Metha.ai Whitepaper
In an era of increasing pressure to achieve sustainable agriculture, the optimization of livestock feed for enhancing yield and minimizing environmental impact is a paramount objective.
Redefining Precision Farming
We optimize livestock feed additives to improve yield by up to 10%, reduce methane emissions by up to 60%, and boost profitability by up to four times.
Maximizing Results with Data Driven Decisions
Metha.ai leverages advanced AI to unlock the hidden potential of the microbiome.
Emissions Reduction
By identifying the most impactful solutions, we achieve up to a 60% reduction in methane emissions.
Yield Increase
The cow redirects the conserved energy towards increasing yield by up to 10%.
Improved Milk Quality
The milk exhibits a reduced somatic cell count—a marker of higher quality—thereby attracting a premium price.
Herd Specific and Scalable
Advanced analytics and interactive reporting systems, both at the farm level and at scale.
Emissions Reduction
By identifying the most impactful solutions, we achieve up to a 60% reduction in methane emissions.
Yield Increase
The cow redirects the conserved energy towards increasing yield by up to 10%.
Improved Milk Quality
The milk exhibits a reduced somatic cell count—a marker of higher quality—thereby attracting a premium price.
Herd Specific and Scalable
Advanced analytics and interactive reporting systems, both at the farm level and at scale.
What We Do
The Opportunity
Metha.ai transforms harmful enteric methane emissions into commercial benefit. By reducing methane emissions, this otherwise wasted energy is redirected to increase milk yield. Combined with carbon offsets, it creates a win-win for both farmers and the environment.
Existing Solutions
Feed additives provide a promising solution to reduce methane emissions and increase yield, but their effectiveness can vary by herd, sometimes exceeding expectations while other times showing little or even negative impact.
What We Offer
Our microbiome analysis identifies the most effective feed additive for each herd at any given time, ensuring optimal performance and results. By maximizing methane reduction and improving milk yield, we transform wasted energy into productive output.
Seamless and Non-Disruptive
Our process seamlessly integrates into the farm’s operations. Only a small number of samples are needed per herd, and the procedure is quick, requiring no changes to the farm's daily practices.
The Opportunity
Metha.ai transforms harmful enteric methane emissions into commercial benefit. By reducing methane emissions, this otherwise wasted energy is redirected to increase milk yield. Combined with carbon offsets, it creates a win-win for both farmers and the environment.
Existing Solutions
Feed additives provide a promising solution to reduce methane emissions and increase yield, but their effectiveness can vary by herd, sometimes exceeding expectations while other times showing little or even negative impact.
What We Offer
Our microbiome analysis identifies the most effective feed additive for each herd at any given time, ensuring optimal performance and results. By maximizing methane reduction and improving milk yield, we transform wasted energy into productive output.
Seamless and Non-Disruptive
Our process seamlessly integrates into the farm’s operations. Only a small number of samples are needed per herd, and the procedure is quick, requiring no changes to the farm's daily practices.
Driving Growth Across the Value Chain
Scope 3 Companies
Feed Additive Companies
Farmers
The Process
Rumen Microbiome Sampling
Microbiome samples are collected from a representative group of cows within each herd.
Rumen Microbiome Sampling
1
DNA Sequencing
2
Cutting-edge AI Engine
3
Unique Herd Microbiome Profile
4
Optimized Herd Recommendations
5
Discover Metha.ai
Learn more about Metha.ai’s groundbreaking work in decoding the microbiome and transforming data into actionable solutions. From reducing methane emissions to advancing global sustainability, this is just the beginning of our journey.
Science & News
20/04/2025
Metha.ai Validates AI Model for Methane Emission Prediction
“All About Feed” reports on how Metha.ai successfully forecasts the methane emission reduction efficacy of feed additives
15/04/2025
Metha.ai Peer-Reviewed Study Published
Frontiers in Sustainable Food Systems spotlights our AI-powered microbiome model. Tested across 13 farms, it accurately predicts where feed additives reduce methane most effectively.
31/10/2024
Revolutionary tech helps dairy farms cut methane emissions, lift production
A revolutionary technology aiming to help dairy and beef farms cut methane emissions and increase production will be trialled on two Australian farms.
09/08/2024
Prescription use of methane mitigating feed additives to triple impact with Yaniv Altshuler
In this episode of Ash Cloud I speak with Yaniv Altshuler who is using his 20 plus years of experience at innovating #artificialintelligence at Massachusetts Institute of Technology to predict the response of the the rumen microbiome to methane mitigating feed additives and then prescribe the additive that will be most impactful at that point in time.
29/12/2023
Cows Burp. What Do You Do About It?
In some of my past posts, I’ve talked about some of the experts presenting the science on methane – and were waking up to the idea that controlling methane is going to be super-important for preserving the environment and mitigating climate change.
10/02/2025
Metha.ai’s Carbon Credits Project
Metha.ai is developing a Verra-aligned carbon credits project to help U.S. dairy farmers cut methane emissions and earn income using AI-driven microbiome analytics.
