With the growing availability of mobile devices, there is also rising demand for location-dependent applications. To fulfill this demand, different Location Dependent Services (LDSs) have been developed in recent times. In this submitted work, HSLA is proposed for yielding the service in time in addition to the user's precise quality demands. In order to use the LDS service, the customer must first choose the radius of the sphere known as the Global Spherical Area. The query maker randomly selects a query requester from the set of available nodes once the optimal GRA is determined. When computing the Spherical Rotated Area (SRAs) together with the QoS parameters, the nodes are identified by their pseudonyms that are sent back from the nodes. The query is then returned to the requester and sent together with GRA to the LDS server. The challenger may have trouble identifying the query creator because the GRA is an undefined area. The LDS server then provides a set of outcomes suitable for this GRA. Hence the query maker filters out the values, he is concerned about, from the set of results obtained. But it does not take the QoS constraints into consideration for achieving resourceful LDSs.