More and more, software systems involve autonomous software components and distributed to perform and interact in an open and dynamic environments, such as in a broad application, autonomous, and mobile. Requirements relating to the dynamics, scalability openness, and decentralization calls for new approach to designing and developing software, capable of supporting spontaneous configuration, fault-tolerant partial, or regulate the adaptive reorganization of the entire system. Inspired by the behavior of complex natural systems, scientists and engineers have started to adjust their mechanisms and techniques for self-organization and adaptation to environmental changes. In line with these considerations, and Zambonelli propose Mamei interaction model inspired by the way, and particle mass in the universe move and organize themselves according to contextual information represented by the gravitational and electromagnetic fields. This model can serve as a basis for general purpose and widely applicable approach to the design and development of adaptive distributed applications.