Cisco for Utilities
Smart grid solutions to accelerate utility modernization, security, and reliability.
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Solutions for utility companies
Grid security
Provide cyber threat protection, detection, and remediation to protect grid integrity and assets.
Connected substation
Flexible multiservice networks for industrial automation, control, and WAN transformation.
Distribution grid management
Comprehensive, secure monitoring for smart grid control in the era of distributed energy resources.
Field area networking
Extend secure, reliable connectivity to new and legacy assets with a solid foundation.
Workforce enablement
Connect crews, fleets, and digital assets to improve productivity and collaboration.
Explore the Cisco utilities portfolio
Discover the use cases and architectures that are making a difference in the utility industry.
We can help you...
Reduce risk
Through security, visibility, and automation
Improve efficiency
With a modernized grid and better asset identification
Strengthen resiliency
By withstanding, recovering and adapting to incidents
Increase productivity
With greater accessibility and mobility
Making NERC CIP compliance easy
Learn about NERC CIP requirements and see how Cisco integrated solutions can help you achieve compliance
News and events
Join us for the Cisco DA for wireless webinar
Making Sense of Distribution Automation Deployment Options for Wireless Networks webinar will be September 23 at 9:00 a.m. Pacific Time. Hear from industry experts from SEL, Landis & Gyr, and Cisco as we present how to build a multiservice field area network that accommodates grid automation.
Security for the utility grid
Global utilities are designing and building resilience in their modern grid deployments. Learn how Cisco can enhance grid security postures without compromising reliability or network response time.
Keeping the power on in the Midwest
“During a state-wide systems upgrade, having backup LTE was key. In one month alone, we gained an additional 10,000 hours of availability system-wide while electrical gear was being replaced.”
Eric Rupp, Principal network engineer at Great River Energy
