A Hardware and Software system, as a secure network edge device, direct connected with existing EPES assets (i.e. RTUs, PLC, SCADA).
Self-learning mechanism aimed at cyber-human incidents/attacks/accidents mitigation, prioritizing the most relevant information.
Deep-learning methodologies, big-data analysis and proposing countermeasures, leading to significant reduction of security costs.
Distributed yet fully synchronized “by default” pan-European platform for incidents’ information and trained models sharing across EPES operators and CERTs.
Implementation of an advanced legal framework for suitably managing data, ensuring adequate levels of GDPR compliance, well beyond legacy Data Management Platforms.
Created to accelerate the testing and certification of new EPES secure products in the market.
PHOENIX will involve real-world scenarios to validate the effectiveness of PHOENIX across 5 European Large Scale Pilots (LSP) in Italy, Germany, Slovenia, Greece and Romania involving the complete end-to-end generation, transmission, distribution and presumption value chain.
PHOENIX LSP 1 will be implemented by ASM and EMOT in Umbria region (Segment A) and by BFP in Puglia region (Segment B) and will validate PHOENIX at DSO and prosumer level on a regional and crosssite information exchange at national level.
PHOENIX LSP2 will be provided by PPC at distributed RES generation level. LSP2 will feature 3 Hydroelectric Power Plants (HPPs) located in Northern Greece.
PHOENIX LSP 3 will be implemented by ELLJ and BTC in the commercial and industrial area of BTC in Ljubljana.
PHOENIX LSP4 will be a collaborative/DSO flexibility vs cybersecurity and privacy pilot mainly based in Terni city, interconnected with a simulation facility in Aachen (Germany) and an emulated facility in Lavrio (Greece).
PHOENIX LSP 5 will have significant business impact and political importance validating PHOENIX at DSO, TSO and national-wise CERT level.
Moreover, it will validate national and cross-border information and incidents exchange and governance hierarchies sharing models as foreseen by NIS Directive.