CYPRES
Power systems are cyber-physical systems that need to be resilient to a diverse range of threats. The goal of this U.S. Department of Energy (DOE) Cyber Security for Energy Delivery Systems (CEDS) funded project for Cyber Physical Resilient Energy Systems (CYPRES) is to develop a secure cyber-physical modeling foundation that will be the core of next-generation energy management systems. The CYPRES project’s objectives are to design and build a next generation energy management system that is truly cyber-physical, a secure end-to-end system for managing the energy system, communications, security, and modeling and analytics.
Our mission is to enhance the reliability of resilience of our nation’s critical energy infrastructure.
CyPRES is funded by the U.S. Department of Energy (DOE) under award DE-OE0000895, and we are grateful for their support.
For more information, please see our webpage and contact us: https://cypres.engr.tamu.edu/
Demo of "Graph Theory vs. Time-Domain Discrete Event Simulation"
SmartGridComm 2023 Demo Video
Quick Demo of NPView to Testbed Pipeline Capability
ICCP Use Case - Short Demo
Node2vec-based Risk Analysis for CPS _ Demo_April 2024
RESAuto Introduction
CYPRES Mitigation - Network Reconfiguration
ICCP Demo in RESLab - Nov. 8, 2022
CYPRES Experimentation Automation with RESAuto
Self-Guided Data Fusion Tutorial
CYPRES demo by TAMU PhD student Abhijeet Sahu
Real-time power system simulation with hardware devices through DNP3
Toward Efficient Wide-Area Identification of Multiple Element Contingencies in Power Systems
CYPRES Response Demo at Texas A&M Testbed
CYPRES Demo at Texas A&M