The 1st International Workshop on Platforms and Resources for INtelligent CybEr-Physical Systems (PRInCePS 2026)

Call for Papers

CPSs represent a fundamental paradigm for integrating computational intelligence with physical environments. By combining sensing device infrastructures, distributed computing platforms and artificial intelligence, CPSs enable the monitoring, analysis and control of complex real-world processes across multiple domains. Recent technological advances in IoT, edge and cloud computing, artificial intelligence and data analytics are fostering the emergence of intelligent CPS capable of autonomously observing physical phenomena, processing large volumes of heterogeneous data and supporting adaptive decision-making processes.

These developments are opening new opportunities in several application domains, including smart agriculture, healthcare, smart infrastructures and industrial systems. In such contexts, intelligent CPS platforms must address a number of open challenges related to interoperability, scalability, distributed intelligence, security and the integration of heterogeneous data sources. The design of platforms and computational resources capable of supporting such complex ecosystems therefore represents a key research challenge.

The International Workshop on “Platforms and Resources for INtelligent CybEr-Physical Systems” (PRInCePS) aims to investigate models, architectures and technological solutions supporting the development of intelligent CPSs. In particular, the workshop will focus on the integration of artificial intelligence, IoT infrastructures, distributed cloud-edge computing platforms and data-driven decision support systems for realworld applications.

The workshop will provide a forum for researchers and practitioners to discuss novel approaches, architectures, experimental platforms and real-world use cases enabling intelligent CPSs in different domains, including smart agriculture and environmental monitoring, digital health and biomedical systems, smart infrastructures and digital twins, as well as cybersecurity in supply chain and manufacturing scenarios.

By bringing together contributions from multiple research communities, the workshop aims to foster the development of interdisciplinary solutions for next-generation intelligent CPSs.