AIRMATTER AI

Biological Intelligence Platform

Real-Time Airborne
Biological Intelligence

Sensors Active — Real-time
Request a Deployment Briefing
118K+
Measurements Validated
4min
Scan Interval
24/7
Continuous Monitoring

The Invisible Gap
in Airborne
Surveillance.

Current Standard

Manual air sampling followed by culture-based incubation. Data is delayed by 24 to 72 hours, resulting in retrospective analysis rather than actionable intelligence.

The AirMatter Paradigm

Continuous, real-time quantification of individual biological particles. Infrastructure-grade detection enabling immediate, automated operational responses.

Optical Architecture

BioParticle
Detection Array

AirMatter’s sensor modules perform continuous, real-time optical counting of individual airborne microorganisms using PicoWatt-level photodetection sensitivity.

EXCITATION365 nm / 405 nm UV
FLUORESCENCE470–650 nm Range
SENSOR_UI_V2.1
PARTICLE TARGETPM1.0 // BIO
VIRAL_LOAD_EST45%
BACTERIA_SPORE72%
FUNGAL_DENSITY28%
OPTICAL STREAM
ACTIVE
SCAN_RATE
1.2ms
4. PRODUCT ARCHITECTURE

Modular Deployment Platform

AirMatter provides scalable sensor configurations for different operational environments.

NODE_ALPHA● ON_LINE

Premium Type

210 × 150 × 100 mm

For operating rooms, transplant wards, critical healthcare zones.

NODE_BETA● ON_LINE

Network Type

170 × 110 × 100 mm

For building-wide and multi-site infrastructure integration.

NODE_GAMMA○ STANDBY

Small Module

65 × 50 × 45 mm

For HVAC systems, vehicles, and industrial embedding.

Compact architecture enables scalable deployment across institutional environments.

Air Intelligence
Software Suite

AISS_PIPELINE // ACTIVE

AISS transforms raw biofluorescence signals into structured operational intelligence, calculating real-time Biological Air Quality Indices (BioAQi) and driving automated HVAC responses.

LAYER 01Optical Monitoring
LAYER 02Edge AI Processor
LAYER 03Auto-Decision
National Bio-Surveillance

Government &
Public Health

AirMatter enables continuous airborne microbial monitoring across buildings, districts, and national networks. Integrates seamlessly into public health infrastructure for early outbreak signal indication.

DEPLOYMENT SCOPE
  • Public infrastructure
  • Transportation hubs
  • Smart city networks
  • Border entry points
OPERATIONAL CAPABILITY
  • 24/7 continuous surveillance
  • Real-time anomaly detection
  • Regional trend visualization
FIELD VALIDATION DATA
Seoul Deployment (Sept 2024 – Aug 2025)
118,523
SUCCESSFUL MEASUREMENTS
4 min
Measurement Interval
4 wks
Predicted Lead Time
Bio Count Trend
Influenza Data
AirMatter supports proactive epidemic signal detection.

Hospitals &
Healthcare Networks

Healthcare facilities require strict airborne contamination control. Continuous environmental pattern detection enables proactive infection control.

Operating rooms
ICUs
Isolation wards
Transplant units
Renovation zones
Operational Benefits
  • Real-time visibility into contamination events.
  • Event-based anomaly detection for immediate response.
  • HVAC & sterilization optimization based on live feedback.
  • Reduced reliance on delayed laboratory culture testing.
65x50x45mm
EMBEDDED_BIO_SENSOR // V1.0

Embedded Biological
Sensing Platform

AirMatter provides a compact bioaerosol sensing module engineered for system-level integration. We collaborate with OEM manufacturers to embed real-time biological intelligence into next-generation platforms.

Target Integrations

  • Vehicle HVAC systems
  • Air purification platforms
  • Smart building HVAC
  • Industrial clean-air systems

Core Capabilities

  • Simultaneous PM1.0 / PM2.5
  • Edge AI compatibility
  • Continuous 24/7 operation

Biological Air Quality Index BioAQi™

BioAQi provides context-specific biological air risk scoring, supporting public health readiness, hospital infection prevention, and infrastructure risk management.

INDEX SCORE
12.4
LOW RISK
DATA: 01
Microbial Counts
DATA: 02
Env Variables
DATA: 03
AI Pattern Rec.
10. About AirMatter

Deep-Technology Company

Founded in 2024, AirMatter specializes in optical bio-detection, AI-powered airborne intelligence systems, and embedded semiconductor integration.

Chief Executive Officer

DuSeop Yoon

36 years at Samsung Advanced Institute of Technology. Expertise in optical systems and air quality control.

Vice President

Mah Yinus

Former Samsung Electronics research engineer. Deep experience in airborne microorganism detection.

Semiconductor Division

YongWon Jeon

Semiconductor IC development leadership at LG Semiconductor and Samsung Electronics.

Validated Technology

Credentials & Certifications

CERTIFICATION
ISO 9001:2015
Quality Management
CERTIFICATION
ISO 13485:2016
Medical Devices
PATENT
US Patent #11,20x,xxx
Bio-Optical Array
PATENT
KR Patent #10-202x
Aerosol Detection

Contact Enterprise Team

For government scaling, healthcare network pilots, and OEM hardware integration inquiries.

SECURE TRANSMISSION
© 2026 AirMatter Co., Ltd. | Seocho-gu, Seoul, Republic of Korea