By The Numbers
Our Impact
100
%
Logs Verification (Evidence Integrity Assurance)
25%
>
Faster Threat Identification
15%
<
Threat Detection Error Rate
60
>
NIS2 Professionals Trained
about the project
Securing Private 5G in Industry 5.0
The CyberShield project transforms a private 5G experimental testbed into an advanced threat intelligence, autonomous Root Cause Analysis (RCA), and evidence-preserving cyber-resilience validation platform. Designed for use in industrial environments, the project ensures operational continuity and regulatory compliance with NIS2 and GDPR for essential entities in the manufacturing, energy, transport, and water sectors
Creative Systems Engineering (CSE)
Project Coordinator
Get in Touch with the CYberShield Team
PArtner
Creative Systems Engineering (CSE) Ltd
Creative Systems Engineering (CSE) Ltd is a self-funded SME established in 2009 in Athens, Greece, providing advanced engineering products and services across telecommunications, defence, space, industrial control, automation, and automated test equipment. Backed by a team with more than 25 years of proven expertise in project and engineering management, electronic system design, embedded systems, FPGA-based solutions, communication interfaces, PCB development, and validation/testing, CSE delivers high-end services using state-of-the-art CAE/CAD tools and laboratory test equipment. The company actively addresses both international and domestic markets, invests continuously in R&D through EU and government-funded programmes, and develops innovative solutions in areas such as IoT, M2M, communication systems, defence and space subsystems, SpaceWire IP cores, and application-specific automated test platforms. CSE is a member of the Athens Chamber of Commerce and Industry and is certified to EN ISO 9001:2015 by TÜV Hellas.
PROJECT OUTCOMES
Results & Future Impact
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The CYberShield project is currently in progress. Its results will focus on the development, integration and validation of a cybersecurity framework for private 5G and Industry 5.0 environments, aligned with the needs of NIS2-regulated sectors such as manufacturing, energy, transport and water. Expected outcomes include the integration of CYberSynchrony tools within a private 5G testbed, the deployment of AI-driven anomaly detection and Agentic-AI Root Cause Analysis capabilities, controlled adversarial validation scenarios, evidence-preserving incident response mechanisms, and sector-specific cybersecurity strategies. The project will also produce regulatory and risk assessment outputs, a platform integration report, validation results, a demonstration video, a final results report, and dissemination and exploitation material. Final results will be published as the project progresses.