
Greg Miller
Dir. of Climate Risk, Head of Neural Earth Observatory
Greg Miller is the Director of Climate Risk at Neural where he creates transformative risk assessment products at the intersection of climate science, geospatial analytics, and artificial intelligence. Greg combines scientific rigor and creative solution engineering to produce differentiated compelling climate risk products.
Previously, Greg led geospatial data and analytics solutions for an energy infrastructure site origination platform. Greg’s work enabled developers to systematically tailor site suitability criteria to market needs and complete critical risk assessments earlier in the development process leading to over 20GW of electric generation assets across 20 states.

Greg Miller
Dir. of Climate Risk, Head of Neural Earth Observatory
Greg Miller is the Director of Climate Risk at Neural where he creates transformative risk assessment products at the intersection of climate science, geospatial analytics, and artificial intelligence. Greg combines scientific rigor and creative solution engineering to produce differentiated compelling climate risk products.
Previously, Greg led geospatial data and analytics solutions for an energy infrastructure site origination platform. Greg’s work enabled developers to systematically tailor site suitability criteria to market needs and complete critical risk assessments earlier in the development process leading to over 20GW of electric generation assets across 20 states.

Greg Miller
Dir. of Climate Risk, Head of Neural Earth Observatory
Greg Miller is the Director of Climate Risk at Neural where he creates transformative risk assessment products at the intersection of climate science, geospatial analytics, and artificial intelligence. Greg combines scientific rigor and creative solution engineering to produce differentiated compelling climate risk products.
Previously, Greg led geospatial data and analytics solutions for an energy infrastructure site origination platform. Greg’s work enabled developers to systematically tailor site suitability criteria to market needs and complete critical risk assessments earlier in the development process leading to over 20GW of electric generation assets across 20 states.