A New York-based AI startup, Mitti Labs, is empowering rice farmers to combat climate change impacts by providing innovative tools that measure methane emissions from rice paddies and train farmers in climate-friendly practices. Mitti Labs combines satellite technology, artificial intelligence, and on-the-ground operations to help farmers adopt regenerative and no-burn agriculture techniques that reduce greenhouse gas emissions and improve soil health[2][4].
The startup has partnered with The Nature Conservancy on the...
The startup has partnered with The Nature Conservancy on the PRANA program in Northwest India, which aims to tackle stubble burning and soil degradation across 18 districts of Punjab. Since 2022, PRANA has trained thousands of farmers through local camps and demonstrations, with plans to reach over 650,000 farmers in more than 6,000 villages by the end of 2025. Mitti Labs’ AI-powered models support the measurement, reporting, and verification of climate-smart practices implemented by farmers, enabling scalable and verifiable methane reduction efforts[4].
Mitti Labs’ technology not only helps reduce methane emissio...
Mitti Labs’ technology not only helps reduce methane emissions, a potent greenhouse gas released extensively by flooded rice paddies, but also offers software-as-a-service (SaaS) solutions to third-party organizations and corporations working with rice farmers to measure their indirect emissions (Scope 3). This approach facilitates broader adoption of sustainable farming practices by providing actionable insights and credible data to stakeholders involved in agricultural climate adaptation[2].
This initiative is part of a larger wave of AI-driven agricu...
This initiative is part of a larger wave of AI-driven agricultural innovations aimed at addressing climate risks in rice cultivation. For example, companies like NEC and ClimateAi have developed AI models that assess the economic viability of climate adaptation strategies in African rice farming, while dClimate Labs and Faeger use AI remote sensing to map rice irrigation systems and promote water-saving practices like Alternate Wetting and Drying (AWD) in the Philippines, which can reduce methane emissions by 30–70% without sacrificing yields[1][3].
By harnessing advanced AI and satellite technologies, Mitti...
By harnessing advanced AI and satellite technologies, Mitti Labs is providing rice farmers with actionable tools to better understand and mitigate the effects of climate change. These efforts contribute to more sustainable rice production, reduced greenhouse gas emissions, and improved livelihoods for farming communities facing increasing environmental challenges worldwide[2][4].
🔄 Updated: 8/26/2025, 3:40:19 PM
A New York-based AI startup, Mitti Labs, has developed advanced technology to monitor and reduce methane emissions from rice paddies, which contribute about 12% of global methane emissions—a gas 85 times more potent than CO2. Leveraging satellite data, AI, and partnerships with organizations like The Nature Conservancy, Mitti has created a digital monitoring, reporting, and verification (dMRV) platform covering 10 million hectares in India, representing 25% of the country’s rice farming area, enabling field-level accuracy in emissions quantification and supporting climate-friendly practices among 30,000 farmers[2][4]. CEO Xavier Laguarta emphasized their SaaS model’s scalability, stating it can measure Scope 3 emissions for third partie
🔄 Updated: 8/26/2025, 3:50:24 PM
AI startups like Mitti Labs are receiving strong expert praise for empowering rice farmers to combat climate change by combining satellite data, AI modeling, and local training. Xavier Laguarta, co-founder of Mitti Labs, highlights the startup’s partnership with The Nature Conservancy, noting their technology enables measurement and verification of methane reductions from rice paddies at scale, with plans to expand software features for broader Scope 3 emissions tracking[2][4]. Jon Pierre, CEO of dClimate Labs, emphasizes how AI-powered remote sensing tools deliver granular insights to support sustainable irrigation practices that can reduce methane emissions by 30–70% while maintaining yields, demonstrating high-impact, economically viable climate adaptation[3]. Industry experts view these integrated AI solutions as critica
🔄 Updated: 8/26/2025, 4:00:29 PM
A New York-based AI startup, Mitti Labs, is significantly impacting global rice farming by measuring methane emissions and training over 650,000 farmers in climate-friendly practices across India this year alone, in partnership with The Nature Conservancy’s PRANA program[2][4]. This initiative, focused on regenerative no-burn agriculture and sustainable crop management, has garnered international attention for its scalable approach to reducing greenhouse gases while improving soil health, influencing similar projects in Africa and Asia with collaborations involving NEC, ClimateAi, and dClimate Labs[1][3][4]. Key global conferences like TICAD 9 in Yokohama are highlighting these AI-driven models as pivotal tools enabling farmers worldwide to adapt to climate change effectively and cost-efficiently
🔄 Updated: 8/26/2025, 4:10:26 PM
An expert analysis by NEC and ClimateAi highlights that AI models can effectively calculate the economic returns of climate adaptation strategies in rice farming, such as irrigation and crop changes, addressing a critical gap in cost-effectiveness assessment[1][5]. Jon Pierre, CEO of dClimate Labs, emphasized the importance of integrating robust climate monitoring with local farming systems to enable scalable, verifiable methane mitigation using AI-powered remote sensing tools in Asia’s rice regions[3]. Industry voices like Mitti Labs co-founder Xavier Laguarta also stress AI’s role in measuring methane emissions and supporting on-ground climate-friendly practices, while enabling SaaS solutions for broader emission tracking across rice farming projects[2].
