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Wireless applications have a clear significant benefits to the industry they serve, which allows monitoring and control of new capabilities, adding flexibility to the existing capacity and reduce operating costs and process control. In response, many different wireless solutions and applications sprouting across the spectrum to address this growing industry demand. That said, however, industrial space presents a unique set of challenges many traditional wireless solutions are simply not designed specifically for such a high reliability, low power consumption system and the ability to survive in RF-unfriendly physical environment, all the while to be effective. The increasing use of wireless technology will also be a challenge because there are many different applications fighting for the same RF space, which leads to overly crowded spectrum and preparation of existing business challenges. With these unique challenges in the industrial area, and the challenges of wireless applications today, as compared to existing solutions and ensure that they are appropriate in relation to the environment? Let’s look at five of the top of these variables to solve this problem. The fourth measure RF agility-the ability of technology to move and to avoid interference with the RF spectrum. Fifth is the interference-immune RF communication technology skills in the channel given in spite of obstacles. RF spectrum is highly dependent on the environment from the physical nature of RF waves. Low frequency, wave length, and therefore less prone to absorb the production of typical materials such as liquids and reinforced concrete.