Nexora Grid unifies monitoring, digital twins and autonomous dispatch into one platform — so utilities and industrial operators can see failures before they happen, and rebalance load before anyone notices.
Each product is a node in the same intelligence layer — deploy one, or run the full stack across your network.
Real-time telemetry from every sensor and substation, streamed into a single operating picture with sub-second refresh.
A living digital twin of your physical network — assets, topology and terrain, kept in sync automatically as the grid changes.
Autonomous load balancing that reroutes power and dispatch decisions in milliseconds, ahead of demand spikes.
Predictive anomaly detection that flags equipment failure and physical threats before they cascade into outages.
Transmission and distribution operators managing regional or national grids.
Wind, solar and storage fleets that need real-time output visibility.
Municipal energy, street lighting and public infrastructure networks.
Heavy IoT environments where downtime carries a direct cost.
Rail, EV charging corridors and transit power systems.
Treatment plants and distribution networks under load and pressure.
Most platforms tell you what already went wrong. Nexora watches the signal beneath the signal — vibration, thermal drift, load variance — and tells you what's about to.
Equipment failure forecasted days ahead, not diagnosed after the fact.
Load shifts automatically around constrained or failing segments.
SOC 2 Type II, encrypted at rest and in transit, role-based access.
Connects to SCADA, ADMS and historian systems you already run.
A single live view of load, faults and dispatch — so decisions happen in seconds, not shift meetings.
SAIDI, SAIFI and capital planning metrics rolled up automatically for the board, the regulator and the field.
Work orders arrive with the diagnosis attached — asset history, likely cause, and the part number already pulled.
Every sensor reading, event and dispatch decision lands in one warehouse-ready schema — no scraping historians.