Objectives: Some researches on wireless sensor systems have concentrated on low information rate applications, for example, natural surroundings checking. Interestingly, late years have seen the rise of high information rate applications, for example, on-going auxiliary wellbeing observing and preventive hardware support. For example, a basic wellbeing observing framework may need to test the increasing speed of every sensor at rates as high as 550 Hz. Method: The high rates can be identified by bringing about high system stack when countless are conveyed for highly granular checking using Conflict Free Transmission Scheduling (CFTS). In addition, the framework may have profoundly factor workload because of ecological changes. For instance, a catastrophic effect may trigger countless inquiries with a specific end goal to survey any potential harm to the structure. Subsequently, a key test is to give a high throughput inquiry benefit that can gather information from huge systems and adjust to workload changes. Conclusion: As the large amount on the greatest question rate is accomplished under CFTS which is of handy significance it can be utilized to forestall and organize over-burden. © 2016, International Journal of Pharmacy and Technology. All rights reserved.