Efficient body monitoring sensors

Body sensor Networks (BSNs) are becoming increasingly as significant with the passage of time. Which are utilized and implementation in big demand for monitoring and measurement physiological parameters. BSNs are originated from WSN so they are having several similar characteristics. BSNs contain of numbers outside wearing sensor nodes are located and deploying over the human body or wearable around clothes. Which are continuously gathering data parameters of body area, to use for intelligent system in smart environments. BSNs need new transmission approaches that are effectively capable with requirements involve data transference, extremely low power level, and motility of the body area around it's smart environments. BSNs place the main techniques, challenges it covers are sensors, data gathering, and network communication on many aspects of network architecture. This paper produced Body Sensors Network Product based on virtual Hypercube structure backbone termed Smart BodyNet with a data gathering approach and internal routing between nodes to attempt several challenging BSNs network design issues in a new generation of smarter world. The Hypercube is an effective interconnection network a high-quality connectivity and maximum battery life are key benefits in their implementation as the backbone. In this work we use the interoperability, smart phone to do two tasks, first work as a base station to process, receive the gathered data from intelligent sensor nodes and to work as a gateway for attaching the movable and portable (Smart BodyNet) product to any other networks in smartest world involving integrated internet of things.