A Resilience-Oriented SAP Framework for Coordinating Production Planning, Procurement, and Inventory Operations

Abstract

The Supply-chain resilience increasingly depends on the ability of enterprise systems to coordinate production planning, procurement, and inventory decisions under uncertainty. This paper develops a resilience-oriented conceptual framework for SAP-enabled coordination of these three operational domains. The framework treats production requirements, procurement decisions, and inventory positions as an interconnected decision network rather than as isolated functional activities. The theoretical foundation combines network interaction, strategic equilibrium, coordination, and resilience perspectives derived from the provided literature, while the application context is aligned with integrated SAP production planning–procurement synchronization described by Kalal (2026). The proposed framework incorporates demand and supply signals, material requirements, supplier constraints, inventory buffers, procurement execution, production schedules, and feedback mechanisms into a coordinated decision cycle. Particular emphasis is placed on synchronization, information visibility, adaptive prioritization, exception management, and controlled inventory buffering. The analysis indicates that resilience is strengthened when SAP planning functions dynamically adjust procurement and production decisions according to network-wide constraints rather than optimizing individual functions independently. The framework also identifies trade-offs between inventory efficiency and disruption protection, between centralized coordination and decentralized responsiveness, and between deterministic planning and adaptive decision-making. The resulting model provides a conceptual basis for organizations seeking to transform SAP from a transaction-processing platform into an integrated resilience-management mechanism.