A Conceptual Framework for Agile Supply Chain Digital Transformation with Embedded IT Risk and ISO Compliance Controls presents a structured, integrative model for modernizing supply chain ecosystems while ensuring governance, resilience, and regulatory alignment. As organizations accelerate digital adoption through cloud platforms, artificial intelligence, Internet of Things, and advanced analytics, supply chains are becoming more interconnected, data-driven, and vulnerable to operational and cyber risks. Existing transformation initiatives often prioritize speed and efficiency but underemphasize embedded risk management and formal compliance integration. This study proposes a conceptual framework that unifies agile transformation principles with proactive IT risk management and International Organization for Standardization compliance controls, particularly ISO 27001, ISO 22301, and ISO 31000. The framework is grounded in systems thinking and integrates iterative capability development, risk-by-design architecture, and continuous compliance monitoring across procurement, logistics, inventory, and partner collaboration processes. It introduces four interdependent pillars: digital agility, risk intelligence, compliance orchestration, and performance optimization. Digital agility emphasizes modular architectures, rapid experimentation, and cross-functional collaboration to support adaptive supply chain operations. Risk intelligence embeds threat modeling, vulnerability assessment, and real-time monitoring into transformation lifecycles to minimize disruption and data exposure. Compliance orchestration aligns operational workflows with standardized policies, audit readiness, and automated evidence generation to reduce regulatory burden. Performance optimization leverages analytics dashboards and feedback loops to drive continuous improvement and strategic decision making. The proposed framework also outlines governance mechanisms, maturity assessment indicators, and implementation pathways for organizations at varying stages of digital readiness. By bridging the gap between transformation ambition and assurance requirements, the model supports resilient, transparent, and scalable supply chain ecosystems. The framework contributes to academic and practitioner discourse by offering a holistic blueprint that integrates agility, security, and compliance as mutually reinforcing capabilities rather than competing priorities. It provides practical guidance for leaders seeking to achieve sustainable digital transformation outcomes while strengthening trust, accountability, and operational continuity in increasingly complex global supply networks. Future research directions include empirical validation, sector-specific adaptation, and integration with emerging regulations, enabling measurable value creation and benchmarking across industries undergoing rapid digital disruption and evolving stakeholder expectations worldwide today for long-term competitiveness globally.
Mbonu et al. (Sun,) studied this question.