One Physics‑Enabled Digital Twin for Every Risk, Asset & Scenario.
Unify your assets, surroundings, and workflows in a single physics-accurate view, so you can plan, harden & operate your network with confidence.
You only see a fraction of your network. Neara shows you all of it, in physics-accurate detail.
One physics-enabled digital twin replaces your fragmented point solutions, so you can predict what will fail, when, and what to do first.
See Neara in actionSee every asset in its real world
Understand how every pole, line, and structure behaves in real terrain, weather, and flood conditions.
Trace a failure before it spreads
See how failures propagate across the network. If this span or pole fails, what else is at risk.
Act with confidence
Simulate field actions, moving poles, reconfiguring lines, building new feeders, and instantly see their impact on clearance, loading, and risk.
One model, from data to decisions.
Every insight comes from the same physics-enabled twin. Build it once from data you already have, then move from simulation to regulator-ready reporting without ever leaving the model.
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Build the model
Neara turns your existing LiDAR, imagery, GIS, and asset records into a spatially precise digital twin that matches your network's real-world behavior.
Run the scenarios that matter
Wind, ice, thermal, flood, vegetation, reconductoring, and new builds, all simulated on your real network geometry.
Turn insight into action
Prioritized hardening plans, regulator-ready reports, and field-ready work orders, all produced from the same model.
Solutions powered by one physics-enabled twin
Choose the job you need to solve first. Every solution uses the same physics-accurate model of your network, the same assets, surroundings, and workflows.
Resiliency & Reliability
Predict where the network will fail and prioritize the fixes that cut SAIDI/SAIFI most.
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Wildfire Mitigation
Model clearances, ignition risk, and vegetation across every span, then harden where it matters.
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Asset Management
Swap time-based maintenance for risk-driven inspection grounded in physics-accurate condition.
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Risk & Value Optimization
Quantify the risk and value of every capital decision, with evidence regulators trust.
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Design & Construction
Model new builds, upgrades, and reconductoring before a single pole goes in the ground.
Learn more Explore solutionHow teams are scaling their networks with Neara
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"By modelling each span individually, we found that in many parts, capacity is twice as high as we previously thought. "
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"Rather than wait for digital inspections, we eliminated 300 hours of inspection time and targeted our response to customers that needed assistance most. "
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"By monitoring water and clearance levels daily, SA Power Networks was able to leave power on for longer and restore power more quickly as water receded, re-energising lines within five days compared with the originally anticipated three weeks. "
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"Using Neara, we're now able to model 12,000 poles and counting per month. Our team conducts per-pole loading analysis 3x faster, 5–6 minutes per pole instead of 16. "
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"We completed transmission planning, design, and drawings in less than two weeks, half the planned timeline, and positioned ourselves to unlock nearly 3,000 MW of renewable energy for the region. "
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"A project originally scoped for 36 months was completed in just 4 months. Neara helped us identify conductor clash risks across high wildfire-risk areas 10x faster than traditional methods. "
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"Neara proved that 84% of our condemned poles were structurally stable and safe to remain in service, reducing 25,000 planned replacements to 4,000, and saving millions without compromising safety. "
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See your network as one physics-enabled digital twin.
Book a personalized demo and discover how leading utilities are transforming their operations.