How does a physics-enabled digital twin fit into a broader digital twin ecosystem?

This video walks through how the next generation of digital twins, including the physics-enabled digital twin, delivers asset-level accuracy, feeds insight up and downstream across organizational layers, and strengthens decision-making from daily operations to long-term planning and strategy.

How do you choose the right asset interventions with limited budget?

Watch how teams use RVO to cut risk faster, build defensible investment plans, and align decisions across planning, asset management, and operations.

Where are your most consequential clearance violations?

Watch to see how utilities are using Neara to prioritize vegetation trimming, reduce conductor clash, and build proactive wildfire mitigation strategies at scale.

The Risk-Readiness Gap: What’s holding utilities back from risk-based resilience?

With more data, tools, and visibility, utilities are closer than ever to making risk-informed decisions at network scale. But there’s still a disconnect between what utilities could achieve with their data and what current systems support.

Energy Futures Lab: AI for Critical Infrastructure systems: Ep40: Dr Francesco Leofante & Mary Cleary

Neara's VP for Marketing, Communications and Public Policy, Mary Cleary, sat down with Francesco Leofante at Imperial College London to discuss how utilities are using AI to pinpoint vulnerabilities, gain actionable insights, and boost resilience in their networks. Mary explains the critical role that physics-enabled AI and digital modelling can play in helping utilities solve their biggest problem: where to start.

Capital Brief: Data centres must avoid the mistakes of the energy transition

Data centres are set to power Australia’s economic future, but opaque planning and old habits risk repeating old errors.

How does a physics-enabled digital twin fit into a broader digital twin ecosystem?

This video walks through how the next generation of digital twins, including the physics-enabled digital twin, delivers asset-level accuracy, feeds insight up and downstream across organizational layers, and strengthens decision-making from daily operations to long-term planning and strategy.

A Guide to Procuring a Physics-Enabled Digital Twin

This guide is designed to help utility leaders create an effective RFP to source a physics-enabled digital twin.

The ROI of a Single Risk-Weighted Model

A new playbook for asset managers and infrastructure leaders to rethink how you align risk, cost, and performance in a single view.

Empact Engineering Delivers for Utilities Faster with Neara

US Utility Defers 25k Pole Replacements

Conductor Clash Risk Detection for a Major US Utility

UtilityWeek: Majority of UK’s energy networks are ‘under-utilised’

Utility Week covered one of the most significant challenges facing utilities in the UK and Ireland today: enhancing grid capacity to meet rising energy demand. While some new infrastructure is needed to achieve this, the cost and time required to deliver it remain a major obstacle.

Bloomberg: Blackout, Fire Warnings Flashed From Home Sensors Hours Before Crises

Bloomberg explores how new tech, like Neara’s physics-enabled digital twin, is enabling utilities to detect and act before disaster strikes.

Neara Supports CenterPoint’s Energy Resiliency Technology Summit

Neara showcased its digital twin technology at CenterPoint Energy’s Resiliency Technology Summit, highlighting how it helps improve grid preparedness and emergency response.