Source: SITA

  • The expanded collaboration builds on their initial agreement to improve border management, now focusing on baggage management and operational efficiency in airports.

Following the recent announcement of their collaboration to enhance digital travel credentials and biometric solutions in border management, SITA, the global leader in air transport technology, and IDEMIA Public Security, a world leader in computer vision & digital technologies, biometrics, and security, are expanding their partnership to tackle key challenges in baggage handling and airport operations.

Leveraging IDEMIA’s expertise in computer vision, combined with SITA’s expertise in baggage processing, improves operational efficiency and provides a smoother experience for both travelers and airlines. With global air travel recovering strongly – passenger numbers soared to 5.2 billion in 2023, surpassing 2019 levels according to the SITA Baggage IT Insights 2024 report – the need for efficient baggage handling is more pressing than ever.

Despite this surge, the industry has made remarkable progress. The baggage mishandling rate decreased from 7.6 to 6.9 per 1,000 passengers in 2023, showing a 9.2% year-on-year improvement, thanks to investments in technology as highlighted in the report. This collaboration between SITA and IDEMIA will drive further advancements by integrating computer vision into baggage processes, allowing for better tracking of luggage from check-in to final destination. This enhanced tracking reduces the risk of lost or delayed luggage, giving passengers better visibility and control over their baggage journey, a growing demand from travelers.

Additionally, the collaboration will bolster operational efficiency at airports. 85% of airports have introduced self-bag drop technology, and 32% of passengers now use mobile phones for baggage collection updates, reflecting a clear trend towards automation. By using computer vision in baggage handling, airports and airlines can further reduce human error and enhance the speed and accuracy of baggage delivery.

Nicole Hogg, Portfolio Director, Baggage at SITA, said: “The air transport industry is facing unprecedented challenges as passenger numbers continue to surge, with global traffic expected to double by 2040. Airports and airlines are struggling to keep pace with this growth, particularly when it comes to baggage handling. Delays, mishandling, and inefficiencies still pose significant operational bottlenecks, impacting both the passenger experience and airport resources. This is why our partnership with IDEMIA is so crucial. By integrating computer vision into baggage processing, we are tackling these challenges head-on. Together, we’re setting a new standard for how the industry handles baggage, reducing mishandling and delivering a smoother, more secure journey for everyone involved.”

The partnership also addresses a critical industry challenge: how to ensure interoperability and security among airports, airlines, and governments without requiring complex integrations.

Gaurav Gupta, SVP and Global Head of Sales, Travel & Transport at IDEMIA, added:

“With our shared mission to enhance the overall baggage handling experience for the air transport industry and for the passenger, IDEMIA is proud to partner with SITA. As a result of our strong legacy with biometrics and many decades of computer vision expertise, we have developed the Augmented Luggage Identification Experience (ALIX TM), an AI-driven baggage image matching solution. In partnership with SITA and integrated within SITA’s baggage portfolio, IDEMIA will help in redefining baggage processing within airports, improving airline operations, reducing baggage mishandling, and improving customer experience.”

Building on the success of SITA’s existing baggage management solutions, such as SITA WorldTracer®, which has reduced lost baggage by 77%, the integration of IDEMIA’s ALIXTM technology will enhance these capabilities further. Together, SITA and IDEMIA are creating a next-generation solution that redefines baggage tracking and airport operational efficiency.