The Problem

Why You Need Continuous Monitoring

Traditional Emissions Monitoring Falls Short

Intermittent inspections fail to detect emissions between site visits or intermittent behavior.

High operational costs of manual leak detection programs.

Regulatory non-compliance risks fines and reputational damage.

Limited visibility into methane sources and emission trends.

The Solution

Qube’s Continuous, Real-Time Emissions Monitoring Platform

✓ Real-time methane detection at the site level.

✓ AI-powered analytics to detect, localize, and quantify leaks.

✓ Continuous compliance tracking to meet federal and state regulations.

✓ Seamless integration with SCADA and reporting tools.

How It Works

Rugged Sensor Hardware

Durable sensors that continuously measure methane and environmental data.

Multi-gas detection (CH₄, CO, H₂S, NO₂, NH₃, VOCs).
LTE-connected, solar-powered, all-weather deployment.

AI-Powered Data Science Models

Qube’s analytics engine detects, localizes, and quantifies emissions using machine learning and physics-based models

Real-Time
Dashboard

A user-friendly platform to visualize emissions trends, optimize operations, verify repairs and ensure compliance.

Integrated with SCADA & reporting tools.

Request a Demo

Hardware

Qube’s Axon device is easy to install. In just 20 minutes, and without an external power source, you can start monitoring gas emissions.

  Qube transmits data directly to the cloud for seamless, quick retrieval, and has integrated Bluetooth mesh to connect to other sensors.

  Qube's gas sensors are individually calibrated and compensated for temperature and humidity, with a ppb resolution.

  Designed for some of the most rugged conditions on earth, Qube's solar powered rechargeable battery boasts a lifespan of 5+ years.

Qube's gas sensors are individually calibrated and compensated for temperature and humidity, with a ppb resolution.

Robust enclosure
• Designed for extreme operating conditions (-50 to +50C)

Gas sensor array
• Measures and detects presence of multiple gases including methane, VOC, H2S, SO2, CO and NO2

Edge computing
• Manages volume of data transmitted and power consumption

Rechargeable and long lasting power supply
• Rechargeable lithium titanite battery that lasts for 2 weeks without solar recharge

Communications module
• Cellular or wifi data transmission
• GPS for precise positioning

Environmental sensors
• Anemometer, barometer, thermometer and humidity sensors

Data Science

Qube's Al-driven detection models analyze real-time gas concentration data.
✓ Baseline filtering removes natural background methane.
✓ Anomaly detection identifies spikes beyond normal levels.
Using wind modeling and sensor triangulation, Qube determines leak sources.
✓ Wind-field analysis tracks methane plume movement.
✓ Multi-sensor comparison ensures accurate source pinpointing
✓ Filters out offsite emissions (e.g., livestock, wetlands).
Qube's physics-based models estimate site emission rates.
✓ Gaussian plume models predict plume spread and source strength.
✓ Automated machine learning tuning for continuous model accuracy.
✓ Tracks emissions over time for trend analysis.