AI-Powered Methane Detection

Detect Gas Leaks Instantly Using Any Camera

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See How It Works

No sensors

No hardware installation

No retrofitting

3.0%

Natural gas loss as methane leaks across oil & gas systems

70mt/y

Methane emitted by the oil & gas sector globally each year

20%

Of emission sources are resonsible for the majority of leaks

Built by experienced founders from the University of St. Gallen (HSG) and ETH Zurich with support from Innosuisse and the Eastern Switzerland University of Applied Sciences (OST)

OUR VISION

Software-Only Methane Detection for Critical Infrastructure

AI-Powered

Sensor-Free

Infrastructure-Ready

Real-Time

Scalable

Low CAPEX

Compliance Support

Rapid Deployment

Asset-Level Monitoring

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We enable operators to identify and address methane leaks early. Lowering financial loss, operational risk, and compliance exposure.

Our mission is simple: to make methane detection scalable, affordable, and deployable using existing camera infrastructure. Emission Eye develops software-only AI that identifies methane leaks from standard video, thus nabling early detection without installing additional sensors or hardware.

From transmission pipelines to compressor stations and storage facilities, our solution integrates into existing monitoring systems and scales across distributed assets. We help operators reduce product loss, improve safety, and meet tightening methane regulations.

Prevent Methane Loss Before It Escalates

Identify leaks early using AI-powered video analysis to reduce operational risk and regulatory exposure. Avoid costly shutdowns, safety incidents, and non-compliance penalties through proactive detection.

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Prevent Methane Loss Before It Escalates

Request Pilot Access

Protect Revenue Across Your Network

Even small leaks compound over time. Continuous video-based monitoring helps to reduce product loss across pipelines, compressor stations, and storage facilities, protecting revenue across distributed assets.

Request Pilot Access

Protect Revenue Across Your Network

Request Pilot Access

Camera-Agnostic Methane Detection

Deploy on surveillance systems, drones, and handheld devices without changing your infrastructure, with reliable performance in varied field environments, enabling scalable monitoring of distributed infrastructure networks.

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Camera-Agnostic Methane Detection

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OUR SERVICES

Camera-Based Methane Detection

Identify methane emissions from standard RGB footage captured by smartphones, drones, and fixed surveillance systems, enabling flexible field deployment.

View all services

Smartphone-Based Leak Detection

Turn any smartphone into a methane inspection tool, thus reducing the need for dedicated detection hardware.

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Smartphone-Based Leak Detection

Turn any smartphone into a methane inspection tool, thus reducing the need for dedicated detection hardware.

Request Pilot Access

Drone-Based Methane Monitoring

Rapidly inspect your pipelines, facilities and remote infrastructure using drones.

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Drone-Based Methane Monitoring

Rapidly inspect your pipelines, facilities and remote infrastructure using drones.

Request Pilot Access

Surveillance Camera Integration

Integrate methane detection directly into existing surveillance camera systems.

Request Pilot Access

Surveillance Camera Integration

Integrate methane detection directly into existing surveillance camera systems.

Request Pilot Access

OUR BENEFITS

The Emission Eye Advantage

Flexible deployment, cost efficiency, and advanced AI technology, built for industrial-scale methane detection.

Flexible Deployment

Reduce product loss and minimize costly shutdowns through early leak detection, improving financial performance.

Long-term Savings

Reduce product loss and minimize costly shutdowns through early leak detection, saving both money and down-time.

Premium Technology

Proprietary AI and analytics identify methane leak signatures from standard video with software-only monitoring.

OUR PROCESS

From Detection to Operational Impact

We help energy infrastructure operators detect invisible gas leaks using AI and standard cameras.

Infrastructure Assessment

Evaluate existing surveillance systems and define deployment scope across assets.

Infrastructure Assessment

Evaluate existing surveillance systems and define deployment scope across assets.

Video Stream Integration

Video streams from smartphones, drones, and fixed cameras feed into our cloud platform.

Video Stream Integration

Video streams from smartphones, drones, and fixed cameras feed into our cloud platform.

AI Detection Activation

Configure and activate GHG detection models adapted to site-specific conditions.

AI Detection Activation

Configure and activate GHG detection models adapted to site-specific conditions.

