Terevue Profile summarizes threat exposure using national-scale models tailored to your asset footprint. Each threat is ranked using a percentile scale (0–100), identifying where your pipeline intersects with the most severe conditions.
Included threat models:
Landslide – Risk based on terrain, soil, and hydrologic energy
Subsidence – Areas prone to ground settlement
Seismic – Exposure to earthquake-prone zones
Coastal Flooding – Category 3 hurricane surge scenarios
Inland Flooding – High-risk riparian zones
River Scour – Stream power and bank erosion potential
Depth-of-Cover – Threats from agriculture, roads, and erosion
Terevue Profile includes two standardized views to contextualize risk:
Linear Referenced Threats
Map the precise begin and end points where your pipeline intersects each significant threat, enabling location-specific asset planning.
Top Quintile Threat Zones
Identify the highest-risk zones—top 20% nationally—within a mile of your pipeline for fast triage and prioritization.
To help you get the most out of your data, Terevue Profile includes:
A data dictionary and methodology guides
Threat definitions and percentile logic
GIS-ready formats compatible with your existing workflows
See exactly which slopes, watersheds, and structures are at risk – today or in the next storm.
Deploy inspection and maintenance crews only where needed, based on intelligent alert thresholds.
Validate action and spend with high-confidence, asset-specific alerts backed by regulatory-aligned science.
Meet PHMSA expectations for monitoring, analysis, and documentation of natural force threats.
Terevue’s models are continuously validated and refined using real-world data:
Terevue Profile:
Comprehensive environmental threat analysis across US at 100-m resolution, including landslide, flooding, scour, erosion, and wildfire areas.
Terevue Predict:
Continuous monitoring, prioritization, and threshold-based alerting of weather-induced environmental threats.
Terevue Premium:
Recurring, high-res data acquisition (e.g. LiDAR, imagery, InSAR, etc.) and/or analysis of environmental threats with engineering-ready outputs.
Tell us your top risks—we’ll show you how to prioritize them.
We challenge the status quo through innovation as an uncommon team of data, computer, and earth scientists who thrive on solving complex geospatial puzzles so that you can achieve your goals.