NEW YORK 2026 · HEALTHY BUILDINGS
Healthy Buildings Begin With What Cannot Be Seen
The experience of an interior depends on conditions that photography cannot reveal. Air quality and thoughtful operations deserve a place in the design brief.
A photograph can reveal the balance of a room, the quality of its materials and the way daylight falls across a surface. It offers little information about the air being breathed, the consistency of the temperature or the sound arriving from an adjoining space. These conditions form part of the experience just as surely as the visible composition.
Joseph Allen’s presentation at the 2026 New York symposium brought this less visible dimension into focus. His discussion of air-quality sensors and intelligent building operations suggested a more accountable approach to the environments people occupy. For hospitality and residential design, the implication is practical: an intended atmosphere needs support from the systems that maintain it.
Air quality enters the conversation
Research led by Harvard’s T.H. Chan School of Public Health offers a useful foundation. A 2021 observational study of office workers across six countries associated higher fine-particle and carbon-dioxide concentrations with poorer performance on aspects of cognitive testing. Carbon dioxide was used as a proxy for ventilation conditions. These findings concern the study’s measured exposures and tests; they do not provide a simple productivity promise for an individual building.[1]
For a design team, the lesson is to give environmental conditions a clear place in the project conversation. A well-appointed meeting room may be used by two people in the morning and a full group in the afternoon. A private dining room may become a workspace between events. Those patterns need to be understood by the people responsible for its systems.
Occupancy and use are therefore design information. They belong in discussions about room capacity, layouts, operating schedules and the relationship between adjoining spaces. The interior brief becomes more useful when it describes these conditions in sufficient detail for specialist input.
Measurement needs interpretation
In Allen’s conference account, the growing availability of smaller sensors was changing who could observe a building’s conditions. Occupants could begin to identify patterns and bring information to managers. This creates an opportunity for more informed dialogue about the places people use every day.
The quality of that dialogue matters. The US Environmental Protection Agency explains that consumer monitors detect only the pollutants or environmental factors they are designed to measure. A reading cannot provide a complete picture of indoor air quality, and a device’s limitations and appropriate use need to be understood.[2]
A considered monitoring plan should therefore have a purpose. It should identify what is being observed, who will interpret the information and what action can follow. The team also needs a way to distinguish an isolated reading from a recurring operational pattern. Professional interpretation gives the data practical value.
The role of intelligent operations
Allen’s discussion of AI placed it within this operational context: the analysis of large volumes of information, the identification of patterns and the coordination of building responses. For a hotel or residence, a useful application is one that serves a defined need and can be maintained by the team responsible for the property.
More ambitious work is also under development. ARPA-H’s BREATHE programme aims to combine indoor biosensors, risk-assessment software and building interventions to address airborne biological exposures. This is a research programme with specific technical goals, distinct from the capabilities of an ordinary room monitor.[3]
The design implication is to consider how systems can remain accessible, serviceable and adaptable. Technology will change. A building needs a sensible way to accommodate that change without making everyday use unnecessarily complicated.
Where interior strategy contributes
Interior decisions intersect with building performance in concrete ways. Joinery can affect access for servicing. Furniture layouts can influence how densely a room is occupied. Decorative treatments may need coordination with ventilation openings, lighting controls and acoustic requirements. Materials must be assessed for their intended use, including the finishes, adhesives and cleaning methods associated with them.
These relationships call for early collaboration. Architects, engineers, interior specialists and operators each hold information that the others need. A coordinated brief helps prevent a well-intended decision in one area from making another part of the experience harder to deliver.
Evaluation should also continue after occupation. Staff can identify when a room is uncomfortable, difficult to operate or consistently used in an unexpected way. Guests can describe their experience. Technical teams can review the relevant conditions. Together, these perspectives make refinement more specific.
For SOMA, this broadens the meaning of a carefully designed atmosphere. Material, light and proportion establish the visible character of a place; technical performance and attentive operation help sustain its use. The ambition is a setting that remains comfortable and understandable through the ordinary demands of a working day, a longer stay or a life at home.