Machine-to-Machine Communication (M2M), sometimes also entitled as Machine-to-Machine Communication Area Networks which has been a dynamic research area above the past few years and it is an essential ingredient of Engineering and Industrial Applications (EIA). The sensor nodes in the network are limited in energy, therefore, communication ability also restricted. So, in this case, this appears particularly significant for the development and designs direction finding the protocol for the broadcasting of the sensing data successfully. For the conservation of energy, a novel approach is preferred that is an Energy-Balanced Routing Algorithm based on the Forward-Aware Factor (FAF-EBRA). The new concept is introduced in FAF-EBRA is hop is a segment of the path between starting place and target. The hop count refers to the number of intermediate devices through which data must pass between source and destination. In the method of FAF, the next-hop node chosen as per the perception of communication link weight and the forward energy density and additionally local topology reconstruction mechanism is designed for load-balance among the nodes. The FAF-EBRA is evaluated with LEACH & EEUC and the results obtained through the experiments that FAF-EBRA better performance in terms of the consumption of the energy, which prolongs the network lifetime and gives assurance to maintain high Quality of Service of M2M Communication area networks.