A digital twin of an organization — that also executes.
A digital twin of an organization (DTO) is the category Gartner defined for dynamic software models of how the organization operationalizes its business model, responds to change and delivers value — the sibling of its enterprise architecture tools market, where the same discipline is evaluated. That is precisely what Dexon Architect builds, on Dexon BPM — with one difference that separates it from the modeling tools in both markets: the twin and the operation are the same object.
The term and the brand
We call it Executable Business Architecture. Analysts call it a DTO.
Our category is Executable Business Architecture: the traceability chain — strategy, capabilities, services, offerings, processes, data and CIs, indicators — materialised as real repository relationships and executed by the same engine. If you arrived here from analyst research, "digital twin of an organization" is the closest industry term, and this page is the translation: what a DTO buyer expects, and what Dexon Architect, built on Dexon BPM, does for each expectation.
The difference worth stating up front: most DTO platforms describe the organization and rely on other systems to run it, reading reality back through connectors and event logs. In Dexon Architect the model is the operation — the process that appears on the capability map is the same object your teams execute, so the twin never drifts from the reality it mirrors, because it is the reality.
The mapping
What a DTO buyer expects, and where it lives in Dexon Architect
Grouped the way that market groups them: the operating model, its performance, and its operational intelligence.
Business operations model
Processes and tasks →
BPMN executed by the engine, with the process sheet — formal objective, category, owner — as a governed object. Hierarchical decomposition from value chain to activity.
Capabilities and resources →
A typed capability map with criticality on the leaves, linked to the services, processes and roles that implement each capability. People, groups, calendars and places are first-class objects.
Deliverables and offerings →
The chain separates the service (the unit of value) from the offering (the concrete, requestable way to consume it, with visibility and validity). Few platforms in the DTO market model that distinction at all.
Stakeholders →
Stakeholders are objects of the formal process objective — who receives or evaluates the value — and of the SIPOC. And the journey of each stakeholder group, stage by stage, over the processes that serve it.
Orchestration repository →
The traceability chain is the repository: fifteen integrity constraints evaluated by query decide whether a model is complete. Conformance is queried, not debated.
Business performance
Measurement schemes →
Measurement elements with declared roles (variable or indicator), anchored to the object and attribute they measure, deployed through alignment boards with targets per assignee and fiscal year. SLAs run on real work calendars.
Analysis →
Impact analysis is a query against the live repository — what depends on the object about to change. Each process compares what ran with what was designed, simulates scenarios on its real durations and costs itself by activity and technician, with a cost-value heat map over the capability map. Indicator and demand forecasting with a confidence level, the change of a composite indicator split across its operands, and early detection of overloaded people and groups. Root cause with recommended action: available from December 2026.
Risk management →
The risk register is a governed object: inherent exposure, treatment, residual exposure; early-warning signals become KRIs by relationship; a risk in use cannot be deleted.
Business operational intelligence
Event processing →
Processes start from events, integrations, schedules or data changes — with change-capture triggers configured from the web — and SLA clocks, thresholds and escalation routes act on the live operation.
Data connectivity →
A REST API and a native integration engine (ETL) move data in both directions; the business data model and the CMDB are part of the same repository the processes execute against.
AI capabilities →
Classification, prediction and grounded answers run inside governed processes, leave the same auditable evidence as any activity, and were assessed by an external auditor — AI Capability is one of the twelve PinkVERIFY-certified processes.
Real-time intelligence →
Dashboards and indicators are computed over the operational records themselves, not over a nightly extract — with drill-down from the aggregate to the governed record that produced it. External measurements — weather, traffic, sensors, figures from an outside body — enter as indicator variables, indicators are mapped by place, and an indicator that crosses its threshold triggers an action.
See the twin execute
Bring one process. We will show the model on the capability map, the same object running in operation, the indicator verifying it, and the conformance check that says what is missing — the loop a descriptive twin cannot close.