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…
🤖 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 ⚙️ Virtualized GPU + RDMA 🔒 Confidential AI Real-world Use Cases 🎯 Bottom…
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…
The CLEVER Project presents a novel way to embed AI into programmable data planes — with zero arithmetic logic, zero stateful memory, and zero loss in performance. 🔍 Our latest innovation introduces a lookup table distillation technique that transforms complex…
Newsletter D3.2 marks a major milestone in accelerating hardware innovation at the edge, and it’s anything but ordinary. 🔍 What’s inside: 🛠️ All developed for real-world use cases in agriculture, smart industry, and augmented reality. đź“… Final demonstrators are on…
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…
As 5G networks scale, so does their energy footprint—especially across x-haul infrastructures (fronthaul, midhaul, backhaul). In the latest research from the CLEVER Project, we propose a cooperative SDN-based energy-saving scheme for NG-PON2, blending 5G TDD awareness, O-RAN intelligence, and software-defined…
