This delivers one digital nervous system—from field to boardroom—enabling data to flow seamlessly from networks, power plants, and substations to operational and business systems, creating real-time insights and automated responses across the entire grid.
IoT sensors and ADMS enable real-time monitoring, fault detection, and power rerouting, improving outage prevention and faster service restoration.
IT/OT convergence enables seamless data flow from devices to systems, providing real-time insights and automated responses that accelerate grid decision-making.
Secure IT/OT integration with robust governance and end-to-end monitoring protects grid operations and reduces cybersecurity risks.
IoT and edge architectures, combined with ADMS and SCADA, unify IT and OT systems into a single platform, improving interoperability and centralized grid management.
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Defined IT/OT architectures integrate components, IoT connectivity, data layers, and microservices, enabling a unified and efficient grid operations platform.
IoT architectures enable IT/OT convergence by connecting devices to platforms, using edge computing and secure protocols for real-time data and seamless integration.
ADMS and real-time systems enhance IT/OT capabilities, enabling unified control, fault detection, DER management, and optimized grid operations.
Cybersecurity governance and services ensure secure IT/OT convergence through end-to-end monitoring, secure protocols, and robust risk management.
NTT DATA enables gas and power transmission and distribution organizations to evolve toward a unified and autonomous data-driven ecosystem—breaking down the barriers between IT and OT systems to enable real-time grid control, predictive maintenance, and seamless integration of distributed energy resources.
Seamless data flow from field devices to systems enables real-time monitoring and faster, more efficient decision-making across the grid.
IT/OT convergence enables automation and autonomous control of grid assets, reducing manual effort and improving response times toward a data-driven grid.
Real-time fault detection, automated rerouting, and faster service restoration reduce outage impact and duration, improving grid reliability and quality of supply.
