PATENT GRANTED · JULY 8, 2026
AI-Based Methane Gas Monitoring System for Livestock Barns
The patent covers a system that continuously collects methane concentration data in livestock barns and feeds the data into AI-powered analysis.
AI-POWERED LIVESTOCK CARBON INTELLIGENCE
From measurement to verification, we build confidence in carbon-neutrality efforts.
We develop technologies that continuously collect methane and environmental data from livestock barns and use AI-powered analysis and before-and-after comparisons to assess the effectiveness of emissions-reduction measures.
WHY MEASUREMENT MATTERS
Whether an emissions-reduction technology works under real-world conditions must ultimately be demonstrated with data.
Research on methane-reducing feeds and feed additives is advancing rapidly. However, continuously and cost-effectively measuring emissions on farms and comparing pre- and post-intervention results under consistent conditions remain challenging. AI Safety Korea is working to bridge this verification gap through sensor technology, AI-powered analysis, and hands-on field operations expertise.
FROM FIELD TO EVIDENCE
Turning on-site air measurements into reliable data.
Methane levels in livestock barns vary with temperature, humidity, ventilation, and animal husbandry conditions. We are developing a measurement framework that records these conditions and tracks changes over time rather than relying on one-off readings.
TECHNOLOGY
A five-step process that turns measurement data into reliable evidence for verification
We go beyond simple methane sensor readings by analyzing environmental conditions and data quality together to produce reliable evidence for verification.
- 1
Measure
Continuously collect data on methane levels, temperature, humidity, and ventilation conditions in livestock barns.
- 2
Calibrate
Establish calibration and data-quality procedures to address sensor deviations and missing values.
- 3
Analyze
Analyze emission patterns and anomalies by time of day, environmental conditions, and animal husbandry conditions.
- 4
Compare
Compare pre- and post-intervention data for feeds or additives using consistent criteria.
- 5
Report
Compile the data and findings into reports that stakeholders can review.
EMISSIONS-REDUCTION TECHNOLOGY
The value of emissions reductions is demonstrated through reliable data.
The effectiveness of methane-reducing feeds and methane-mitigation technologies must be demonstrated through accurate measurement, objective comparisons, and scientific verification.
AI Safety Korea is a climate-tech company that quantifies and verifies emissions reductions and provides a reliable data foundation through real-time methane measurement, AI-powered data analysis, and hands-on field validation.
GRANTED PATENTS
Core technologies backed by granted patents
PATENT GRANTED · JULY 8, 2026
Real-Time Pre- and Post-Application Monitoring System for Livestock Methane Reduction
The patent covers a system that monitors and compares changes in methane levels in real time before and after livestock consume a feed additive.
VENTURE BUSINESS CONFIRMATION
Innovation Growth-Type Venture Business Confirmation
AI Safety Korea Co., Ltd. has been officially confirmed as a venture business under the Innovation Growth Type category by the designated venture business confirmation authority. Building on its R&D in livestock methane measurement and AI-powered data analysis, the company continues to strengthen its capabilities for real-world deployment.
JOINT R&D
A collaboration ecosystem connecting universities, research institutions, industry, and farms
INDUSTRY-ACADEMIA COLLABORATION · JULY 22, 2026
Joint Research Agreement with Namseoul University on an AI-Powered Platform for Reducing Carbon Emissions from Livestock Operations
This five-year joint R&D agreement brings together gas-sensing technology and AI analysis of data from livestock facilities and their environments, linking field validation to commercialization.
INDUSTRY COLLABORATION · JULY 16, 2026
Product Development and Manufacturing Partnership with a South Korean Gas Detector Specialist
The partners are establishing a strategic framework to jointly develop and manufacture gas detectors, improve product quality, strengthen technological competitiveness, and expand their market reach.
ON-FARM COLLABORATION
On-Farm Validation and Commercialization
At participating livestock farms, we systematically collect and analyze data on animal husbandry conditions and farm operations, conduct field trials to verify the effectiveness of methane-mitigation technologies, and support their commercialization.
SOCIAL IMPACT · AUGUST 8, 2026
ESG Partnership Supporting Local Development and Migrant Communities
Through an ESG partnership supporting local development and migrant communities, the partners are working together to fulfill their corporate social responsibilities, foster mutually beneficial community relations, and create sustainable social value.
PRODUCT CATALOG
Portable gas detectors
O₂ · CO · H₂S · LEL · CO₂GD5 PROPortable multi-gas detector for industrial worksites
O₂ · CO · H₂S · LEL · CO₂GD5000Rugged portable multi-gas detector designed for field use
O₂ · CO · H₂S · LELGD4 MiniCompact portable detector for four hazardous gases
O₂ · CO · H₂S · LELGD3000Portable four-gas detector for industrial worksites
O₂ · 0–30 vol%GD7000Single-gas oxygen detector for confined spaces and industrial worksites
CO₂ · 0–5 vol%GD9000Single-gas carbon dioxide detector
Two Suction Levels · Sampling Distance up to 10 mElectric Gas Sampling PumpDraws gas from the target area into a connected gas detector for remote sampling
O₂ · CO · H₂S · LELGD2000Portable four-gas detector for confined-space workCORPORATE VIDEO
See methane-reduction outcomes in the data.
Building on our experience in industrial gas measurement, AI Safety Korea collects and analyzes livestock methane data and evaluates changes resulting from methane-mitigation efforts. Watch the video to see our technology at work in the field.
COMPANY UPDATES
Field Validation, Technology Partnerships, and Company News
Field Validation & Company Gallery
ABOUT AI SAFETY KOREA
AI Safety Korea is a global climate-tech company building the digital infrastructure for livestock carbon management through its AI-powered Carbon Intelligence Platform.
Our proprietary NexVue® Carbon Intelligence Platform measures methane (CH₄) emissions from livestock farms in real time and transforms carbon data into trustworthy digital assets through AI-powered analytics and digital MRV (measurement, reporting, and verification). This helps farms manage carbon more efficiently and supports sustainable livestock operations and data-driven decision-making.
We are more than a supplier of measurement equipment. By integrating sensors, AI, a cloud platform, and data analytics into a unified Carbon Intelligence Platform, we provide a digital solution that connects the entire process of measuring, verifying, analyzing, and optimizing carbon emissions.
In collaboration with livestock farms, research institutions, universities, and industry partners, we are building a data-driven, low-carbon livestock ecosystem and continually advancing our digital MRV platform to help organizations respond to global carbon regulations and ESG requirements.
Our mission is to transform livestock carbon data into trustworthy digital assets and build the global digital infrastructure for carbon-neutral agriculture.
TECHNICAL COLLABORATION
Together, we are shaping the future of climate technology through joint research and field validation.
We collaborate with farms, feed and feed-additive companies, research institutions, and public-sector organizations on AI-powered methane monitoring and emissions-reduction technologies, from joint R&D and technical validation to field trials and commercialization. We welcome proposals for technical reviews and collaborative research.
Technical Collaboration: +82-31-948-4948CONTACT
Contact Us & Directions
Technical Inquiries · R&D Collaboration · Business Partnershipsceo@aisafetykorea.org
Phone+82-31-948-4948
Head Office
Room 402, 4th Floor, Jangan Plaza, 279 Jungang-ro, Paju-si, Gyeonggi-do, Republic of Korea