Abstract: smartphone applications need certain level of permission to access and play with the internal device and its drivers. Permission to access the devices and drivers play a major role, sometime the application itself will display the permissions which is necessary for the optimum performance for the expected results. We develop an application which display the permission chart for all the applications installed in the systems, it displays the entire devices permission in a one shot place.

Abstract: An application that allows users to register their bodyguard and protective services through the application, and through the same application, customers can hire, schedule, and pay for services

Abstract: A height adjusting and stabilizing assembly raises the height of a user wearing footwear. The assembly comprises an elevation insert that fits into an interior cavity of footwear to selectively raise the height of the user. The elevation insert has a ramp shape with a wide rear end that tapers to a narrow front end oriented towards the toe end of footwear. The elevation insert is a flexible material that compresses under the weight of the user. The wide end of the elevation insert has spaced apart slots that are sized to receive support pads. The support pads are fitted into a corresponding slot, causing the elevation insert to rise, or not compress as much under the weight of the user; thereby increasing the height of user. The assembly also includes stabilizing straps that extend from the open ankle to the lower regions of the footwear to create lateral stability.

Abstract: An application that allows user to register for mobile fuel supply service, and its additional services. The service is mainly focused on filling fuel to cars that ran out of fuel. The Application service which we build have lot of customer satisfaction indexes, that will give a boost to the needy service and quality service.

Abstract: A system and method for renting excess storage space provides an online platform for a storage space owner to rent out extra storage space to a renter. The method is operative to establish interactive communication between the storage space owner and the renter, allowing each party to input parameters so that an algorithm can compute and recommend a storage space that meets the renter's location requirements, required storage space size, budget, and time availability. The storage space renter inputs one or more storage space parameters. Similarly, the renter inputs one or more storage item parameters. An algorithm calculates the parameters from both parties to determine the appropriate location, storage space dimensions, quantity and size of cardboard boxes for storing the items, and final price for the storage space. Based on the calculation, the storage space owner and the renter are matched, and allowed to communicate for transacting the rental agreement.