In the world of the Internet of Things (IoT), the rapid growth and exponential use of digital components leads to the emergence of intelligent environments namely "digital ecosystems" connected to the web and composed of multiple and independent entities such as individuals, organizations, services, software and applications sharing one or several missions and focusing on the interactions and inter-relationships among them.
With the help of the computational intelligence, these digital ecosystems can exhibit new self-* properties (such as self-management, self-healing and self-configuration) environments, thanks to the re-combination and evolution of its "digital components", in which resources provided by each entity are properly conserved, managed and used. The underlying web-based resources mainly comprehend big data management, innovative services, smart and self-* properties platforms.
Due to the multi-disciplinary nature of digital ecosystems, they are highly complex to study and design. This also leads to a poor understanding as to how managing resources will empower digital ecosystems to be innovative, intelligent and value-creating. The application of Information Technologies has the potential to enable the understanding of how entities request resources and ultimately interact to create benefits and added-values, impacting business practices and knowledge. These technologies can be improved through novel techniques, models and methodologies for fields such as big data management, web technologies, networking, security, human-computer interactions, artificial intelligence, e-services and self-organizing systems to support the establishment of digital ecosystems and manage their resources.