Aernode Air Quality Monitor

Outdoor Air Quality Monitoring Station

Aernode is a compact, multi-pollutant monitoring station designed for continuous ambient air measurement across urban, industrial and environmental deployments.

Core board PM · CO₂ · TVOC · Noise
Sensor deck NO₂ · O₃ · CO · SO₂ · H₂S · NH₃ · and more
External sensors Wind · Rain · Solar radiation
Accurate Data

Reliable measurements designed to support continuous monitoring and environmental analysis.

Multi Pollutant

Modular configurations for ambient air, gases and environmental parameters.

Smart Maintenance

Quick-swap sensor replacement kits help reduce downtime and simplify field servicing.

Remote Management

Bidirectional connectivity for remote configuration, diagnostics and operational control.

Technical Overview

Modular by design, configurable by project

Aernode combines a compact outdoor base station with configurable sensing layers, allowing each unit to be adapted to different monitoring scenarios.

Base Station

Connectivity
Multiband Cellular
Wi-Fi · Modbus RTU (RS485)
Transmission Frequency
30 sec to 60 minutes
GNSS
GPS · GLONASS · Galileo · BeiDou
Power Supply | Consumption
5–15 Vdc | 2–6 W
Enclosure
Polymer Composite · IP55 weatherproof
Operating Range
–20 °C to +50 °C | 0 to 95% RH
Weight & Size
950 g · 200 × 250 mm

Configurable Sensors

Built-in Sensors
Environmental baseline Air Temperature · Relative Humidity · Atmospheric Pressure
Core Sensor Board
Standard sensing layer PM10 · PM4 · PM2.5 · PM1 · CO₂ · TVOC Index · Sound Level Meter
Sensor Deck
Optional gas expansion module NO₂ · O₃ · CO · SO₂ · NO · H₂S · NH₃ · Cl₂ · HCl · PH₃ · HCN · H₂O₂ · ETO · TVOC PID · and more
External Sensors
Weather and environmental modules Rain Gauge · Wind Speed and Direction · Solar Radiation
Sensor Deck Compatibility

Configure gas sensing around project requirements

Aernode Lite and Aernode Pro share the same outdoor base station and Core Sensor Board. The difference is the Sensor Deck configuration and the range of additional gas sensors supported.

up to 4 gas sensors

Essential gas sensing

Focused Sensor Deck configuration for projects requiring a selected set of additional gas and VOC measurements.

NO₂ O₃ CO TVOC PID
up to 8 gas sensors

Extended gas sensing

Extended Sensor Deck configuration for multi-pollutant projects, industrial monitoring and application-specific gas detection.

NO₂ O₃ CO SO₂ NO H₂S NH₃ Cl₂ HCl PH₃ HCN H₂O₂ ETO TVOC PID

The list above represents a selection of supported sensors. A complete and up-to-date list of compatible sensing options is available upon request.

Applications

Monitoring scenarios

Aernode can be configured for different operational objectives, from dense urban monitoring networks to industrial perimeter control, event investigation and temporary site monitoring.

Hyperlocal & Distributed Networks

Deploy multiple monitoring points to capture local air quality variations, compare areas and support high-resolution environmental awareness.

Pollution Source & Fenceline Monitoring

Monitor localized variations near industrial perimeters, roads, plants or operational hotspots to support source investigation and site oversight.

Odour & Event Investigation

Support the analysis of short-term events through continuous monitoring, historical data and contextual information.

Construction & Dust Monitoring

Track site-related air quality variations during temporary, high-impact or dust-generating activities with flexible deployment options.

Application Fit

Configure Aernode for your monitoring site

Select the right sensor setup, connectivity option and data workflow for the specific environment you need to monitor.

Discuss your application
Installation

Designed for quick outdoor deployment

Aernode devices can be mounted across urban, industrial and environmental settings with flexible installation options and simple field integration.

Pole installation

Mounting on standard poles for roadside and perimeter monitoring.

Public lighting

Integration on lighting poles for distributed urban deployments.

Traffic light pole

Compact form factor for traffic-related and roadside applications.

Building facade

Fixed installation on public, industrial or private building surfaces.

Urban furniture

Suitable for integration with street infrastructure and city assets.

Field installation

Tripod and temporary setups for field campaigns and mobile monitoring.

Connectivity & Data Management

From field devices to actionable air quality data

Aernode combines flexible field connectivity with cloud-based data management, enabling reliable transmission, device supervision and secure integration with reporting tools or external systems.

Aernode
Devices
Connectivity
Multiband Cellular
Wi-Fi
Modbus RTU (RS485)
Data Management
Aernode Cloud
Device management & data governance
Dashboards &
Reports
External
Platforms
Servicing & Maintenance

Smart maintenance, minimal downtime

Aernode is designed to simplify long-term network operation, combining remote supervision, field-replaceable components and flexible servicing workflows.

01

Remote supervision

Monitor device status, connectivity and operational performance across distributed networks, reducing the need for unnecessary site visits.

02

Field replacement

Preconfigured sensor kits and modular components support efficient on-site servicing, helping minimize downtime during fleet operation.

03

Lab servicing

When deeper technical intervention is required, devices or modules can be serviced through lab-based maintenance workflows.

Calibration & Data Quality

Built for reliable long-term measurements

Aernode is designed to support indicative air quality measurements through transparent data workflows, calibrated datasets, centralized post-processing and adaptable calibration methodologies.

01

Raw & adjusted datasets

Raw sensor measurements are preserved alongside post-processed datasets, supporting traceability, auditability and different analytical use cases.

02

Centralized post-processing

Calibration and adjustment models can be managed at platform level, enabling consistent data treatment across devices, projects and historical datasets.

03

Transparent calibration workflows

Calibration workflows are designed to keep the relationship between raw data, adjustment models and processed datasets visible over time.

Supported methodologies

Calibration strategies can be selected according to project objectives, site conditions and data quality requirements.

Collocation with reference station

Field comparison with reference-grade instrumentation to derive site-specific correction models.

Calibration with bottled gas

Controlled verification using certified gas mixtures to evaluate sensor response under known conditions.

Remote calibration

Model-based adjustment workflows using external environmental datasets and cloud-side post-processing.

Aernode is intended for supplemental and indicative air quality monitoring applications, supporting operational insight, environmental assessment and research use cases with reference to the quality objectives for indicative measurements provided by Directive (EU) 2024/2881.

Project configuration

Configure your Aernode monitoring station

Access the key product documents or contact our team to define the right sensor setup, connectivity option and data workflow for your monitoring project.