The Impact of Farmia IoT on Global Agriculture

Creating Lasting Impact through financial Inclusion and sustainability, Farmia IoT’s solutions are revolutionising agriculture by empowering farmers with the tools needed to combat climate change, improve food security and build resilient, sustainable farming systems. Our work aligns directly with COP29’s goals to ensure a sustainable, climate-resilient future for farming communities worldwide.

Farmia IoT: Real-World Impact

Our pilot projects are creating tangible environmental and economic benefits for farmers, contributing to COP29’s objectives of reducing emissions, enhancing climate resilience and promoting sustainable food systems.

Water Savings

Water Savings

Optimised irrigation has reduced water usage by 66%, contributing to the conservation of water resources, a key priority in COP29’s call for sustainable land and water management.

Pesticide Reduction​

Pesticide Reduction

Farmers have cut pesticide use by 35%, leading to a healthier ecosystem, reducing pollution and supporting COP29’s agenda for sustainable agricultural practices that reduce harmful environmental impacts.

Yield Increases​

Yield Increases

Up to 20% higher crop yields, enhancing food security and farmer incomes. This outcome supports COP29’s goals of improving food systems and enhancing resilience to climate change.

Energy Efficiency​

Energy Efficiency

Energy consumption has been reduced by 25%, lowering costs and emissions, directly contributing to COP29’s focus on energy efficiency and reducing greenhouse gas emissions in agriculture.

Farming that Protects Our Planet

Case Study: The Impact of Smart Farming on Country Bean Cultivation

The Challenge

Country bean cultivation demands a delicate balance of irrigation, fertilisation and pest control to achieve optimal growth. Traditional methods, such as flood and basin irrigation, lead to water wastage and higher labour costs. Recognising these challenges, we introduced groundbreaking smart farming technology to revolutionise agriculture.

Our Solution

In partnership with local farmers, we deployed automated sensor systems that collect real-time data from IoT devices to optimize water usage. By monitoring soil moisture, temperature, humidity and more, the system delivers precise, timely recommendations for irrigation and fertilisation. This approach has reduced water consumption while significantly improving crop quality and yield.

The Results

The results speak for themselves: farmers have reported increased labour efficiency, lower energy consumption and higher-quality produce. Farmia IoT’s technology has empowered country bean farmers to maximise yields while minimising costs, proving the transformative potential of IoT in agriculture. This case study underscores our commitment to delivering sustainable, smart solutions that drive growth and profitability in farming communities.

Empowering Farmers with Sustainability Rewards

Farmia IoT is committed to promoting sustainable farming by rewarding farmers for their eco-friendly practices.

Sustainability Points Calculation

Earn points for adopting practices that improve carbon credits, conserve water and boost yields.

Milestone Rewards

Receive bonus credits for significant yield improvements and efficient resource management, further incentivising sustainable farming.

Community Engagement Rewards

Engage in local events and training programs to build skills, share knowledge and strengthen the farming community.

Transforming Lives, One Farm at a Time

Farmers are experiencing profound growth and resilience through Farmia IoT’s technology. In Bangladesh, farmers have increased their yields by 20%, reduced costs, and boosted revenue by 35%. These success stories reflect our dedication to building a sustainable, thriving farming ecosystem. By empowering farmers with climate-resilient tools and sustainable practices, we are directly contributing to COP29’s goal of improving food systems and increasing global resilience to climate change.

Driving Innovation in Farming Worldwide

Farmia IoT
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