Case study 01 · Case Western Reserve University

Monitoring the home environment of cardiac patients after surgery

At University Hospitals and Case Western Reserve University — two affiliated institutions that function as a single academic medical system across an 18-hospital network — Dr. Sadeer Al-Kindi and Dr Sanjay Rajagopalan and their cardiology team are using Atmocube to monitor the home environments of patients recovering from cardiac procedures. Atmocube runs alongside other connected health devices in the home — smart scales, spirometers, smart medication caps — to give clinicians a continuous view of post-procedure recovery in the patient's actual living environment, not just at follow-up visits.

Since the initial deployment in 2023, the program has expanded across multiple purchase batches as the study has scaled. In parallel, individual researchers across the system have purchased Atmotube PRO2 personal monitors for unrelated projects — most recently for environmental fieldwork in Chile.

Case study 02 · University of Ottawa × Toronto Hydro

Indoor air quality monitoring inside the homes of a residential electrification study

A University of Ottawa research team selected Atmocube to monitor indoor air quality inside residential homes participating in a Toronto Hydro residential electrification study. The deployment tracks how the shift away from gas — to electric heat pumps, induction cooking, and electrified appliances — affects indoor air quality in real occupied homes.

Deployed across multiple phases as the study expanded, Atmocube provides the 12-sensor resolution and raw data access the research team needed to publish defensible findings on a topic that's increasingly relevant to utilities, regulators, and public-health agencies across North America.

Case study 03 · Columbia University research community

Independently chosen by research groups across Columbia University

Atmocube and Atmotube PRO 2 have been adopted independently by multiple research groups across Columbia University — including the Lamont-Doherty Earth Observatory and the Mailman School of Public Health. Across three years, eleven separate purchases have been made by different teams, without a coordinated procurement process. In research environments, this is what credibility looks like: peer adoption, not vendor push.

Case study 04 · Mountain Vector Energy

Air quality data as part of the energy performance picture

Mountain Vector Energy works at the intersection of energy efficiency and building performance. For their work, indoor air quality isn't a separate concern — it's part of the same story as energy use, ventilation, and how a building actually performs once people are in it. They chose Atmocube to bring continuous IAQ data into that picture.

What started as a first deployment grew into repeat purchases as the work expanded — the pattern we see with consultants who standardize on one monitor across projects rather than re-evaluating hardware every time. As they scaled, ATMO worked directly with their team to integrate the Atmocube BF2-E into the Cufflink ecosystem: hands-on engineering support for Modbus RTU and RS-485 connectivity, plus firmware adjustments to match their data requirements. The result — 12-sensor data flowing straight into the building-performance analysis they already deliver to clients, with no separate platform to bolt on.