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Self-Healing Communications Networks for Utilities
Self-healing communications combine real-time detection, diagnosis and governed recovery actions to shorten the path from a network problem to an effective response. Better topology and service-dependency awareness, together with controlled automation, can improve operational resilience while preserving human escalation for higher-risk or uncertain conditions.
Uses real-time telemetry to detect degradation or faults and trigger faster operational response.
Correlates events with topology and service dependencies to distinguish symptoms from root causes.
Supports governed rerouting or recovery actions for well-understood failure modes with appropriate policy controls.
Learns from incident outcomes to improve recovery logic while escalating when confidence, risk or criticality requires human decisions.
NTTデータのサポート体制は？
Uses trusted telemetry to identify service degradation and faults across heterogeneous communications infrastructure.
Links technical events with topology and service dependencies to understand actual utility-service impact.
Implements controlled remediation actions for failure modes that can be safely automated.
Uses incident outcomes to refine detection, decision and recovery logic over time.
Defines confidence thresholds, risk controls and human escalation for critical or uncertain recovery decisions.
NTT DATA helps utilities combine telemetry, topology intelligence and controlled automation to reduce the time between network degradation and effective recovery. The objective is faster, more consistent restoration for well-understood failure modes while retaining human decision-making where confidence, risk or service criticality requires it.
Real-time detection and governed, repeatable remediation reduce the time between a fault and effective service restoration across distributed utility environments.
Topology and dependency correlation clarifies which critical utility services are affected by an event.
Policies and confidence thresholds preserve human decision-making for higher-risk, uncertain or critical situations.
Learning from incident outcomes improves recovery logic and supports more advanced autonomous operations over time.
Combine real-time detection, topology-aware diagnosis and governed remediation to strengthen network resilience.
