We’re excited to announce the release of the Proceedings from the 5th Summer School on Cyber-Physical Systems and Internet-of-Things (SS-CPS&IoT’2024). This volume provides an in-depth look at cutting-edge advancements and European R&D initiatives in CPS and IoT engineering.  Dive into discussions on:  Green Systems for a Green World and quality-driven design in CPS.  The revolutionary…

Delivering high-speed, accurate, and scalable network visibility is no longer a theoretical exercise. In our latest research under the CLEVER project, we introduce a DPDK-based network scanner that redefines how cyber defense mechanisms approach vulnerability detection.  📌 What’s new and why it matters:  2× scanning speed over traditional tools, processing up to 120 Mpps.  Achieved…

Most people would say yes. But how much should you buy?  That’s exactly what our latest CLEVER Project research explores, optimal procurement under backwardation, where future prices are lower than expected spot prices (typical in energy, compute, and perishable goods markets).  Here’s the problem: Buy too little, and you’ll pay more later. Buy too much, and excess…

🤖 AI, meet the real world. In Deliverable D5.2, the CLEVER project puts edge AI into action—right where it matters most: factories, farms, and retail.  🔧 Smarter Orchestration  Dual-stage AI workload placement using Kubernetes  Genetic algorithms optimize for latency + energy use  Runs seamlessly from cloud to constrained edge nodes  ⚙️ Virtualized GPU + RDMA  Edge…

CLEVER has an answer! In today’s distributed cloud-edge continuum, balancing user experience with infrastructure cost is a game of trade-offs, and personalized incentives may be the winning move.  Our latest CLEVER Project paper introduces a novel QoE-driven spot pricing scheme that personalizes incentives based on user flexibility. The result? – Smarter resource allocation. – Lower infrastructure costs. –…