Abstract: Wireless sensor network is an influential factor and play an extensive role now a days. High Energy utilization is the major obstacle in WSN and it may pernicious to human being. “Green” has now a days become a well-known concept and an appealing trend. Efforts to reduce energy consumption are now important topics in many aspects of our daily life. Green wireless sensor network mainly focuses on energy efficiency improvement aiming at the realization of sustainable or battery less operation of the networks. In our research, green wireless sensor network is used as a network environment which saves network energy usage by embracing Periodic data reporting and absence of timestamp synchronization. This study exploits Green Indemnity Honey Bee Routing Algorithm (GIHBR). The AMRoute is the multicast routing protocol that achieves the robustness due to its tree structure over an underlying mesh structure. But, this protocol is less efficient due to loop formations in multicast tree and does not consider the node’s energy level while forming the mesh and tree creation. To solve this problem, this study offers GIHBR principles to present a new routing protocol called SEE-AMRoute. The GIHBR Routing algorithm works in a honey bee technique which consumes lesser amount of energy compared with other technique. To afford reliable network lifetime and node authentication for security, indemnity technique such as threshold based link break detection mechanism, Optimized Homomorphism Signature algorithm has been developed. Hereby, using extensive simulation results, the proposed scheme achieves minimum energy consumption, high network lifetime, less delay, reduced overhead and increase delivery ratio.