The power grid's risk tools were built for a different era.

Deterministic methods like N-1 contingency analysis check whether the grid can survive losing one component at a time. That worked when generation was predictable. In today's grid, risks are correlated — and traditional tools can't see them.

Infinigrid delivers near real-time probabilistic risk assessment for power systems. Our research-driven mathematical framework models weather — solar intermittency, cloud dynamics, wind variability — as stochastic grid events, with the same rigor applied to component failures. This reveals the compounded, correlated risks that deterministic analysis misses.

We are the first company to operationalize probabilistic grid risk assessment at this level — bridging the gap between academic probability theory and the operational reality of running a grid 24/7.

Every risk assessment we deliver is backed by mathematical proof. Not heuristics. Not approximations. Formal, verifiable proof that supports grid operators in making defensible decisions under uncertainty.

EU regulation already requires it. CSAM Article 44 mandates that all European TSOs develop probabilistic risk assessment. The legislation recognizes what the grid already knows: deterministic isn't enough.

The energy transition doesn't have a generation problem. It has a risk visibility problem. We're solving it.

Based in Norway. Built for every grid navigating the shift from deterministic to probabilistic.

Infinigrid AS

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Infinigrid AS

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