Modular Sensor Suite
Tracks more than 100 data points including PM2.5, CO2, humidity, light, noise, and additional environmental parameters.
KyberAir
KyberAir Air Quality Monitoring System
KyberAir is an industrial-grade air-quality monitoring system designed and manufactured in South Africa for high-density environmental intelligence, weather data, and field-ready IoT deployments.
5Monitoring capabilities
4Deployment variants
LocalSupport and integration
KyberPortal-ready
Purpose-built for sites that need durable weather and air-quality intelligence in the field.
Industrial Engineering
Locally designed PCBs and firmware hardened for harsh and remote African operating environments.
Flexible Connectivity
Integrated 4G LTE and LoRaWAN support for reliable transmission from urban, rural, and off-grid deployments.
Real-time Alerts
Encrypted telemetry flows into KyberPortal dashboards with automated email and SMS alerting.
Power Efficiency
Low-power architecture designed for solar and battery-backed installations without compromising monitoring depth.
Air Quality Monitor Answers
KyberAir air quality monitoring, in plain terms.
Fast answers for buyers comparing South African air-quality monitors, industrial IoT sensors, and field-ready environmental dashboards.
What is KyberAir used for?
KyberAir is used for air-quality and weather monitoring where teams need reliable local data from industrial sites, municipal environments, farms, estates, schools, and operational facilities. It combines field sensors, communications hardware, and KyberPortal dashboards so site teams can track conditions over time.
What does KyberAir monitor?
KyberAir variants can monitor PM1.0, PM2.5, PM10, CO2, CO, SO2, NO, NO2, O3, H2S, VOC or IAQ indicators, ambient noise, light, UV radiation, temperature, humidity, pressure, rainfall, and wind modules depending on the deployment.
Is KyberAir built and supported in South Africa?
Yes. KyberAir is designed, manufactured, calibrated, and supported by ExpandoWorks in Johannesburg for South African environmental monitoring and industrial IoT deployments.
Does KyberAir connect to dashboards?
Yes. KyberAir telemetry can flow into KyberPortal dashboards with trend views, site monitoring, and alerting so operators can review air-quality and weather data remotely.
KyberAir Guides
Explore air-quality monitoring by use case.
Air Quality Monitor South AfricaKyberAir Air Quality Monitor South AfricaPM2.5 Monitor South AfricaPM2.5 monitoring with field-ready KyberAir hardwareIndustrial Dust MonitoringIndustrial dust monitoring for South African sitesOdour Monitoring SystemOdour monitoring for waste, industrial, and municipal sitesEnvironmental Monitoring JohannesburgEnvironmental monitoring systems built in JohannesburgIoT Air Quality DashboardIoT air-quality dashboards for KyberAir deploymentsSchool Air Quality MonitoringAir-quality monitoring for schools in South AfricaMine Dust MonitoringSouth African mine-site dust monitoringIndoor Air Quality MonitoringIndoor air quality monitoring for South African buildingsSchool CO2 MonitoringSchool CO2 monitoring for classrooms and campuses
Built Locally
KyberAir was developed through a strategic partnership between ExpandoWorks and ERO Africa to address the continent’s environmental monitoring requirements with locally engineered hardware.
Designed, manufactured, and calibrated in Johannesburg, the platform avoids generic off-the-shelf compromises by using region-specific electronics, firmware, and support pathways.
Variants
KyberAir deployment options
KyberAir LightGeneral Purpose
PM2.5, PM10, CO2, CO, noise, light, UV-radiation, temperature, humidity, pressure
KyberAir ProExtensive
PM2.5, PM10, CO2, CO, SO2, NO, NO2, O3, noise, light, UV-radiation, temperature, humidity, pressure
KyberAir SpecializedCritical
PM1.0, PM2.5, PM10, CO2, CO, SO2, NO, NO2, O3, H2S, noise, light, UV-radiation, temperature, humidity, pressure
External ModulesOptional
Wind speed and direction, rainfall, and additional pressure sensing across variants
Sensor Specifications
KyberAir sensor specification matrix
Core monitored parameters, sensing methods, ranges, and ExpandoWorks part IDs from the live KyberAir product information.
| Parameter | Range | Resolution | Working principle | Sensor life | ID |
|---|---|---|---|---|---|
| PM air quality (PM1.0/2.5/10) | 0-500 ug/m3, max >=1000 ug/m3 | ~1 ug/m3 | Optical particle counter, laser scattering | MTTF >=5 years | EXWKYA-AQM |
| VOC / gas IAQ index | Gas resistance based | N/A | MEMS gas sensor, heated MOx in BME688 | N/A | EXWKYA-ENV |
| Ultraviolet UVA intensity | 0-15 mW/cm2 | 0.01 mW/cm2 | Photodiode with conditioning | N/A | EXWKYA-UVRS |
| Visible light intensity | 1-65,535 lux | ~1.2 lux | Digital photodiode ALS | N/A | EXWKYA-LUV |
| Ambient noise, A-weighted | 30-130 dBA | +/-1.5 dB error | Electret or MEMS microphone with A-weighting | N/A | EXWKYA-SLM |
| Ozone (O3) | 0-1 ppm | 10 ppb | Electrochemical | >2 years in air | EXWKYA-O3 |
| Hydrogen sulfide (H2S) | 0-100 ppm | 1 ppm | Electrochemical | >2 years in air | EXWKYA-H2S |
| Nitrogen dioxide (NO2) | 0-1 ppm | 10 ppb | Electrochemical | >2 years in air | EXWKYA-NO2 |
| Carbon monoxide (CO) | 0-10 ppm | 10 ppb | Electrochemical | >2 years in air | EXWKYA-CO |
| Sulfur dioxide (SO2) | 0-1 ppm | 10 ppb | Electrochemical | >2 years in air | EXWKYA-SO2 |
| Carbon dioxide (CO2) | 400-5000 ppm | +/-40 ppm + 5% MV | Photoacoustic NDIR, SCD41 | >10 years | EXWKYA-CO2 |
| Rainfall | External module | 0.254 mm per tip | Tipping bucket | N/A | EXWKYA-WX |
Need environmental monitoring tailored to your site?
Talk to ExpandoWorks about KyberAir deployments, variants, and integration into KyberPortal.