Santa Tracking: NORAD Relies on Old-School Tech, No AI

2024-12-24

For over 65 years, the North American Aerospace Defense Command (NORAD) has undertaken the cherished annual mission of tracking Santa Claus on his Christmas Eve journey around the world. While the technology used to monitor global airspace has advanced significantly, NORAD continues to rely on a tried-and-true combination of radar systems, satellites, and military aircraft to pinpoint Santa’s location.

According to Captain Rebecca Garand, NORAD will not be incorporating artificial intelligence (AI) into this year’s tracking operation. Instead, the focus remains on the established network of sensors and surveillance assets. Santa’s journey typically commences around 6:00 AM ET on Christmas Eve, with his route characterized by a zigzag pattern as he travels westward, delivering gifts to children across the globe.

Each year, this unique mission involves the dedicated efforts of over 1,000 volunteers, encompassing uniformed personnel from both the US and Canada, Department of Defense civilian employees, and members of the Colorado Springs community. Last Christmas Eve, NORAD received an impressive number of calls on its dedicated tracking hotline: 1-877-446-6723.

The tradition of NORAD tracking Santa Claus dates back to 1955 when a young child mistakenly dialed a confidential phone number, believing it to be Santa’s direct line. The call was answered by Air Force Colonel Harry Shoup, who, instead of dismissing the child, assured them that the Continental Air Defense Command would ensure Santa’s safe travels.

Following the integration of CONAD into NORAD, this heartwarming tradition has continued uninterrupted. While the exact arrival time in any given location may vary, NORAD advises that Santa usually makes his appearance between 8:00 PM and midnight, always ensuring children are asleep before delivering their gifts.

What Undercode Says:

This article highlights the enduring appeal of the NORAD Santa Tracking tradition, emphasizing its reliance on established technology rather than embracing cutting-edge AI solutions. This approach likely resonates with a segment of the population that values tradition and the human element in such a beloved holiday event.

The article also underscores the significant volunteer effort involved, showcasing the dedication and community spirit that underpin this unique mission. By emphasizing the human connection and the historical context of the tradition, NORAD effectively positions itself as a guardian of a cherished Christmas Eve ritual.

However, the article could benefit from exploring the potential role of AI in future tracking operations. While maintaining traditional methods is important, AI could potentially enhance accuracy, efficiency, and the overall experience for both volunteers and the public. For example, AI could be used to analyze real-time data streams more effectively, predict Santa’s movements with greater precision, and even personalize the tracking experience for individual children.

Furthermore, the article could delve deeper into the technological aspects of the tracking operation. A brief explanation of how radar, satellites, and military aircraft work together to monitor Santa’s journey would add valuable context and intrigue for readers interested in the technical intricacies of this unique mission.

In conclusion, while the current approach to Santa tracking has proven successful, exploring the potential of AI while maintaining the core values of tradition and community spirit could further enhance this beloved Christmas Eve event for years to come.