InfraCore provides operational monitoring, AI forecasting models, and automated coordination for resilient energy systems across Canada.
Leverage InfraCore's integrated digital platform for real-time operational monitoring, AI-driven forecasting, and automated coordination of your energy assets across Canada.
Request a DemoOur advanced models predict demand, identify potential failures, and optimize resource allocation, ensuring your infrastructure is resilient and cost-effective.
Explore AI SolutionsFrom modular grid layouts to comprehensive infrastructure diagrams, gain full visibility and control over your entire energy network with our unified platform.
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Find answers to common questions about InfraCore's digital energy infrastructure management platform.
InfraCore is a digital platform dedicated to managing modern energy infrastructure. We focus on operational monitoring, AI-driven forecasting models, and automated coordination to enhance the reliability and efficiency of energy systems.
Our platform integrates AI to analyze operational data, predict potential failures or demand surges, and automate response protocols. This helps in proactive maintenance and optimized resource allocation across the infrastructure network.
Yes. Our modular digital platform is designed to integrate with both modern and legacy systems. We provide tailored solutions that add digital monitoring and management layers without requiring a full infrastructure overhaul.
While our solutions are globally applicable, we have a strong operational focus and expertise in the North American market, particularly in Canada, addressing its unique energy infrastructure challenges.
We offer predictive models for energy demand, equipment failure, renewable energy output (like wind and solar), and grid stability. These models are continuously refined using real-time data from our integrated monitoring systems.
When our monitoring systems detect an anomaly or a forecasted event, the platform can automatically trigger predefined protocols. This includes rerouting energy flows, dispatching maintenance alerts, or adjusting connected assets to maintain system balance and prevent outages.