for authenticating the user login authentication in order to keep the application secure and safe from misuse. As SQLite is used to store the data, the data in the application is safe and secure and it will operate normally in low internet conditions without malfunctioning. When the user believes she is in danger, she can activate this app using hand gestures and a voice assistant. Our approach is sending the user's location in the form URL message to her emergency contacts for every few seconds. When there is no mobile network, it sends the user's latitude and longitudes to her emergency contacts through SMS. When there is no or limited data connectivity to the user's mobile device, we use the nearby cell tower connection signal to track the user's location. To help the new user travel securely in new locations, we will alert her when she is traveling through an unsafe and dangerous area. Moreover, based on the user's access permissions to the application, once the application is activated, it starts recording voice and live video in the background, and the application also allows the user to add her personal experiences and reviews about the location via the interface.
The AbhayaPradha application includes following modules
Registration/Login Module: The AbhayaPradha app must initially be installed on the mobile device. A new user needs register herself by providing the necessary information such as her email, name, and password. If the user is already registered, she needs enter her login credentials to utilize the system. The user must register the contacts of 3-5 people with whom she wants to share her location in the case of emergency, and the user must save her home or safe address in the application in order to automatically activate the app in background; Location module: When the user enters an unknown location, she receives a safety alert about the location. Through GPS records the user's latitude and longitude records and sends it to registered contacts and a nearby helpline. The cloud database also contains reviews posted by people about specific locations. Nearby Help centers: When a user believes she is in a dangerous situation and activates the location sharing feature, her location is shared with nearby help assistant centers, volunteers, NGOs, etc. This data is up to date and accessed via the cloud database. User/Admin module: The app allows users to submit reviews about the location, which are stored in the application’s database. So, when new users travel through that location the app will send them an alert. When a new review or post about a location is added to the database, analysis is performed. So, when new users travel through that location app will send them an alert. The admin is responsible for keeping the application's information up to date.
AbhayaPradha application is very helpful in emergency situation and also has some unique features from other applications. Uniqueness: In the section on related work, we've mentioned a few of Android applications with functionality that are comparable to those of our application. Yet, our app has some distinguishing features that set it apart from other existing systems. They are as follows: Safe Zone: Although there is another app that tells the victim the safe zone, the operating mechanism isn't the same. To display safe locations, another app must utilize the same app user who will register oneself as a safe place and the victim will discover them. However, if no one is available to label oneself during an emergency, the victim will not have this opportunity. Therefore, in our approach, we prioritized police stations and government assistance centers as safe zones. Admin also keeps the user-based safe zone list up to date in the application. As a result, the victim will feel it simple and more trustworthy to reach the location indicated on the maps. Offline mode: We can utilize our application to try to save users from danger to a certain level even when data is not available. In offline mode, a text message with location latitudes and longitudes details will be sent to the registered contacts using nearby mobile tower information. This identical functionality is implemented in where is my train application, which allows users to track the train's current status when in offline mode for users traveling inside train. In addition, our application can record audio in background during offline mode, which is not available in other apps.
Cloud Storage: Our application uses cloud services to retrieve real-time nearby safe locations depending on the user's location and frequency, as well as to save the user's information, emergency contacts, and voice recognition in the cloud.
This invention has potential for growth in the future. On a daily basis, technology develops new methods and techniques. It is dynamic rather than static. Today's popular abilities will be obsolete soon in a short amount of time. The technology may be enhanced beyond to maintain with the latest developments. As a result, it is not finished. Yet, this will enhance with more additions. To begin, when the application is utilized more actively, a real-time database of reported incidents will be collected and used for analytics to measure the relative safety of various places. In the application, these regions will be displayed on a map in case the user wishes to determine the safety of an area before visiting there. Furthermore, the trigger will be modified. Currently, some hand gestures such as double-pressing the volume down, rotating the phone, and other quick actions within specified times activate the emergency message and calls. Although the occurrence of this hand gestures event by chance is unlikely, it is still possible, thus we planned to adjust the trigger to shaking the phone while holding down either volume button of the phone, or something similar.
5 Claims & 1 Figure
Brief description of Drawing
In the figure which are illustrate exemplary embodiments of the invention.
Figure 1, System Architecture of Proposed method. , Claims:The scope of the invention is defined by the following claims:

Claim:
1. A system/method to the identification of women is in danger or not using cloud technology and efficient communications, said system/method comprising the steps of:
a) The system starts up, and the registrations of person (1), that will be saved on our databases (2).
b) The developed system for deployment on a cloud-based platform accepts data feeds for analysis (3). The user will authenticate for the first time (4). The system will work based on the trigger on the system (5).
c) The person trigger as danger zone, then the system will alert the nearby police station along with locations (6, 7, 8, 9).

2. As mentioned in claim 1, The user must register the contacts of 3-5 people with whom she wants to share her location in the case of emergency, and the user must save her home or safe address in the application in order to automatically activate the app in background.
3. According to claim 1, Through GPS records the user's latitude and longitude records and sends it to registered contacts and a nearby helpline. The cloud database also contains reviews posted by people about specific locations.
4. According to claim 1, When a user believes she is in a dangerous situation and activates the location sharing feature, her location is shared with nearby help assistant centers, volunteers, NGOs, etc. This data is up to date and accessed via the cloud database.
5. According to claim 1,when a user not in danger it will sends an information to their family members.