The study contributes to information systems research by reframing AI readiness from a static resource inventory to an evolving organisational capability and offers managers a diagnostic logic for sequencing AI investments and avoiding premature scaling.
Abstract
As Artificial Intelligence (AI) transitions from experimental pilots to enterprise-wide deployment, the central managerial challenge has shifted from simple adoption to the complexities of effective scaling and integration. While existing AI readiness models provide a foundational understanding, they often treat readiness dimensions as static and were created during earlier waves of AI development. This study examines how contemporary deployment conditions, characterised by generative AI, AI-as-a-service and rapidly commoditised infrastructure, reshape what organisational readiness for AI actually entails. Drawing on socio-technical systems theory and dynamic capabilities theory, the study employs an abductive, template-analytic qualitative design combining a literature-derived initial template with fifteen semi-structured interviews with senior practitioners across corporate and Small and Medium companies (SMB) contexts. The analysis indicates that IT infrastructure and data maturity are perceived to have shifted from being differentiators of readiness to being baseline prerequisites, while governance and accountability, process discipline and behavioural alignment have emerged as the primary determinants of effective AI deployment. On this basis the study introduces the construct of Organisational AI Orchestration Capability, defined as the dynamic capacity to integrate, govern and operationalise heterogeneous AI resources, behaviours and processes into reliable enterprise outcomes. The study contributes to information systems research by reframing AI readiness from a static resource inventory to an evolving organisational capability and offers managers a diagnostic logic for sequencing AI investments and avoiding premature scaling.
A framework in which the microfoundations of dynamic capabilities operate through organizational readiness to shape AI-driven industrial management capability and, in turn, operational and managerial performance outcomes is developed.
Hoogendijk Ha· Journal of Economic, Finance...· 0 citations
The study identifies 372 AI readiness factors and synthesises them into the TOP-L framework consisting of four dimensions and 20 factor clusters, thereby laying the foundation for a practical assessment approach, particularly suited for SMEs.
Maria Kretschmer, Alice Coen, R. Orth· European Conference on Knowl...· 0 citations
A novel Multi-Dimensional AI Readiness Assessment (MDARA) framework that bridges this gap by integrating technological infrastructure, organizational capabilities, data readiness, and implementation strategy dimensions, and incorporates a dynamic scoring mechanism that not only assesses current readiness but also provi...
Fan Bo, Haibo Wang, Ruzhi Xu· Journal of Artificial Intell...· 0 citations
A competency-based AI readiness framework is developed that links implementation challenges with readiness requirements and role-specific competencies and develops conceptual propositions that can be examined in future empirical research.
Arno Onnen· European Conference on Knowl...· 0 citations
The proposed framework offers a real-world action plan for sustainable AI transformation and a theoretical understanding of the phenomenon of AI transformation by offering a structured, risk-mitigated pathway toward high-maturity, AI-enabled enterprise operations.
M. Abuhaimed· Journal of Intelligent Decis...· 0 citations
This is the first study to link employee competency profiles systematically to discrete AI-enabled organizational model types, connecting stage models of AI adoption with competency management research.
Marek Jabłoński· Journal of Organizational Ch...· 0 citations
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