Our research with 60,000+ farmers revealed that on-site live demonstrations are the best way to raise awareness and facilitate knowledge transition in novel agricultural practices.Farmers struggle with inefficient utilization of limited resources including water, land, labor, pesticides, and fertilizers. Key challenges identified include: • Water Access – Small-scale farmers struggle with water shortages, especially in arid regions, limiting hydroponic and aquaponic operations. • Water Quality – Contaminated water threatens plant and fish health, reducing yields and causing financial losses. • Lack of Real-time Monitoring – Farmers cannot track crucial parameters like pH, nutrients, and temperature, leading to inefficiencies. • Technical Knowledge Gaps – Many lack expertise and support to maintain these systems effectively. • Inefficient Resource Use – Poor optimization of water, nutrients, and energy leads to waste and environmental harm.
We (Elzian Agro) provide customized/tailored precision agriculture solutions (through web/mobile applications) with integrated monitoring (IoT-based) and automation systems (drip/sprinkler irrigation) tailored to the requirements of farmers to utilise their limited resources (water, fertiliser, labor, land) at an optimum level to increase the crop yield up to more than 7%; cost-cutting 15% to 20% of the unnecessary cost related to irrigation. We unlock blockchain secured Contractual – Primary Ecosystem Cervices (C-PES) whose biomass accretion curves are verified by our Photosynthetic Biomass verification application (PBV app).
At our demonstration sites, farmers can explore customized web and mobile applications for small-scale farms, observing IoT-based systems that manage water resources to boost crop yields. They learn to use precise water flow and usage data for environmental monitoring in agricultural and industrial settings. The site features a comprehensive decision-support system with high-precision weather and soil monitoring. Our Agro-Mate system shows efficient soil moisture management and adaptive irrigation. Hydroponic systems demonstrate water-efficient farming, enhancing crop yields and produce quality. Aquaponics systems emphasize water conservation by recirculating water between fish tanks and plant beds, creating a sustainable ecosystem that maximizes profitability.
By providing these live demonstrations, we aim to educate farmers on the practical benefits and operational methods of AI, IoT, automation, regenerative agriculture, and blockchain technology. These demonstrations help farmers understand how to utilize their limited resources optimally, increase crop yields organically, and adopt sustainable farming practices. Through our comprehensive and interactive educational project, we strive to empower Sri Lankan farmers with the knowledge and tools needed to transform their agricultural practices and improve their livelihoods.
We employ analog forestry practices for soil regeneration and the use of organic fertilizers like Azolla and Vermicompost. These practices are essential for transitioning to organic farming and mitigating climate change, supporting sustainable agriculture, restoring soil health, and enhancing biodiversity. Through our live demonstrations and ongoing support, we empower farmers with the knowledge and tools to implement these sustainable practices effectively, ensuring long-term environmental and economic benefits for a more resilient agricultural sector in Sri Lanka.
