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Published studies.

We currently publish 4 full trial studies. Each is available to read in full on this site, with the sites named, the methods stated, and the limitations disclosed.

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4 publications

FeaturedFull paperCommercial · Healthcare

AI-Enabled Indoor Air Quality Monitoring for One of the Biggest Banks in Africa

A comprehensive trial test study

A 2.5-year trial of AI-driven environmental sensing across three zones of a major African bank facility. Nearly a million observations were analysed for particulate matter, carbon dioxide and volatile organic compounds. The study detected elevated PM2.5 and VOC levels, including the carcinogenic compounds formaldehyde and benzene, and sets out mitigation strategies to protect occupant health and support ESG compliance objectives.

Observations analysed
991,268
Average CO₂
≈755 ppm
PM2.5
Elevated
Carcinogens detected
Formaldehyde, benzene
Read the paper
09 Oct 2025 · Study period November 2020 – June 2023
Full paperCommercial

AI-Enabled Indoor Air Quality Monitoring for Fungi Energy

November 2020 – June 2023 · AIRQ108 Pty Ltd · 9 min read

A proof-of-concept deployment examining indoor air quality in open-plan corporate offices with centralised air conditioning. Non-intrusive, event-driven sensors collected real-time data on particulate matter, CO₂, volatile organic compounds and airborne contaminants. Findings highlighted elevated PM2.5 and carcinogenic VOCs, with targeted interventions proposed for occupant health and ESG compliance.

09 Oct 2025Read paper →
Full paperIndustrial · Compliance

Air Quality Assessment Report for an Industrial Vacant Warehouse

11–17 February 2025 · SensusAir BioDefense Platforms · 10 min read

A seven-day evaluation of indoor air conditions at an industrial vacant warehouse using three AirVue sensors, measuring particulate matter, carbon dioxide, volatile organic compounds and nitrogen oxides. PM2.5 approached regulatory limits, VOCs fluctuated moderately, CO₂ was stable with one exceedance event, and NOx was persistently elevated. The report recommends filtration upgrades and ventilation enhancements before reoccupation.

09 Oct 2025Read paper →
Full paperHealthcare

AI-Enabled Indoor Air Quality Monitoring for a U.S. Children's Hospital

SensusAir · 8 min read

A trial of AI-driven indoor air quality monitoring in a paediatric hospital, tracking particulate matter, CO₂, volatile organic compounds and viral pathogens including RSV, COVID-19 and influenza. Viral spread and load remained within prescribed thresholds throughout, yet elevated VOC levels and high PM1 peaks point to targeted interventions still needed in a setting where the occupants are the most vulnerable.

09 Oct 2025Read paper →