You are here

Verification & Validation

CREDC is developing software and methodologies for evaluating resilient Energy Delivery System (EDS) technology. V&V products, services, and results are used in the final stages of field-destined CREDC research efforts.

Current Research Activities

Cyber Physical Resiliency Experimentation and Assessment Using Federated Testbed

Evaluating Effectiveness of an Embedded System Endpoint Security Technology on EDS OT: Defeating the Hackers of IIoT Devices

Metrics and Tools for Measuring Cyber Resiliency of Electric Grids

Network Function Insertion for Reliable and Secure Control Messaging Over Commodity Transport

Real-time Cyber Analysis to Improve Operational Response to a Cyber Attack

Robust and Secure GPS-based Timing for Power Systems

Archived Research Activities

Federated Simulation for Development of Improved Incident Detection and Management

REMEDYS: Research Exploring Malware in Energy DeliverY Systems

Remote Management of EDS Experiments

Recent Publications:

Enhancing Microgrid Resiliency Against Cyber Vulnerabilities

Cyber-Physical Resilience: Definition and Assessment Metric

Cyber-Air-Gapped Detection of Controller Attacks through Physical Interdependencies (2017)

GPS Spoofer Localization for PMUs using Multi-Receiver Direct Time Estimation

Real-time Detection of Malicious PMU Data

Attack Resilient GPS-based Timing for PMUs using Multi-Receiver Direct Time Estimation

Interfacing Techniques in Testbed for Cyber-Physical Security Analysis of the Electric Power Grid

An Interactive, Extensible Environment for Power System Simulation on the PMU Time Frame with a Cyber Security Application

Multi-Receiver GPS-Based Direct Time Estimation for PMUs

Cyber-Air-Gapped Detection of Controller Attacks through Physical Interdependencies (2016)

Decentralized voltage stability monitoring and control in the smart grid using distributed computing architecture

Analyzing Impact of Communication Network Topologies on Reconfiguration of Networked Microgrids

An Emulation Environment for Prototyping PMU Data Errors

Multi-Receiver GPS-based Direct Time Estimation for PMUs

Detecting PLC Control Corruption via On-Device Runtime Verification