Empowering every sector to act on air quality
Air pollution is not a single-sector problem. It affects every level of society from public institutions that must enforce environmental laws to industries that strive to operate responsibly and to researchers and healthcare providers seeking to understand long-term health effects. Aerospec’s technology is designed to serve all of them.
Our instruments and data platforms deliver the precision, scalability, and simplicity needed to monitor particulate matter across diverse environments. By providing detailed chemical fingerprints and source attribution, we enable each stakeholder to act with clarity and confidence.
Precision is the bridge between awareness and action — our technology transforms air analysis into impact
Governements and public agencies
By combining networks of AIRMon instruments with the upcoming Aerospec Cloud platform, Aerospec will create health and disease-burden maps that connect specific particle sources with local health outcomes. This data can be accessed via secure APIs by cities, hospitals, and insurers to guide planning and policy.
- Enables evidence-based policies instead of assumptions.
- Reduces the time and cost of monitoring programs.
- Strengthens international credibility and compliance with climate and health standards.
- Builds transparency and trust with the public through open, real-time reporting.
Industrial sectors
AIRMon provides continuous, on-site monitoring of fine particulate matter, revealing both chemical composition and source contributions of emissions. This means companies can immediately detect abnormal emissions, verify the effectiveness of filters or scrubbers, and prevent costly regulatory violations before they happen.
The portable design and self-cleaning system make it practical for installation within plants or outdoor perimeters. With leasing and data-service models, industries can access high-quality air analytics without large capital expenditure.
- Ensures continuous compliance and early detection of anomalies.
- Reduces downtime and fines by enabling proactive response.
- Demonstrates corporate sustainability and ESG leadership.
- Protects employee health by monitoring workplace air quality in real time.
Research and academia
AIRMon integrates sampling, analysis, and data interpretation into one compact system. It allows researchers to observe chemical and source variations continuously, with a frequency of 15 minutes to 2 hours. This provides higher-resolution data for modeling, publications, and collaborative field campaigns.
The system is already validated by leading academic users e.g. Nagoya University and EPFL and is being integrated into long-term atmospheric observation networks.
- Delivers unprecedented temporal resolution for research data.
- Simplifies experimental logistics fewer devices, less calibration.
- Enables comparability across sites and projects.
- Accelerates discovery in climate and health research.
Healthcare, insurrance and public
By combining networks of AIRMon instruments with the upcoming Aerospec cloud platform, Aerospec will create health and disease-burden maps that connect specific particle sources with local health outcomes. This data can be accessed via secure APIs by cities, hospitals, and insurers to guide planning and policy.
- Provides evidence linking pollution sources to health outcomes.
- Enables smarter city planning and targeted interventions.
- Supports preventive healthcare and new insurance models
- Strengthens data-driven sustainability and resilience strategies.
Governments and public agencies
National monitoring networks are under increasing pressure to provide timely, accurate data on air quality and to identify the origins of pollution. Until now, this has required complex and costly laboratory procedures. With AIRMon, agencies can deploy a distributed network of autonomous instruments that analyze both the composition and the sources of particulate matter in near real time.
This capability allows governments to locate emission hotspots, track long-range transport of pollutants, and evaluate the effectiveness of policy measures almost instantly. It also supports compliance with evolving international standards such as the WHO Air Quality Guidelines and the European Union’s Ambient Air Directive.
The Swiss Federal Office for the Environment and the National Observatory of Athens are among the first to explore these possibilities, demonstrating how data from AIRMon can feed into national environmental information systems.
Industrial sectors
Industrial facilities from power generation to pharmaceuticals and food processing face strict environmental and occupational-health regulations. Conventional measurement methods often require samples to be sent to laboratories, delaying compliance reports and increasing operational costs.
By installing AIRMon on site, companies can continuously monitor the chemical composition of their emissions, detect abnormal events immediately, and verify the effectiveness of filtration or mitigation systems. This not only helps to meet regulatory obligations but also enhances transparency and corporate sustainability performance.
Leasing and subscription models make AIRMon accessible to companies of all sizes. For multinational firms, a network of instruments across plants provides consistent, comparable data worldwide a valuable asset for ESG reporting and stakeholder communication.
Research and academia
For scientists, AIRMon represents a new tool to explore the dynamics of aerosols in the atmosphere. Its high temporal resolution and chemical detail allow for the study of processes that were previously hidden between discrete laboratory samples. Researchers can investigate how emissions evolve, how particles age in the air, and how different chemical species interact with sunlight or humidity.
Several academic institutions have already integrated AIRMon into their research programs, including field campaigns in Europe and Asia. The instrument’s portability and automation make it ideal for long-term observation sites as well as short-term experiments.
Health and insurance
As Aerospec expands its cloud platform, we are preparing to connect air-quality data directly with health analytics. The planned Health and Disease-burden maps will combine networks of AIRMon instruments with epidemiological data to reveal correlations between pollution sources and health outcomes.
Cities, insurers, and healthcare organizations will be able to access these insights through APIs, enabling predictive modeling of disease risk and better allocation of resources. This integration of environmental and health intelligence will redefine how we understand the real-world impact of air pollution.
Let’s build cleaner air together
Whether you are a policymaker, an industry leader, or a researcher, Aerospec’s technology can provide the data you need to make meaningful change. Contact us to discuss collaboration opportunities or to schedule a demonstration of the AIRMon system.