In a modern world, elemental forces continue to reign supreme. Earthquakes, wildfires, severe flood and storms each presents challenges to modern societies and their ability to field a timely, suitable, response. OrionAST has a number of services designed to serve as a global provider of emergency management to nations, industry and independent municipalities.



Harnessing the power of geospatial information to serve the common good is at the core of who we are.  Our goal is to with precision understand the natural world, so as to support rescue and recovery responses at the global level.  During times when unthinkable circumstances are realized, OrionAST stands ready to support first responders as long as necessary to achieve favorable outcomes.



Fire is among the most primal elements known to man and remains a constant threat to societies the world over.  OrionAST offers near real-time tracking of fire lines to provide first responders with the most up to date analysis of fire characteristics such as intensity, direction, fuel sources and proposed break points.  Our capabilities service the men and women combatting the most intense fires to defend life and property within their communities.



Flood waters whether caused by severe weather events, or breaks in dams, dikes, or levees can ravage local communities.  OrionAST offers capabilities to support local communities and law enforcement to effective implement disaster response plans for evacuations prior to a flood event.  Our instrument and capabilities support operations to locate survivors of a flood event, determine the impact to current communities and offer predicative analysis to downstream communities; before during and after and event.



Fortunately, accidents at sea and in the air are less common than what they were a century ago.  However, they remain an awful reality in the modern era.  In nearly every incident, large volumes of land, or sea must be covered in hopes of finding survivors, or equipment.  OrionAST offers first responders the capability know with precision when and where incidents occurred to maximize odds of a successful rescue operations.