Continuous Optimization

Enable ongoing emission monitoring with performance tuning and operational feedback loops.

Continuous Optimization

Enable ongoing emission monitoring with performance tuning and operational feedback loops.

FAQs

Got questions?

We’re here to make GHG monitoring easy to understand. Find answers to the most common questions below.

Still got questions?

phil@emissioneye.ai

Getting started

Collaboration

Support

How does Emission Eye detect methane leaks using standard cameras?

Emission Eye uses AI-based optical flow and refractive distortion analysis to detect methane leaks from regular RGB video streams. No infrared sensors or specialized gas cameras are required.

Do we need to install new hardware?

In many cases, no. Emission Eye works with existing surveillance cameras, drones, or even smartphones. Deployment is primarily software-based.

What infrastructure can be monitored?

The system is designed for transmission pipelines, compressor stations, gas storage facilities, biogas plants, LNG and industrial gas sites.

How accurate is the detection?

Detection performance depends on camera quality, background conditions, and distance. The system is optimized for early-stage leak identification and continuous monitoring, not laboratory-grade measurement.

Does this replace certified methane measurement equipment?

No. Emission Eye is designed as an early-warning and monitoring layer that complements existing inspection tools and LDAR programs.

How is pricing structured?

Pricing is typically based on the number of camera streams per month, the monitoring coverage (km of pipeline or site size) and based on enterprise integration requirements. Send us a message to learn more about our up-coming pilot programs.

FAQs

Got questions?

We’re here to make GHG monitoring easy to understand. Find answers to the most common questions below.

Getting started

Collaboration

Support

How does Emission Eye detect methane leaks using standard cameras?

Emission Eye uses AI-based optical flow and refractive distortion analysis to detect methane leaks from regular RGB video streams. No infrared sensors or specialized gas cameras are required.

Do we need to install new hardware?

In many cases, no. Emission Eye works with existing surveillance cameras, drones, or even smartphones. Deployment is primarily software-based.

What infrastructure can be monitored?

The system is designed for transmission pipelines, compressor stations, gas storage facilities, biogas plants, LNG and industrial gas sites.

How accurate is the detection?

Does this replace certified methane measurement equipment?

No. Emission Eye is designed as an early-warning and monitoring layer that complements existing inspection tools and LDAR programs.

How is pricing structured?

Still got questions?

phil@emissioneye.ai

FAQs

Got questions?

We’re here to make GHG monitoring easy to understand. Find answers to the most common questions below.

Getting started

Collaboration

Support

How does Emission Eye detect methane leaks using standard cameras?

Emission Eye uses AI-based optical flow and refractive distortion analysis to detect methane leaks from regular RGB video streams. No infrared sensors or specialized gas cameras are required.

Do we need to install new hardware?

In many cases, no. Emission Eye works with existing surveillance cameras, drones, or even smartphones. Deployment is primarily software-based.

What infrastructure can be monitored?

The system is designed for transmission pipelines, compressor stations, gas storage facilities, biogas plants, LNG and industrial gas sites.

How accurate is the detection?

Does this replace certified methane measurement equipment?

No. Emission Eye is designed as an early-warning and monitoring layer that complements existing inspection tools and LDAR programs.

How is pricing structured?

Still got questions?

phil@emissioneye.ai

LOCATION

Detect Gas Leaks Instantly Using Any Camera

Software-Only Methane Detection for Critical Infrastructure

We enable operators to identify and address methane leaks early. Lowering financial loss, operational risk, and compliance exposure.

Prevent Methane Loss Before It Escalates

Prevent Methane Loss Before It Escalates

Protect Revenue Across Your Network

Protect Revenue Across Your Network

Camera-Agnostic Methane Detection

Camera-Agnostic Methane Detection

Camera-Based Methane Detection

Smartphone-Based Leak Detection

Smartphone-Based Leak Detection

Drone-Based Methane Monitoring

Drone-Based Methane Monitoring

Surveillance Camera Integration

Surveillance Camera Integration

The Emission Eye Advantage

From Detection to Operational Impact

Got questions?

Got questions?

Got questions?

Engineering from Zurich. Global mindset.

We shape the future of methane monitoring

We shape the future of methane monitoring

We shape the future of methane monitoring