Traditionally, the development process of parallel systems emphasizes performance at the expense of better programming abstractions, which causes problems such as excessive code complexity and reduced software maintainability. New techniques have shown expressive results in building parallel software, such as software components technologies. This work conducted a study of the mechanism of parallel communication between components known as Collective Interfaces. As part of this study, we performed an implementation of this mechanism in the SCS middleware, where two connectors were designed and implemented for parallel synchronization and communnication. This implementation allowed us to analyze the requirements for the integration of Collective Interfaces in a component oriented middleware and to identify the challenges of implementing this mechanism in a language as C++, widely used in scientific applications.