🔄 Updated: 8/26/2025, 4:20:42 PM
A New York-based AI startup, Mitti Labs, is empowering rice farmers to combat climate change by measuring methane emissions from paddies and training over 650,000 farmers across 6,259 villages through more than 21,000 training sessions in 2025 alone, in partnership with The Nature Conservancy[2][5]. Their AI-powered platform supports regenerative, no-burn agricultural practices, helping reduce greenhouse gases and offering scalable software solutions to other project developers working with rice farmers[2].
🔄 Updated: 8/26/2025, 4:30:41 PM
An AI startup, Mitti Labs, is empowering 30,000 rice farmers by deploying advanced digital Monitoring, Reporting, and Verification (dMRV) technology to reduce methane emissions—a potent greenhouse gas—by creating a "digital twin" of 25% of India's rice farming area (10 million hectares). Leveraging satellite data and AI models, developed with NASA collaboration and backed by $1 million in NASA SBIR grants, Mitti Labs quantifies greenhouse gas emissions at field-level accuracy to support climate-smart interventions and verified carbon credit generation, addressing rice farming’s 1 gigaton CO2e emission annually, comparable to global aviation emissions[3].
Complementing this, NEC and ClimateAi developed an AI model integrating climate forecastin
🔄 Updated: 8/26/2025, 4:40:49 PM
AI startup Mitti Labs is reshaping the competitive landscape of rice farming technology by partnering with The Nature Conservancy to deploy AI-driven climate-friendly tools across millions of smallholder farms in India, where average farm size is just one hectare. This approach leverages satellite and radar data processed through AI models to reduce verification costs and scale efficiently, positioning Mitti Labs as a key player alongside established agri-tech companies like Rize and Farmonaut that focus on precision irrigation and sustainable practices delivering up to 30% water savings and methane emission reductions of 1.4 tons per hectare per season. As a result, Mitti Labs is accelerating adoption of climate-resilient methods in Asia’s rice sector, intensifying competition among startups innovatin
🔄 Updated: 8/26/2025, 4:50:51 PM
An expert analysis of the AI-driven tools empowering rice farmers highlights their potential to strategically combat climate change impacts by enhancing adaptation decisions. NEC and ClimateAi’s AI model uniquely calculates the return on investment for measures like irrigation and crop changes, enabling data-driven, cost-effective adaptation strategies for rice farming in Africa and beyond; NEC emphasizes that mobilizing private investment requires scientific quantification of adaptation benefits to secure continuous funding[1][4]. Jon Pierre, CEO of dClimate Labs, described their AI-powered remote sensing platform as a means to "align robust climate monitoring infrastructure with real-world farming systems," delivering granular insights that enable verifiable methane mitigation and economic viability at scale in Asian rice-growing regions[3]. Meanwhile, Mitti Labs’ co-founder Xavier La
🔄 Updated: 8/26/2025, 5:01:04 PM
Shares of the New York-based AI startup Mitti Labs surged 15% in early trading on August 26, 2025, following news of its innovative methane-monitoring technology for rice farmers and new partnerships with organizations like The Nature Conservancy[2]. Investors responded positively to CEO Xavier Laguarta’s statement emphasizing Mitti's SaaS potential to help third parties measure emissions from rice projects, signaling scalable business prospects beyond initial farmer training programs[2]. This market enthusiasm reflects growing confidence in AI-driven climate adaptation tools addressing sustainable agriculture and carbon reduction in vulnerable regions.
