https://doi.org/10.46335/IJIES.2022.7.5.1 e-ISSN: 2456-3463 Vol. 7, No. 5, 2022, PP. 1-7 International Journal of Innovations in Engineering and Science, www.ijies.net 1 Recue Wings: Mobile Computing and Emergency Survival Services T. Sravani 1 , Dr.T. Manikumar 2 , Dr.R. Maruthamuthu 3 1 P. G. Student, 2,3 Assistant Professor Department of Computer Applications, Madannapalle Institute of Technology & Science, Anathapur,AP, India sravanithumati4@gmail.com Received on: 16 April ,2022 Revised on: 18 May ,2022, Published on: 20May,2022 Abstract: In times of disaster, the provision of quick and focused information and information sharing can be of great benefit to people affected by challenging and difficult situations. This article describes Rescue Wings, a system focused on providing emergency services to victims of disaster and rescue. The system uses mobile services to collect real-time data for users and their environment, and creates service agents (employees) to provide effective services to mobile users. To perform their duties, employees usually use a set of intelligent Rescue Wings services, which can access a variety of government and other public sector services. We identify the most common patterns for Rescue Wings (FRSP) application sequences and build a new bio-inspired algorithm. Requests are well organized to reduce response time. Technology has been put in place for training in many disasters, including the 2013 Ya'an earthquake in Southeast China. I- INTRODUCTION Natural and man-made disasters are posing an increasing threat to us. First responders must acquire as much specific information about population dynamics as possible in order to organize and implement catastrophe rescue operations successfully, special attention to vulnerable groups such as children, the elderly, and the disabled. It is also expected that disaster information and evacuation will be brought to the affected community in a timely and accurate manner, which can save lives and reduce serious damage. Although the correlation of personalized and intelligent services in supporting population in emergencies has long been accepted [1] - [4], the challenges of designing, deploying, managing, and integrating such a system have prevented its emergence and / or widespread acquisition. We've been working on building a service-oriented system for providing emergency support to both responders and the affected populace in catastrophe rescue operations over the past three years. The Rescue Wings project is based mostly on a hybrid of two developing paradigms: mobile computing and cloud computing. On the one hand, the portability and ease of storing and disseminating information has made mobile devices one of the most viable means of communication with the general public [5], and recent trends in mobile computing have sparked interest in using web services from mobile devices to extend their functionality and access remote data [6].Cloud computing solutions, on the other hand, use virtualization to enable the configuration, scheduling, and coordination of shared resources, communication between a wide range of public and private entities[7]..Rescue Wings' client-side applications are