Supporting secure, resilient grid operations from the control room to the field
Energy and utility organizations are shifting from managing infrastructure inside a single control center to supporting a distributed grid spanning substations, generation facilities, and field operations. Operators, field crews, and administrators need secure access to grid data wherever they’re working.
ÌÒ×ÓÊÓÆµ is the strategic engineering partner that helps energy and utility organizations modernize infrastructure, strengthen cybersecurity, and deliver secure, resilient grid operations across control centers, substations, and the field. For more than 35 years, ÌÒ×ÓÊÓÆµ has partnered with energy and utility organizations to design, implement, and support secure, scalable technology solutions. Backed by 100+ certified engineers, ÌÒ×ÓÊÓÆµ helps organizations move forward with confidence while maximizing existing technology investments.
From grid networking and SCADA connectivity toÌýZero Trust security, hybrid cloud, and managed services, ÌÒ×ÓÊÓÆµ helps organizations improve grid reliability, protect critical infrastructure, and build resilient technology environments across control centers, substations, and the field.Ìý
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Every technology decision affects grid reliability, worker safety, regulatory compliance, and uninterrupted service. Utilities must upgrade infrastructure while protecting critical systems, supporting renewable energy initiatives, and maintaining visibility across distributed operations.
Priorities include:
Whether supporting a municipal utility, electric cooperative, local gas company, renewable energy producer, or a large investor-owned system, ÌÒ×ÓÊÓÆµ designs solutions that improve reliability without forcing organizations to replace technology that’s already working.
Utilities operate critical infrastructure, making them frequent targets for ransomware, nation-state actors, and supply chain attacks that can disrupt operations and affect public safety.
Zero Trust architectures, identity and access management, network segmentation, and continuous monitoring strengthen cybersecurity across IT and operational technology environments, supporting NERC CIP compliance while minimizing disruption.
How ÌÒ×ÓÊÓÆµ Helps
ÌÒ×ÓÊÓÆµ modernizes networking, wireless infrastructure, and hybrid cloud environments while preserving existing technology investments. For substations, renewable energy sites, and other remote locations where traditional connectivity is difficult to deploy,ÌýÌýextends secure enterprise connectivity quickly and reliably. ÌÒ×ÓÊÓÆµ also bringsÌýAI-driven network troubleshootingÌýfrom leading technology partners into grid environments, detecting and diagnosing issues before they cause an outage.Ìý
How ÌÒ×ÓÊÓÆµ Helps
Learn more about ourÌýNetworkingÌýandÌýHybrid CloudÌýservices.Ìý
Utilities and energy producers are investing in AI and analytics to improve load forecasting, predict equipment failures, optimize renewable output, and strengthen outage response. Growing electricity demand from electrification and AI data centers requires infrastructure ready for tomorrow’s growth.
How ÌÒ×ÓÊÓÆµ Helps
Severe weather, cyberattacks, equipment failures, and communications outages can all disrupt utility operations. Recovery strategies must restore critical systems quickly while keeping field crews supported and the grid visible.
ÌÒ×ÓÊÓÆµ designs backup, disaster recovery, and business continuity solutions that improve resilience through engineering-led planning, proactive monitoring, and managed services.
How ÌÒ×ÓÊÓÆµ Helps
Technologies can beÌývalidatedÌýin ÌÒ×ÓÊÓÆµ’s independentÌýProof of Concept Lab and Integration & Testing LabÌýbefore deployment, allowing teams to evaluate interoperability, performance, and security across IT and operational technology environments before changes are introduced into production.Ìý
That same engineering-first approach extends across every engagement — from cybersecurity and grid modernization to hybrid infrastructure, AI readiness, and business continuity. Whether supporting a municipal electric department, a rural cooperative, a regional gas utility, or a solar or wind energy producer, ÌÒ×ÓÊÓÆµ helps organizations build secure, resilient technology environments that keep reliable energy flowing to the communities they serve.