Research Project

CyberNEMO: Advanced Security for Distributed Digital Ecosystems

The open‑source framework designed to ensure end‑to‑end cybersecurity across the IoT‑Edge‑Cloud‑Data Computing Continuum, strengthening the resilience of critical infrastructures and digital supply chains.

Where: International
Challenge
The growth of remote work and distributed digital ecosystems has highlighted the limitations of traditional VPNs in protecting access outside the corporate perimeter. Today, organizations must ensure continuous security wherever users, devices, and data reside. CyberNEMO addresses this challenge by developing solutions that provide ongoing protection across IoT, Edge, and Cloud environments.
Approach
CyberNEMO integrates security across the entire digital continuum. The project develops end‑to‑end cybersecurity solutions based on Zero‑Trust principles, risk‑analysis tools, and AI‑driven technologies to detect and mitigate threats. Its goal is to strengthen the resilience of critical infrastructures and supply chains by providing collaborative tools for information sharing, risk assessment, and incident management in distributed environments.
Digital Ecosystem
Solution
Digital Ecosystem

CyberNEMO adopts a Zero Trust Network Access (ZTNA) model, continuously validating user identity, device posture and service trustworthiness before granting access to network resources. The solution is built on NEMO, a platform that orchestrates applications and services across IoT, Edge and Cloud environments, integrating SD‑WAN for intelligent traffic management and Deep Packet Inspection for threat detection in distributed systems. Engineering develops the ZTNA layer to enable supervised access to untrusted systems and devices, such as network access controllers, using SmartNICs that offload security and traffic‑control functions directly to hardware.

The project has received funding from the Horizon Europe programme - Contract No. 101168182

Results

 

 

 

 

End‑to‑end cybersecurity across the IoT‑Edge‑Cloud‑Data continuum

 

 

Intelligent network traffic management

Technologies

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