Continuous monitoring to reduce emissions, enhance operations and support compliance
Our suite of continuous monitoring products enable full-site coverage and operational insights
Our suite of continuous monitoring products enable full-site coverage and operational insights
Site-Wide Continuous Monitoring
With over 8,000 devices deployed globally, Qube helps operators stay ahead of complex regulatory, environmental, and operational challenges.
Multi-compound detection
Measures the presence of multiple compounds including CH₄, H₂S, SO₂, CO, NO₂, NH₃, VOC, and PM.
Simple fenceline installation
Install each device within 15 mins without the need for external power and communications.
Enhanced wind granularity
Each sensor includes its own anemometer to assess accurate wind field data that gets sent directly to your dashboard.
Durability and maintenance
Designed and tested in some of the harshest conditions on Earth, with a lifespan over 5 years.
Source-Level Continuous Monitoring
A lower-cost, intrinsically safe sensor built for continuous, near-source emissions monitoring.
Single source localization
Deploy directly at equipment units for faster emission source detection.
Lower cost
Optimized for economic assets (e.g., single well sites) where cost per site matters.
Versatile deployment
Choose Qube Lite alone or pair with Qube’s fenceline devices for precise site-level localization and quantification.
Event-Triggered Visual Proof
Add visual confirmation to Qube’s continuous monitoring. AI-assisted event capture links action on site to each alarm so operators can identify emission sources faster.
Capture site activity in high resolution
Crisp, high-definition images for detailed monitoring and operational assessments.
Detect and classify objects automatically
Automatically identify people, vehicles, equipment and events.
Operate periodically or on event triggers
Record automatically by emissions, motion, or temperature changes.
Built for operational environments
Rugged design and durability for extreme field conditions.