🚀 Launching September with CLEVER innovations! CATER, our policy-based data placement framework, is transforming how data flows across the edge-cloud continuum. With GDPR compliance, privacy safeguards, and energy efficiency at its core, CATER is paving the way for sustainable edge…
CATER — a policy-based, constraint-aware data placement framework tailored for the edge-cloud continuum. Traditional storage solutions fail to handle the complex demands of edge computing: heterogeneous nodes, GDPR compliance, privacy isolation, and energy-efficient storage. CATER addresses these challenges head-on: ✅…
In edge computing, efficient GPU utilization is critical—but legacy protocols like TCP are hitting their limits. In our recent study presented at WiMob 2024, we investigate GPU virtualization in edge scenarios using the QUIC protocol as a next-gen alternative to…
Today’s security won’t survive tomorrow’s quantum computing. That’s why, as part of the CLEVER Project, we’ve deployed a fully PQC-protected network stack on NVIDIA’s BlueField-2 Data Processing Units (DPUs), achieving data center linerates with in-line PQC acceleration. Q1: What did…
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…
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…
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’s the million-dollar question in edge-cloud systems! CLEVER Project is tackling it with a blend of engineering smarts and intelligent orchestration. 📢 Our new research which was presented at CLOSER 2025, shows how to deploy microservice-based apps more efficiently by…
Did you know that Data Confidence Fabrics (DCFs) are revolutionizing how we ensure trust in distributed systems? The Alvarium framework (backed by the Linux Foundation) is leading the charge by decoupling security metadata (“annotations”) from data, enabling scalable, transparent trust…
 In the CLEVER Project, we’re transforming how edge computing platforms handle resource management by integrating cutting-edge AI/ML models for proactive resource forecasting. Imagine a world where your applications—from autonomous vehicles to augmented reality—receive resources before they need them, ensuring top-tier…
