We serve the operators and asset owners driving the energy transition, from system operations to the distributed assets rewriting load behaviour downstream of the substation.
Our products enable TSOs and DSOs to operate networks with high penetrations of distributed solar, storage and EV charging. By predicting and mitigating cascading failure and transient instability, they preserve operational integrity under increasingly complex load conditions.
Solar, battery storage, microgrids, AI data centres and ultrafast EV charging are rewriting load behaviour below the substation. Our modelling and predictions helps asset owners quantify flexibility value, hosting capacity and network impact before connection, not after.
Predicts, quantifies and helps prevent cascading failures in DER dominated networks. Fuses live telemetry with physics-informed stochastic models and a graph neural network cascade surrogate, resolved into a single real-time reliability index.
Explore →A GNN-guided robotic sensor fleet that learns where to measure next, converting network blind spots into high-confidence state estimates within a fixed fleet budget.
Explore →Fuses hyperspectral satellite imagery to forecast vegetation encroachment and wildfire-ignition risk along grid corridors, up to 90 days ahead, at near-zero marginal cost.
Explore →A distribution-grid digital twin: a physics-grounded replica of the MV/LV network that solves a full power flow for every scenario.
Explore →Run a structured resilience diagnostic for your distribution network, benchmarked against the DNO-to-DSO transition.
Assess your resilience →The new downstream