Customization of Agricultural Technology Packages: A CPQ-Based Approach to Smart Farming

Abstract

The convergence of Configure-Price-Quote (CPQ) frameworks with intelligent agricultural systems represents a pivotal advancement in farm technology implementation. This technological integration establishes pathways for crafting customized agricultural solutions addressing the heterogeneous requirements of cultivation operations across diverse geographical and functional contexts. Through granular configuration capabilities, CPQ architectures enable precise assembly of smart farming components, facilitating adaptation to particular field specifications, crop varieties, and environmental parameters. These customization functionalities accelerate technology integration by mitigating complexity barriers while delivering scalable implementations suitable for agricultural enterprises of varying dimensions. Additionally, CPQ mechanisms provide transparency in cost structures and enhance the value proposition of intelligent farming technologies through explicit delineation of benefits. The structural arrangement illustrated demonstrates how agricultural technology compilations can be efficiently designed, evaluated, and deployed through CPQ methodologies, ultimately contributing to enhanced agricultural productivity and ecological performance. The significance of this technological alignment extends beyond direct operational enhancements to broader implications for agricultural digitalization and technological dissemination throughout cultivation sectors.