This video describes Pilot 4 of Horizon Europe’s funded project aerOS, focusing on Smart edge services for the Port Continuum. This pilot explores two important and practical use cases for smart maritime container terminals: (1) Predictive Maintenance of Container Handling Equipment such as Ship to Shore Cranes and Straddle Carriers using machine learning at the edge; (2) Computer Vision for automatically detecting container damages or broken container seals in real time, while containers are unloaded from ships. EUROGATE Container Terminal Limassol, serving as the industrial partner of the pilot, have joined forces with PRODEVELOP and the Cyprus University of Technology, both bringing valuable experience and knowledge for developing edge technology and AI solutions through the capabilities offered by aerOS.

Find the link here: https://www.youtube.com/watch?v=FEICM1bSJeg

The aerOS project demonstrates its architecture in the Smart Buildings domain with a real-world deployment at COSMOTE’s premises. Through autonomous IoT ecosystems, edge intelligence, and frugal AI, aerOS optimises energy use, workplace safety, and cybersecurity. Find the video online here: https://www.youtube.com/watch?v=CG7JV2Au_RI

The aerOS use case aims to demonstrate its architecture in the Smart Buildings market by optimising enterprise efficiency and safety through process and data autonomy and self-orchestrated IoT ecosystems, enhancing the energy efficiency of large buildings with real-time processing and frugal AI, and extending capabilities via 5G, NFV, and Network Apps. Expected benefits will be derived from intelligent aerOS nodes that enable autonomous, decentralised decision-making at the edge, while its unique abstraction approach bridges heterogeneity in data and platforms to orchestrate sensors, systems, and analytics across the IoT edge-cloud continuum. In Scenario 1 – Intelligent Occupational Safety and Health, aerOS will be integrated into the IoT ecosystem of a COSMOTE corporate building in Athens to monitor energy, luminosity, CO₂, humidity, temperature, motion detection, and desk occupancy, using embedded analytics and real-time/historical data to inform clustering and seating of employees, while actuation of ventilation, heating/cooling, and lighting systems with edge intelligence and frugal AI will ensure decentralised, secure, and low-latency management of office conditions for health and efficiency. In Scenario 2 – Cybersecurity and Data Privacy in Building Automation, COSMOTE will deploy aerOS cybersecurity components for authentication, authorisation, data governance, ownership, and sharing, alongside 5G, VNF, and potentially NetApps for executing security and privacy functions; video identification for safety will be supported by anonymisation and secure storage mechanisms. Driven by COSMOTE, NCSRD, FOGUS, INFOLYSIS, and UPV, this use case will showcase the energy-efficient, sustainable, flexible, and health-safe potential of aerOS in a real-world deployment and validation within COSMOTE’s enterprise office building in Athens, Greece.

Find it online here: https://www.youtube.com/watch?v=CG7JV2Au_RI&ab_channel=aerOSproject