The last mile of the security inspection chain is disposal. Once the X-ray machine detects suspicious items and the image analyst confirms prohibited articles, the standardization of on-site baggage inspection directly determines the quality of closure for the entire security screening process. However, for a long time, the disposal stage remained stuck in the era of paper ledgers.
I. Four Pain Points of Paper Ledgers
First, arbitrary record-keeping—incomplete registration fields, illegible handwriting, and frequent omissions or after-the-fact entries; second, person-bag disconnection—registered information can hardly be matched one-to-one with the actual baggage or the individual concerned, leaving "no trace of the bag" during post-event audits; third, data silos—disposal records are scattered across stations, making it impossible to aggregate and analyze prohibited item type distribution and time-based patterns; fourth, assessment vacuum—there is no objective basis for verifying whether disposal procedures were followed properly or completed within required time limits.
II. Digital Design of the Baggage Inspection Disposal Terminal
The baggage inspection disposal management system uses touch-screen terminals as its carrier, standardizing the disposal process into a fixed operational workflow: it receives suspicious baggage information dispatched from centralized image analysis, achieving "1:1 person-bag association"—baggage images, passenger information, and disposal results are all closed-loop within a single digital file. The three disposal methods—confiscation, storage, and discard—are registered electronically, with mandatory photo documentation at critical steps, forming an immutable chain of evidence for disposal. From detection to disposal to case closure, the entire event is fully traceable and replayable.
III. Management Value Derived from Data Accumulation
Once disposal data is digitally accumulated, its value far exceeds mere "paperless operation": management can monitor prohibited item seizure trends at each station in real time, identify high-frequency time windows and high-incidence categories, and feed that intelligence back into duty deployment and screening priorities; for law enforcement collaboration, the complete evidence chain provides standardized documentation for handover to public security authorities; and long-term accumulated data can be used to expand training samples and build risk profiling, creating a positive "disposal–data–model" feedback loop. This is precisely the product logic behind the patents and software copyrights related to the three-category registration and disposal system.