Infrastructure systems often depend on fragmented data, manual surveys, and disconnected planning tools that limit visibility across large networks. Neara began as a response to these limitations in utility design software, where existing tools did not reflect real-world conditions with enough precision.

The company started in 2016 in Sydney, Australia, when founder Daniel Danilatos built early software to improve power line design workflows after identifying weaknesses in tools used by engineers. What began as a focused solution developed into a wider platform for modelling entire infrastructure networks in digital form.

Neara now operates as a software company that builds physics-based digital twins for critical infrastructure. These systems create 3D representations of real-world networks that simulate how assets behave under environmental conditions.

Instead of relying on static maps or partial datasets, the platform builds digital environments where infrastructure systems can be analyzed as complete, connected networks.

Physics-Based Digital Twins for Real-World Networks

Neara’s platform builds detailed 3D models of infrastructure networks using engineering data. These models simulate how physical assets respond to conditions such as wind, flooding, heat, and vegetation growth.

Each asset in the network is represented with physical behavior properties. This allows simulations that reflect how infrastructure performs under stress conditions. These assets include transmission lines, poles, and surrounding environmental features.

The system allows users to run scenario-based simulations across entire networks. These simulations help identify weak points, test operational changes, and evaluate infrastructure resilience before physical work begins.

By digitizing infrastructure at scale, the platform replaces fragmented analysis with a unified system where planning, simulation, and risk evaluation take place in the same environment.

This structure supports infrastructure owners in understanding how networks behave today and how they may respond to future conditions.

Data Driven Infrastructure Planning and Risk Analysis

Infrastructure planning often depends on field inspections and localized assessments that capture only part of the overall network conditions. Neara replaces this limitation with system-wide visibility built from geospatial and engineering data.

The platform collects information from sources such as GIS systems, LiDAR, and asset records. This data is processed into simulation-ready models that support large-scale analysis.

Operators use the system to identify failure risks, assess maintenance needs, and prioritize investment across entire networks. Instead of responding to isolated issues, decisions are based on system-wide data patterns.

The platform also supports regulatory reporting and infrastructure validation by providing structured records of network conditions and performance results.

This data-driven structure allows infrastructure owners to move from local decision-making toward network-wide planning based on consistent digital models.

Supporting Energy Transition and Infrastructure Resilience

Electricity networks face growing demand, renewable energy integration, and more frequent extreme weather events. These factors require infrastructure systems to operate with higher resilience.

Neara supports utilities by enabling simulation of future scenarios such as storms, wildfires, and load growth. These simulations help identify weak points and evaluate how infrastructure performs under stress.

Utilities use the platform to plan vegetation management, schedule maintenance, and design reinforcement strategies for aging infrastructure. These uses reduce reliance on manual inspections and improve decision speed.

The system also supports renewable energy integration by modeling how new energy sources interact with existing grid infrastructure. This helps utilities assess capacity limits and network readiness.

By simulating infrastructure behavior under different conditions, the platform supports more informed planning across evolving energy systems.

Scaling Digital Infrastructure Across Global Utility Networks

Neara operates across multiple international markets, supporting utility providers in regions including Australia, North America, Europe, and Asia. The platform is used across large infrastructure networks with millions of assets.

Global utility companies use the system for grid modernization, resilience planning, and infrastructure digitization. Applications include outage reduction, network reinforcement, and capacity planning.

The platform scales across different regulatory environments and infrastructure standards. This allows consistent modelling while adapting to regional requirements.

Adoption across global utilities reflects a broader move toward digital infrastructure systems where planning and analysis rely on simulation rather than manual processes.

Redefining Infrastructure Through Digital Simulation Systems

Neara changes how infrastructure systems are designed, analyzed, and managed. Instead of static drawings and fragmented datasets, infrastructure is represented through digital environments that simulate real-world behavior.

This allows operators to understand how entire networks respond to environmental stress, operational changes, and long-term planning needs.

The platform supports ongoing analysis of infrastructure conditions without requiring physical inspections for every assessment. This changes how maintenance, investment, and risk planning are handled across large networks.

By combining physics-based simulation with geospatial data, Neara allows infrastructure systems to be viewed as connected networks rather than separate assets.

This reflects a wider move toward digital infrastructure management, where simulation systems play a major role in understanding and operating critical networks.

Daniel Danilatos, Founder & CEO, Neara