Based on aggregation techniques associated with the forced arrow form matrix, to derive the stability property of dynamic discrete-time complex systems, a new strategy of control is formulated for chaos synchronization of two identical 3D Henon maps. The designed state feedback controller ensures that the state variables of both controlled hyperchaotic slave system globally synchronize with the state variables of the hyperchaotic master system. Numerical simulations are carried out to assess the performance as well as the high level security of the proposed contributions in the important field of secure communication through hyperchaotic synchronization phenomenon.