NCAA to introduce RFID technology to tackle missing and misrouted baggage

Date: 2026-08-14
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By:   Nana Appiah Acquaye

The Nigeria Civil Aviation Authority (NCAA) is set to introduce Radio Frequency Identification (RFID) technology across domestic and international airport terminals as part of efforts to address persistent cases of delayed, missing and misrouted passenger baggage.

The technology will replace the traditional barcode-based baggage tracking system and provide airlines and passengers with real-time visibility of checked luggage from the point of check-in through to final baggage reclaim.

The Director of Public Affairs and Consumer Protection at the NCAA, Michael Achimugu, disclosed the planned rollout during a stakeholder engagement forum in Lagos on Tuesday, August 11, 2026.

According to Achimugu, the RFID system will improve baggage traceability, reduce mishandling and strengthen accountability across the baggage handling process while enhancing the overall passenger experience.

Unlike conventional barcode systems, RFID technology allows baggage to be automatically scanned at multiple points without requiring direct line-of-sight between the scanner and the baggage tag. This enables the movement of luggage to be monitored more efficiently from departure through arrival.

Achimugu noted that baggage-related complaints, including short-landed, missing, lost and damaged luggage, have remained among the major concerns raised by air passengers, alongside flight delays.

The NCAA expects the deployment of RFID technology to provide greater visibility into baggage movements and enable airlines and airport stakeholders to identify and address baggage handling problems more quickly.

The initiative is also aligned with IATA Resolution 753, which requires airlines to track baggage at key points throughout the journey.

The authority said stronger baggage tracking would contribute to improved baggage handling, greater operational accountability and increased passenger confidence in Nigeria’s aviation system.

 

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