Collaborative edge-cLoud continuum and Embedded AI for a Visionary industry of thE futuRe
Future networks don’t just react — they predict! 🔮
Introducing our flexible forecasting platform for Zero Touch Networking and Digital Twinning, developed as part of the CLEVER Project 🔍 In today’s dynamic 5G and beyond environments, reactivity is not enough. Network automation must evolve into proactivity — where systems anticipate failures, forecast traffic, and autonomously optimize performance. 📶 Our platform uses real-time and historical…
Predicting the Future of Resource Allocation!
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 performance and consistent Quality of Service (QoS). 🔍 What makes CLEVER stand out? 1- AI-driven predictive…
🌱🔌 Reducing 5G X-Haul Energy Consumption with Cooperative Intelligence! 🚀📡
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 optical access networks (SDOANs). 📉 Our CO-SLEEP technique leverages real-time 5G TDD slot awareness to: 🔹…
✨ CLEVER’s Research Goals
To enable different levels of communication across distinct infrastructure domains, aiming to safeguard the infrastructure’s security while ensuring its smooth operation. To design a decentralized optimization model that ensures the careful and selective dissemination of information among different providers and operators. To model the inter-dependencies among processing tasks to guarantee various requirements (minimize delay, processing…
🔐 CLEVER Project achieves a world first in post-quantum secure communications!
We’re proud to present the first-ever end-to-end, line-rate optical fiber link using post-quantum cryptography (PQC), implemented with Data Processing Units (DPUs) and demonstrated at 92.3 Gbps! In a hybrid PQC setup using Kyber and Dilithium, we’ve shown that full-stack quantum-resistant encryption can: ✅ Achieve near-baseline throughput ✅ Slash CPU load by 60% via DPU offloading ✅ Operate over…