Long-Term Research

CREDC identifies and addresses critical, long-term issues that impact Energy Delivery System (EDS) cybersecurity and cyber-resiliency, focusing on the evolving adversary and technological landscape.

Archived Research Activities

A Conceptual Framework for the Assessment of Integrated Energy Storage Resources
Adaptive and Proactive Security Assessment on Energy Delivery Systems
Advanced Networking Technology for Energy Delivery Systems
Anomaly Detection for Securing Communications in Advanced Metering Infrastructure
Creating an EDS Cybersafety Analysis Discipline
Data Privacy in Energy Delivery Systems
Federated Simulation for Development of Improved Incident Detection and Management
Forecasting Cybersecurity Incidents in Energy Delivery Systems
Implementation of Resilience via Operational Controls
Increasing Security in a Resilient Energy Delivery Infrastructure through the Analysis of Vulnerability and Exploit Markets
Online, Context-aware, Intelligent Anomaly Detection, Causality and Consequence Analysis, and Response Suggestion for Supervisory Control and Data Acquisition (SCADA) Systems in Energy Distribution Systems
Proactive Response Strategy for Energy Delivery Systems
Quantification of Cyber-Physical Security Risk and Probability of Rare Failures
Real-time Situational Awareness of Risk to EDS To Cyber Attack
REMEDYS: Research Exploring Malware in Energy DeliverY Systems
Resilient Framework with Authentication, Key Management, and Data Collection for Energy Sensors in Energy Distribution Networks
Secure, Dynamic Interoperability of Microgrid Assets
Security Gaps due to Coupling of Energy Delivery Sub-systems
Situational Awareness Framework for Cyber Security Event Prediction and Quantification (SAFFRON)
Synchrophasor Data Quality