Linking sortation scans to live tracking

The sortation hardware logged scans into its own control system, but that system only fed the public tracking feed on a delayed batch job, so a parcel that had already been sorted correctly could show no update for several hours. Parcels pulled aside for a manual recheck, such as a damaged label, dropped out of the scan feed entirely until a worker keyed in a status by hand, which produced a spike in customer calls asking where a parcel had gone.

We built a near-real-time bridge between the facility's scanner control system and the public tracking platform, so each chute-level scan posts a tracking update within minutes rather than waiting for the nightly batch. Parcels pulled for a manual recheck now generate an automatic "in review" status instead of going silent, and a facility supervisor dashboard shows exception volume by cause so a recurring jam or label problem gets caught the same shift.

Public tracking accuracy for parcels moving through the pilot facility, the customer contact centre's call volume for "where is my parcel" enquiries, facility supervisors' visibility into manual-recheck exceptions by cause, and the sortation hardware vendor relationship, since the bridge now gives engineering a clean record of scan-to-tracking latency to monitor.