Baggage disruptions are an unavoidable reality in air travel. But what often turns a routine recovery process into operational chaos isn’t the lost bag itself — it’s the complexity behind handling it. Sky Assist faced this challenge head-on. They needed a way to reduce process friction, minimize errors, and support recovery workflows without adding operational strain.
Working closely with Naviq, Sky Assist reimagined how baggage recovery workflows should function. The result was not just incremental improvement — but a shift toward automation-led operations designed for speed, accuracy, and scalability.
What you’ll gain from this case study
How baggage recovery processes break under pressure.
Where manual workflows introduce risk and delays.
How automation reshapes ground operations.
Why scalability depends on workflow design.
Practical lessons for passenger service efficiency.
This case study explores how a purpose-built web solution transformed baggage recovery into a faster, simpler, and far more scalable operation.
Sky Assist wanted to streamline and automate the lost baggage recovery process and avoid disruptions and chaos at airports during largescale baggage loss incidents such as natural calamities.
Naviq designed and implemented a powerful web solution that orchestrates end-to-end baggage recovery workflows, enabling Sky Assist to manage incidents, updates and communication from a single platform.
End-to-end automation covers incident registration, baggage tracing, status updates, coordination with airport stakeholders and final delivery, reducing manual intervention and processing time.
By centralising case handling and automating key steps, the platform helps lost and found teams handle high baggage volumes faster, improving visibility and keeping passengers and airlines informed in real time.
Airports and handlers gain higher operational efficiency, better resource utilisation, fewer errors and a more consistent passenger experience during irregular operations.