CEO of OneReg on the snow-related flight disruptions in North America | News
As heavy snow and strong winds swept across North America this week, the aviation system once again reached a breaking point. More than 12,000 flights were canceled in the US between Sunday and Tuesday, with New York’s major airports among the hardest hit. At the height of the storm, cancellation rates were nearly 20 times higher than on a typical winter day – a reminder of how quickly disruptions occur when operators must juggle volatile weather, complex regulations and disconnected sources of operational information.
OneReg, which provides airlines and airports with real-time, digital regulatory clarity, says these events highlight why the industry needs faster, more unified decision-making tools to minimize disruption to operations and passengers.
Clinton Cardozo, CEO of OneReg, commented:
“This week’s storm is a reminder of how vulnerable airline operations become when extreme weather collides with fragmented data and outdated industrial technology. In the Northeast, more than 12,000 flights were canceled between Sunday and Tuesday, with New York and Boston among the hardest-hit hubs. At the height of the disruption, cancellation rates were nearly 20 times higher than a normal day in the US domestic market.
“When conditions deteriorate so quickly, every minute matters. Airlines can lose approximately $200 for every minute an aircraft is stationary on the ground – and such storms turn minutes into hours. Operators need a single, trusted source of operational and compliance information to quickly make safe, defensible decisions. And once conditions improve, that same clarity will help airlines quickly restart operations and get flights back on track with minimal additional disruption.”
“As extreme weather events become more common and severe, the industry can no longer rely on manual processes, scattered documents or outdated interpretations of regulations. Digital regulatory clarity is not a ‘nice to have’; it is essential infrastructure. It keeps aircraft moving and passengers protected when the system is under maximum pressure.”
