Cloud-Based Collaborative Learning Systems: Transforming Student Interaction and Knowledge Sharing in Digital Education

Abstract

The rapid expansion of digital education has transformed how knowledge is delivered and shared, with cloud computing playing a central role in enabling collaborative learning across geographically dispersed environments. Cloud-based collaborative learning systems combine scalable computing infrastructure with educational technologies such as learning management systems, communication platforms, and shared applications to support real-time interaction, collective problem solving, and knowledge co-creation. These systems enhance student engagement by allowing learners to access resources anytime, collaborate on assignments, participate in discussions, and share ideas within dynamic digital environments that extend beyond traditional classrooms. This review examines the technological foundations of cloud computing in education, including infrastructure and service models, as well as collaborative tools that facilitate distributed learning. It also considers the integration of collaborative learning theories with cloud technologies to improve educational outcomes. The findings suggest that cloud-based systems significantly improve communication, interaction, and knowledge sharing among students. However, challenges such as data privacy, cybersecurity risks, accessibility issues, and the need for digital literacy remain important concerns. Overall, cloud-based collaborative learning systems represent a vital innovation that will continue to shape interactive, scalable, and globally connected digital education ecosystems.