Designed to revolutionize how you manage and maintain your electrical assets, OFIL Systems’ Gridnostic is a cutting-edge grid diagnostics platform that seamlessly aggregates all data sources to deliver comprehensive, actionable insights.
Whether you seek a holistic overview or detailed diagnostics, Gridnostic ensures reliability, efficiency, and safety in the high-voltage electricity sector.
Our platform converts complex imagery data into clear numeric severity scores, delivering actionable insights for efficient asset health management.
Leverage multi-sensor technology including UV, RGB and Thermal to enhance analysis capabilities.
Integrates all inspection data within a geospatial context, offering a strategic, map-based overview of grid health.
Transform complex data into clear, actionable insights with AI models enhancing data interpretation.
Efficiently manage historical data and enhance communication with sharing and reporting capabilities
Backed by years of industry knowledge, receive expert advice and diagnostics to solve problems faster.
Our platform converts complex imagery data into clear numeric severity scores, delivering actionable insights for efficient asset health management.
Leverage multi-sensor technology including UV, RGB and Thermal to enhance analysis capabilities.
Integrates all inspection data within a geospatial context, offering a strategic, map-based overview of grid health.
Transform complex data into clear, actionable insights with AI models enhancing data interpretation.
Efficiently manage historical data and enhance communication with sharing and reporting capabilities
Backed by years of industry knowledge, receive expert advice and diagnostics to solve problems faster.
Developed based on research and guidelines from the Electric Power Research Institute
Severity Diagnostic Tool
Evaluate images and videos captured by RGB cameras, as well as specialized thermal and UV sensors, using a dynamic, interactive evaluation interface that guides the determination of numerical severity scores.
• Reduces subjective interpretation, translating qualitative assessments into quantitative severity scores.
• Contextual Integration: Adjusts severity scores based on geographical and infrastructural parameters, aligning diagnostics with real-world impact considerations.
Multi-sensor integration
Pictures are color-coded according to their severity levels, allowing for quick visual assessment of priority areas in T&D networks and substations.
Comprehensive interface
for analyzing
the inspection data.
Dashboard that offers a comprehensive view of all electrical assets and their health levels.
Dynamic, interactive evaluation interface that guides the determination of numerical severity scores.
Australia | New Zealand