Building a more resilient future for the grid.
We're the team behind the physics-enabled digital twin, giving utilities the clarity to plan, harden, and operate the networks the world depends on.
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The grid wasn't built for the world we now live in.
Utilities face a once-in-a-generation collision of pressures. Demand is climbing, the infrastructure carrying that load is aging, and the climate it runs through is getting harsher.
The stakes are real. More than 80% of outages over the past decade trace back to weather, showing up as wildfire risk along power lines, vegetation creeping into clearance zones, and assets asked to withstand conditions they were never designed for. Getting the answer wrong carries real consequences, for safety, for reliability, and for the communities that depend on power.
Neara builds physics-enabled digital twins of critical infrastructure: high-fidelity replicas that don't just look like the real network, but behave like it.
Where traditional tools draw a picture, our platform understands structural engineering, how a line sags in the heat, how a pole bears load, how an entire network responds to the forces acting on it.
The result is a step-change in speed to value. Engineering work that once ran for months or years becomes models and reports you can produce in hours, without giving up the rigour utilities depend on.
No one models physics and structural engineering the way we do. Neara sits in a category of one.
We sit alongside the likes of Palantir, Siemens, Schneider, Bentley and NVIDIA. But the combination of physics and structural engineering for grid assets is ours alone: a category of one in physics-enabled digital twins. A platform-first approach lets us stand up new use cases quickly, and our AI and ML engine gives us the velocity to scale them.
Stress-test the network before reality does.
Every span, every clearance, every risk, modeled in physics before the next storm, flood or fire-weather day. See what Neara can do for your network.