2018

In communities and countries around the world government officials and other decision-makers with limited resources are called upon to make investments in the safety and welfare of their constituents.

Six tons is twice as heavy as three tons, and 60 mph is twice as fast as 30 mph—so why do M6.0 earthquakes release so much more than twice the destructive energy of M3.0 temblors?

For a complete view of European atmospheric peril risk, companies need to understand and actively manage their severe thunderstorm risk.

From chatbots that streamline how insurance is being sold directly to customers to fully automated claims processing via mobile apps, it's no secret that artificial intelligence is a disruptive technology that's here to stay.

During a talk at AIR, Dr. Lucy Jones emphasized the importance of moving toward a truly green and sustainable society and advocated for standards that ensure that buildings are not "disposable" in the case of a significant disaster.

A year ago we blogged about five ways unmanned aerial vehicles (UAVs)—drones—are transforming the insurance industry. What are the trends that are encouraging or hampering these transformations?

Crops in Canada face many weather hazards, but in the Prairie Provinces—Manitoba, Saskatchewan, and Alberta—there’s also a different kind of hazard: grasshoppers.

Read about the costliest natural disaster of 2013 and how the data from these heavy floods has been integrated into AIR’s latest inland flood model.

When I hear the word "intuition," I think of something innate and untaught yet often improved by experience. Where we can get into trouble with our intuition is when we rely on it for things outside our experience.

AIR Worldwide’s Kevin Long got to witness the launch of NASA’s Cygnus spacecraft. Read his firsthand account and how data from the mission will support AIR's research.