Ensure the most effective risk-based management for your pipeline integrity initiatives with real-time data and analysis.
Data only matters if it leads to effective action. We pair the latest in remote sensing, AI, and machine learning with the deepest, broadest dataset in the industry to provide actionable insights and recommendations to elevate your pipeline integrity management. By combining real-time data with operational history and external data sources such as IBM’s Geospatial Discover Network, Irth bridges the gap from simple automation to true, neural network-enabled artificial intelligence. After thoroughly analyzing near-real-time data, Irth recommends the most effective actions to address potential leaks and proactively mitigate risk and potential impacts to your pipeline.
Irth’s unmatched experience working with the most recognized names in energy, infrastructure, damage prevention, and risk management for over 30 years enables us to get the right data in the right hands at the right time to assess risks to your pipeline.
Our large-scale methane detection and learning platform integrates methane detection sources with weather data across temporal frequencies and geographies to deliver accurate methane emission estimates.
Detect and quantify methane leaks earlier and faster than any other solution with the datasets and computation power available with Irth.
Leverage the latest remote sensing tools, including aircraft-based and satellite-based technologies (Sentinel 5+2, Landsat 8-9, and PRISMA), with pre-built analysis products and your own risk models and data layers for a data-agnostic, fully customizable solution.
Our partnerships with technology providers on the cutting edge of methane detection give you a more granular view of emission flow rate.
Monitoring the environment around pipelines for seismic activity and during wildfires is critical for pipeline integrity. Quickly identifying the next best action based on the data is a priority to ensure community and worker safety.
Rapid analysis across multiple geospatial layers using AI-based calculations is critical to identify your most vulnerable assets when seismic activity occurs.
Predict the potential impact of potential wildfires and seismic events before they occur by analyzing sensor, structural integrity, and other data.
Irth can detect, locate, and quantify potential impacts faster than any other solution.
Using Irth’s best-in-class approach, clients can monitor changes to depth of cover that occur through flooding, landslides, agricultural activities, or excavators and prioritize depth of cover follow-ups.
Irth harnesses the power of complex physics, industry-leading satellite imagery, and AI-based calculations to rapidly analyze hundreds of curated geospatial data layers and predict the potential risk associated with slope change occurring around your assets.
Irth’s best-in-class approach incorporates satellite technology to monitor changes to depth of cover. The ability to see areas that have lost cover, gained cover, and are currently shallow is incorporated into Irth’s near-real-time dashboards, with changes being detected every 5-14 days, depending upon geographic region.
Whether changes are noted remotely or through field crews, all data is funneled into Irth to enable owners to make the best decisions and proactively protect their pipelines.
Irth's market-leading SaaS platform improves resilience and reduces risk in the sustainable delivery of essential services that millions of people and businesses rely on every day. Energy, utility, and telecom companies across the U.S. and Canada trust Irth for damage prevention, training, asset inspections, and land management solutions. Powered by business intelligence, analytics, and geospatial data, our platform helps deliver the 360-degree situational awareness needed to proactively mitigate and manage risk of critical network infrastructure in a changing environment. Irth has been the top provider for 811 (one call) ticket management and utility locating software since 1995.