Digital Transformation of Aviation Supply Chains: An SAP-Based Control Tower Implementation Framework

Read full text
Authors: SURESH DAMERUPPULA
Cited by: 0
References: 3

Abstract

The aviation industry faces persistent challenges in supply chain management due to high volatility, regulatory complexity, and critical dependencies on timely part availability. Aircraft on Ground (AOG) situations demand immediate responsiveness, yet legacy fragmented systems create operational blind spots and reactive decision-making patterns. This case demonstrates the design and deployment of a Supply Chain Control Tower at Allegiant Air, built on SAP Business Technology Platform, integrating S/4HANA, Ariba Network, and Analytics Cloud. The solution establishes unified visibility across procurement, logistics, and inventory operations through event-driven automation and machine learning-powered forecasting capabilities. Implementation followed a phased agile framework spanning discovery, development, pilot deployment, and performance evaluation. The Control Tower enables proactive alerts for shipment delays and material shortages, transforming operational paradigms from reactive firefighting to predictive intervention. Results demonstrate substantial improvements in procurement cycle efficiency, supplier collaboration quality, and operational downtime reduction. The implementation provides a validated architectural blueprint and replicable framework for aviation organizations transitioning toward integrated, intelligent supply chain operations.

Fields of Study & Subjects

ERP Systems Implementation and Impact Supply Chain and Inventory Management Big Data and Business Intelligence

Publication details

Journal / source
International Journal of Computational and Experimental Science and Engineering
Volume
12
Issue
1
Publication date
6 February 2026
Language
EN