Nine interlocking ontological components that capture the temporal, social, and structural dimensions of digital transformation — grounded in Basic Formal Ontology and Aristotelian hierarchical principles.
The Digital Transformation Ontology (DTO) is a formal specification of digital transformation's domain — its entities, processes, and relationships — grounded in the Basic Formal Ontology (BFO) and structured with Aristotelian genus-differentia definitions. Unlike prior ontologies that treat transformation as static or narrowly process-oriented, the DTO integrates nine major ontological components that collectively account for the temporal, human, structural, and environmental dimensions of transformation. Each component is formally defined with an is-a hierarchy, essential properties, and explicit relationships to other components. Together they form a machine-readable framework usable for AI-assisted planning, simulation, risk analysis, and governance design.
Click any card to explore its full definition, sub-classes, and relationships.
The complete is-a hierarchy of the DTO, structured from the BFO root through each of the nine major components and their formal sub-classes. Every node inherits properties from its parent. Click any node to open its detail panel. Drag to scroll.
Prior digital transformation ontologies treated organizations as comparatively stable entities navigating change. The DTO begins from the opposite premise: transformation is inherently temporal, contested, and context-bound. Each component exists to capture something that prior frameworks left implicit.