01
Sensors & data sources
Building sensors, portable devices, wearables and external feeds
Connected ecosystem
Follow one observation through TwinAIR
See how an indoor measurement moves from sensing, through the Data Management Platform, into building and human context, and finally into useful insight.
The ecosystem at a glance
One connected data path
observation moving through TwinAIR
02
TwinAIR DMP
Harmonises observations into shared NGSI-LD data models
03
Building Digital Twin
Maps data to rooms, spaces and operational context
04
Human Digital Twin
Evaluates personal exposure and physiological response
05
Recommendations & insights
Actionable guidance for occupants and building operators
Follow the observation
Six moments in the data journey
The same observation gains structure and context as it moves through the TwinAIR ecosystem.
01
Observation recorded
A room sensor records an environmental measurement such as CO₂, VOC, temperature or particulate matter.
Environmental observation
1
02
Data enters the DMP
The observation is received by the TwinAIR Data Management Platform together with its source, unit and timestamp.
Source · value · unit · time
2
03
Information is harmonised
The value is represented through the shared TwinAIR data model and made available as an NGSI-LD entity or attribute.
Shared NGSI-LD context
3
04
Building context is identified
The Building Digital Twin connects the observation with the relevant room, space or building asset.
Room · space · building
4
05
Personal exposure is interpreted
The Human Digital Twin combines the environmental information with personal and activity-related context.
Exposure · wearable · activity
5
06
Insight becomes visible
The occupant or building operator receives a clear insight or suggested action based on the connected information.
Monitoring · assessment · recommendation
6
From connected data to specialised views
Continue into the live tools to see how the same connected ecosystem is presented for monitoring, buildings, people and engagement.