End-to-end indoor air quality monitoring consultant and management enabling healthier, more responsive, and better-performing environments in daily use.
Indoor environments affect people continuously, yet air quality is rarely experienced directly. And expectations have shifted: health, comfort, and productivity are no longer treated as abstract design outcomes, but as lived conditions organizations are increasingly expected to understand and manage. Indoor air quality monitoring makes these invisible dynamics observable over time, allowing environments to be managed based on how they actually perform for occupants, rather than assumed to perform in theory.
Airscan delivers indoor air quality monitoring as a complete operational service, combining strategy, deployment, and ongoing performance management to support environments that actively protect occupant health and function.
We define monitoring objectives, coverage, parameters, and performance thresholds aligned with building use, occupancy patterns, and health priorities.
We'll maintain oversight, reporting, and refinement so indoor air quality performance is sustained as an operational system rather than a one-time initiative.
Specify and configure indoor air quality sensors and parameters based on space type, risk profile and operational requirements. Airscan delivers installation, commissioning, calibration and ongoing accuracy assurance.
Continuous, intuitive visibility into indoor air quality through Airscan's monitoring interface, tailored for facility teams, management, and where appropriate, occupants.
Transform environmental data into actionable insights, identifying trends, risks, and performance modelling that forms the foundations for smarter, more responsive environments.
Airscan approaches indoor air quality as a performance system, not a collection of isolated readings. This allows performance to be understood, managed, and improved based on how those dynamics shape health, comfort, and function over time.
Airscan’s monitoring framework treats indoor air quality as a dynamic system, where multiple environmental parameters interact to shape occupant health, comfort, and cognitive performance.
The core parameters we monitor include – but aren’t limited to – carbon dioxide (CO₂), particulate matter, and volatile organic compounds (VOCs). Temperature and relative humidity are also monitored, as they shape thermal comfort, pathogen persistence, and perceived air quality.
Parameters are selected, configured, and interpreted based on building use, occupancy patterns, and risk profile, recognizing that different environments require different levels of sensitivity and resolution.
Air quality outcomes depend on how effectively indoor air is renewed and distributed. Monitoring therefore extends beyond concentration levels to ventilation effectiveness, occupancy response, and system behaviour over time.
By observing how conditions change in response to real use – meetings, peak occupancy, operational schedules – monitoring reveals whether ventilation strategies are performing as intended, under-performing, or misaligned with actual demand.
Isolated measurements capture moments. Continuous monitoring reveals patterns. Airscan analyses how indoor conditions evolve across hours, days, and seasons, identifying recurring exposure risks, peak load periods, and gradual performance drift that would otherwise remain hidden.
This temporal view enables earlier intervention, more targeted improvements, and greater confidecne that environmental performance is being sustained in use rather than assumed from design intent.
The magic of indoor air quality monitoring data is that it is increasingly used to inform internal performance management, occupant communication, and alignment with recognized standards and organizational commitments.
Airscan structures monitoring outputs so they can be meaningfully interpreted by facility teams, leadership, and occupants – supporting trust and informed decision-making rather than raw data exposure.
We help organizations take control of indoor air quality by making performance visible and manageable over time.
