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Securities Control in Ad Hoc Network on Scatternet

Shubham Patel, Rajendra Singh


This study presents and evaluates an ad hoc network formatting algorithm. The algorithm is discussed to feature the specifications of Bluetooth under a designed purpose, a limited range device with a host and numbers of connected devices wirelessly. There are many research and analyses done till today’s date for the selection of secured devices. Proposed solutions have been evaluated utilizing the Open Web Application Security Project (OWASP). Nowadays, Bluetooth is a widely used technology. It is a LAN, or regional area network/Personal area network (PAN). The eventual goal does not specify how Bluetooth-enabled products find each other and establish a scatternet in specific terms. Instead, how a formed scatternet allows any two Bluetooth enabled devices to communicate with each other. This algorithm is a concept to secure the passage through which the data is transmitted over the connecting devices. We have security for connecting the Bluetooth devices with each other but least about the data. So, there should be a secured channel to transmit the data within the connected devices. The presented algorithm concept results in securing the channel. Researchers have done research and analysis on data link layer and physical layer of OSI Model, but we think it can be much effective on network layer. Hence, the proposed solution is on the network layer. The above component is a part of the Bluetooth protocol stack’s L2CAP layer. These technology devices use chunk of power sources called battery. So, when we work on energy efficiency to reduce the consumption of power and increase the life of the device, it will assist to maintain the connectivity among the devices/nodes. Thus, the security will be undisturbed, and data would be transmitted securely.


OSI, PAN, network, algorithm, TSF, L2CAP layer

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