Secure Pathways for
Resilient Communications

Secure Grid Communications

The U.S. Department of Energy's (DOE) Secure Pathways for Resilient Communications program (SPaRC) leads research and development in grid communications by leveraging a multi-national laboratory interconnected testbed to design, evaluate, and benchmark next-generation secure communications architectures and technologies.

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Securing this end-to-end communications pathway—which is essential for reliable grid operations involves several components:

  • Preventing unauthorized access.
  • Monitoring traffic to identify anomalous activity without compromising the confidentiality, integrity, or availability of the data.
  • Implementing communications security methods complement the cybersecurity approaches used to protect data at origin and destination.

Who Is This For

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Utilities

Strengthens Secure Grid Communications
SPaRC designs and tests advanced communication architectures. This includes testing communications technologies and their associated protocols that protect grid data and support secure, reliable operation.

Provides Real-World Testing Environments
Through a multi-lab communications testbed, SPaRC enables utilities to evaluate and validate technologies under realistic grid conditions.

Delivers Research and Expert Support
SPaRC offers DOE-backed research on communication architectures and technologies, and technical assistance to help utilities address communication challenges and adopt emerging technologies.

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Vendors

Enables Real-World Technology Validation
SPaRC collaborates with vendors to test and validate secure grid communication technologies under realistic operating conditions.

Accelerates Product Readiness and Compliance
Through DOE-backed research and development collaboration and iterative testing, vendors can raise their technology readiness level and align with emerging regulatory standards.

Connects Vendors with the Energy Ecosystem
SPaRC fosters engagements with utilities, regulators, and other national labs—helping vendors refine solutions based on market needs to promote early adoption of vendor technologies that strengthen secure grid communications.

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Regulators

Delivers Science-Based Insights
SPaRC conducts research on emerging and existing communication technologies and architectures that promote best practices to help regulators craft technically sound, future-ready policies.

Supports National Standards and Policy
By sharing data from real-world testbeds, SPaRC informs secure grid communication standards and supports policy development in alignment with evolving energy needs.

Supports Secure Grid Communication Planning and Guidelines
SPaRC provides critical guidance on communication infrastructure to help regulators create balanced, reliable policies that support resilient grid operations in an evolving technology landscape.

Featured Publication

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7-8 GHz Point-to-Point Testing
This research project is an exploratory examination of co-mingled spectrum sharing in the 7 GHz band (7125–8400 MHz), the potentially associated interference, and implications...
October 2024

Key Partners

A map of the United States showing the locations of several DOE national labs

SPaRC’s initial team consists of the following members:

  • DOE Office of Electricity
  • Idaho National Laboratory
  • Oak Ridge National Laboratory
  • Pacific Northwest National Laboratory
  • Sandia National Laboratories

These partners bring communications expertise and testing capabilities.

Contact us Learn more

What SPaRC Offers

Grid Communications Testbed: A multi-laboratory platform to test and validate communications technologies in real-world grid environments.

Next-Generation Communications Experiments: Conducting experiments to evaluate new and existing communications technologies, protocols, and topologies for electric grid applications.

Education & Technical Assistance: Providing training, white papers, and technical reports.