The Experiential Digital Twin represents a semantic structure that connects people, places and experiences, transforming spaces from simple static containers into dynamic service platforms.
Traditional digital twins are limited to geometric and plant replicas of buildings, perfect for visualizing space but insufficient for capturing its real value. eFM's experiential Digital Twin overcomes this limitation by focusing not on the building itself, but on how the space is experienced, traversed, and activated by people. This shift from pure geometry to semantics opens up revolutionary scenarios: simulations of the activation and deactivation of spaces, verification of consistency between strategic objectives, contracts, and actual use, real-time monitoring of availability, quality, and performance of the experiences offered.
At the heart of this vision is the concept of the “spot,” the basic unit of the new grammar of space. A spot isn't defined by its square footage or cadastral designation, but by the experience it enables: an individual workstation, a meeting room with specific equipment, a usable break area, or even a corridor connecting key functions. Each spot integrates dispersed information - real estate, technical, economic and usage data - such as actual occupancy, user feedback (e.g., NPS), relationships with other spots (the room that serves a certain number of desks) and usage paths (people's journeys). In this way, spots form a relational network that makes space intelligible and governable.
It is no longer a question of managing square meters, but of activating experiences with target quality, optimized costs and tangible impacts on sustainability, wellbeing, and economic performance.
In the workplace, Digital Twin optimizes flexible desks and activates services, such as cleaning, only where there is actual occupancy, thus reducing waste by up to 30% and improving employee satisfaction through immediate and integrated feedback. In healthcare, they map patient journeys to minimize waiting times and optimize critical resources. In retail, they enable temporary and seasonal spots with dynamic pricing based on flow and visibility. In education, they facilitate self-service reservations for classrooms and laboratories, maximizing the educational impact.
The underlying platform is “invisible” but powerful: an orchestration of AI agents that connects sensors, reservations and user data, continuously learning to anticipate needs, generate contextual orders, and verify SLAs. This evolves the Digital Twin into a cognitive infrastructure, where space is no longer a fixed cost but a strategic lever.
Designing today means defining enabling experiences - with precise quality, cost and impact - rather than drawing floor plans. Value shifts from the existence of space to its actual activation: pay-per-use for flexibility, pricing for actual occupancy, contracts linked to spot networks. In an era of hybrid work, ESG, and discontinuous demand, the experiential DigitalTwin makes space management measurable, flexible, and oriented toward experienced value.