Identifies AC voltages, corrosion, steady state, and fault conditions  

Accounts for depth of cover for each section, including HDD road and water crossings 

Analyzes Barnes measuring and soil resistivity changes  

Models coating stress voltages and step, touch, and surface potentials  

Designs mitigation strategies to reduce AC Interference  

Integrate with ESRI GIS to import GIS/Shape, KMZ, KML, geodatabase, and latitude/longitude for accurate geospatial reference of pipeline assets with related AC data 

Generate reports on AC interference with the click of a button and store all data centrally to support traceable, verifiable, complete data (TVC) related to the PHMSA Mega Rule  

Developed based on research from the Pipeline Research Council International (PRCI) 

Meets all standards for corrosion analysis specified by the National Association of Corrosion Engineers (NACE)