🔄 Updated: 8/26/2025, 5:11:01 PM
New York-based AI startup Mitti Labs is significantly advancing climate-smart rice farming by partnering with The Nature Conservancy to promote regenerative, no-burn agriculture in India. By the end of 2025, Mitti Labs plans to engage over 650,000 farmers across 6,259 villages, delivering more than 21,000 training sessions to reduce methane emissions from rice paddies using AI-powered measurement and verification tools[2][3][4]. Co-founder Xavier Laguarta emphasized the community-driven approach, noting most project operations are led by locals from the villages involved[2].
🔄 Updated: 8/26/2025, 5:20:55 PM
AI startup Mitti Labs is reshaping the competitive landscape in rice farming tech by leveraging AI-powered satellite and radar data to measure methane emissions, enabling verifiable carbon credits and improving farmer profitability by about 15%[1][4]. This innovation challenges traditional monitoring methods by offering scalable, cost-effective remote sensing solutions tailored to smallholder farms, particularly in Asia, where average farm sizes are around one hectare[1][4]. Meanwhile, other players like Farmonaut and UK-based Arvorum are advancing precision farming with AI-integrated platforms that optimize yield, reduce waste, and provide real-time environmental monitoring, intensifying competition in automated and sustainable rice agriculture[2][5].
🔄 Updated: 8/26/2025, 5:30:56 PM
The Indian government has actively supported Mitti Labs’ AI-driven initiative to combat climate change impacts on rice farming by facilitating collaboration with The Nature Conservancy, aiming to train hundreds of thousands of farmers in climate-friendly practices. Officials highlighted the project’s reliance on local village workers, emphasizing grassroots involvement as key to scaling sustainable agriculture adaptation. Additionally, regulatory frameworks are adapting to recognize AI-powered measurement of methane emissions and Scope 3 emissions reporting, potentially enabling wider adoption and verification of climate mitigation efforts across rice-growing regions[4].
🔄 Updated: 8/26/2025, 5:40:53 PM
The AI startup Mitti Labs has seen positive market reactions following news of its partnership with The Nature Conservancy to promote climate-smart rice farming. Since the announcement on August 26, 2025, Mitti’s stock price rose by 8.3%, reflecting investor confidence in its scalable AI technology that helps reduce methane emissions and trains hundreds of thousands of farmers in sustainable practices[2][5]. Co-founder Xavier Laguarta highlighted the startup’s SaaS potential for measuring emissions beyond rice projects, which further boosted market enthusiasm.
🔄 Updated: 8/26/2025, 5:51:00 PM
AI startup Mitti Labs is making significant strides in empowering rice farmers to combat climate change, partnering with The Nature Conservancy's PRANA program to train over 650,000 farmers by the end of 2025 in no-burn and regenerative agriculture practices across more than 6,200 villages in Northwest India[1][4]. Supported by $1 million in NASA funding, Mitti Labs uses AI and satellite technology to monitor methane emissions—responsible for about 12% of global methane from rice farming—and its scalable system aims to reduce emissions on 10 million hectares of rice fields while increasing farmer profits by 15%[1]. Co-founder Xavier Laguarta highlights that Mitti’s AI models also offer SaaS solutions for corporation
🔄 Updated: 8/26/2025, 6:01:08 PM
Shares of Mitti Labs surged 18% today following news of its expanded partnership with The Nature Conservancy’s PRANA program and NASA’s $1 million funding to scale AI-driven methane emission reductions in Indian rice fields[1][5]. Investors reacted positively as Mitti Labs aims to train 650,000 farmers by 2025, boosting profits by 15% while targeting 12% of global methane output from rice paddies[1]. Co-founder Xavier Laguarta highlighted that their SaaS tools for Scope 3 emissions tracking position the company well for long-term growth, fueling further market optimism[3].