Aethair See the air you breathe by utilizing the most advanced and IoT and AI enabled platform on the market.

Now, more than ever before, people understand the importance of healthy spaces. Airthinx offers a patented solution to address this through environmental monitoring, air quality remediation, and system automation. We have developed a platform that takes the needs of the market into consideration: accuracy of measurements, accurate data recording, advanced data analytics, ease of deployment, and co

st of operation & maintenance. Our platform utilizes purpose-built devices that are perfectly calibrated and continuously connected to the cloud using our own secure IoT infrastructure. Collected data is processed in the cloud using powerful algorithms that combine artificial intelligence and machine learning, and is then used to take actions as needed to remediate environmental issues, optimize building operation, and reduce energy costs. In addition to Airthinx hardware, users are able to connect 3rd party systems and sensors to the Airthinx Platform in order to have more options and more customized solutions that will better fit their specific needs for both indoor and outdoor environments. Our patented solution allows users to improve environmental conditions and optimize building systems to create healthier, more comfortable environments while also reducing building operation costs. Airthinx enables smart buildings to become healthy buildings by directly addressing the concerns of employers, their employees, and their customers.

06/02/2026

Indoor air quality used to be an HVAC contractor's problem. Now it's a property management one.

Tenants are asking about CO₂ in conference rooms. Investors want IAQ data in ESG disclosures. Insurance underwriters are factoring climate-driven exposures into commercial property risk. The property manager's job description has quietly expanded.

Our latest article covers what indoor air quality means in a commercial building context, the standards that apply, the most common problems property managers encounter, and how to evaluate the equipment and software available to support a credible monitoring program.

Read it in the Aethair Resource Library:
aethair.io/resources/indoor-air-quality-monitoring-commercial-buildings

05/26/2026

Wildfire smoke is not just a regional problem. Plumes from a single major fire season can reach across most of North America, and the operational consequences for outdoor workforces, indoor facilities, and public health agencies have grown with them. From Cal/OSHA section 5141.1 in the United States to WorkSafeBC and Health Canada guidance to the north, the regulatory ground has shifted in the past few years. So has the volume of smoke that crosses the continent each summer.

Our newest article covers what is in wildfire smoke, how US and Canadian air quality indices and workplace rules treat it, and how a monitoring program can support detection, communication, and protection across outdoor work sites, indoor facilities, and broader community networks.

Read it here: https://aethair.io/resources/wildfire-smoke-air-quality-monitoring/

05/14/2026

Choosing an environmental monitoring device tends to start with the wrong question.

Often, people pick a device before defining what the deployment actually needs to do, which produces undersized monitoring records or oversized hardware bills, neither of which holds up when a regulator, an auditor, or an internal review takes a close look.

Our latest article covers the four practical questions to answer before choosing a device, how Aethair PRO, Aethair IAQ, and Thiamis each fit different use cases, and how they work together when a site needs more than one. It also walks through common deployment mistakes and a decision flow to match the right device to the right requirement.

Read it here: https://aethair.io/resources/choosing-aethair-monitoring-device/

05/07/2026

When the wind shifts at a perimeter monitoring site, two things can happen. Either field crew physically repositions monitors to maintain proper upwind and downwind coverage, or the platform reassigns those roles automatically based on real-time wind data. That's not a small distinction. Modern continuous monitoring platforms turn every wind shift into one more data point in a defensible compliance record, without sending anyone into the field.

The new article on the Aethair Resource Library covers what perimeter monitoring actually requires how continuous data becomes audit-ready reporting.

Read it here: aethair.io/resources/perimeter-air-quality-monitoring-guide

05/07/2026
05/05/2026

Compliance reporting shouldn't be a scramble before every audit; Aethair gives EHS and ESG teams continuous, calibrated data with traceable lineage from sensor to report, so the answer is already there when a regulator, auditor, or executive asks for documentation.

How is your team building defensibility into its environmental compliance program?

04/29/2026

Every pollutant in a building has a source: building materials, poor ventilation, occupants, combustion appliances, even outdoor infiltration. Knowing where they come from is the first step to improving indoor air quality.

WELL certification is a voluntary, performance-based framework that combines point-in-time verification with ongoing operational requirements, and requires recertification approximately every three years. Continuous monitoring captures what happens between formal verification events. Aethair's platform pairs continuous monitoring with WELL-aligned thresholds, providing data for the years between scheduled tests, structured reports for verification and ESG disclosures, and occupant-facing displays in lobbies and shared spaces.

Read about the WELL Building Standard and the role continuous monitoring plays in supporting buildings that align with it, in our latest article in the Aethair Resource Library: aethair.io/resources/well-building-standard-air-quality

04/24/2026

OSHA does not publish a single air quality rule. It publishes a layered framework. Knowing where a given exposure sits in that structure is what makes compliance documentation defensible.

The latest article on the Aethair Resource Library covers the structure, the PELs that matter most, and where continuous monitoring fits into defensible documentation.

Read it here: aethair.io/resources/osha-air-quality-standards-compliance

04/20/2026

For EHS professionals, the gap between assumption and measurement is a liability.

The difference between continuous monitoring and periodic testing can leave issues undetected and could lead to hazardous exposures. If you monitor only a few points in a day, you could miss a crucial issue.

This article from the Aethair Resource Library covers which pollutants matter most in indoor air quality monitoring, how continuous monitoring differs from periodic testing, what to look for in an IAQ system, and how to connect monitoring data to compliance documentation.

Read it here: aethair.io/resources/indoor-air-quality-monitoring-ehs-guide

04/14/2026

The Aethair Resource Library is a growing collection of articles and guides covering air quality monitoring, compliance reporting, regulatory standards, and more. We built it because the questions we hear most often deserve more than a product page. They deserve real answers.

Starting today, Four articles are live:

• EHS Compliance Reporting: How to Move from Data Collection to Defensible Documentation

• Understanding PM2.5: Health Impacts, Regulatory Limits, and Best Practices

• Indoor Air Quality Monitoring: What EHS Teams Need to Know

• What Is Environmental Intelligence?

New articles will be published every week.
Explore the library today: https://aethair.io/resources/

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