Bringing Clarity to Air
Real-time gas sensing for safer air, smarter systems, and faster decisions.
AtmoSense develops compact sensor modules for gases that are difficult to see, measure, and manage in everyday environments. Our first product focus is ozone and formaldehyde, with a platform roadmap for additional industrial and environmental gases.
Supported by U.S. National Science Foundation SBIR Phase I funding for advanced gas sensor materials development.
Why it matters
Clean-looking air is not always safe air.
Many gases that affect health, safety, and operations are present at concentrations people cannot see or smell. Better sensing can reduce uncertainty in buildings, ozone systems, industrial settings, and connected products.
How it works
From gas exposure to decision-ready data
1.
Sense the target gas
Gas-reactive materials respond when target molecules reach the sensor surface.
2.
Read the signal
Compact electronics and algorithms translate the response into real-time gas information.
3.
Act sooner
Customers can use the data for alarms, ventilation, interlocks, product control, and environmental insight.
Why AtmoSense
Focused on real-world sensing, not just lab performance
Practical gas data must be timely, selective enough for real environments, compact enough for products, and reliable enough to support repeated decisions outside the lab.
Detect earlier
ppb-level sensing for gases that matter to health, safety, and operations.
Reduce maintenance
Designed for low-drift, low-calibration deployment in practical environments.
Fit into products
Compact MEMS architecture for OEM integration and connected devices.
Scale across gases
One platform architecture with multiple gas-specific material formulations.
Grant support
NSF/SBIR-backed development.
AtmoSense received U.S. National Science Foundation SBIR Phase I support to advance methane and formaldehyde sensor materials development and testing, strengthening the foundation for its broader gas sensing platform.
Technology overview
A compact sensing platform built for product integration
AtmoSense combines gas-reactive materials, MEMS devices, electronics, and algorithms into AtmoTech, the core technology behind its sensor modules.
PRODUCT ROADMAP
Focused entry products with a broader multi-gas roadmap.
O₃
Ozone
CH₂O
Formaldehyde
CH₄
Methane
NO₂
Nitrogen dioxide
CO₂
Carbon dioxide
NH₃
Ammonia
H₂
Hydrogen
H₂S
Hydrogen Sulfide
VOCs
Volatile Organic Compounds
PRODUCT ROADMAP
Ozone and formaldehyde first.
AtmoSense is prioritizing use cases where better sensing creates immediate value: ozone safety and control, indoor air quality, exposure monitoring, and embedded product use.
PRODUCT ROADMAP
Built for customers who need reliable gas data.
- Air quality and buildings
- Ozone systems and sanitation
- Industrial safety
- Energy and infrastructure
- OEM and connected devices