Sensor-based advanced irrigation system using crop plan with IoT, AI, and blockchain integration
Smart irrigation solution integrating IoT sensors, AI, and blockchain to optimize water management and precision agriculture. Designed for cost-effective deployment, enabling small farmers to access advanced monitoring of soil, water, weather, and crop conditions for improved yields and resource efficiency.
Overview
This solution proposes a sensor-based advanced irrigation system that integrates IoT devices with AI and blockchain technologies to enable precision agriculture and smart water management. The system addresses the critical challenge of affordable irrigation monitoring for small-scale farmers by exploring the use of recyclable materials in IoT device components. By combining environmental, soil, and water sensors with intelligent data analysis, the platform helps farmers make informed decisions about irrigation scheduling, fertilizer application, and crop management.
The approach focuses on making precision agriculture economically viable for smaller farming operations, which traditionally cannot afford advanced sensor-based irrigation systems. The integration of blockchain technology enhances security and optimizes the organization of IoT systems, while AI capabilities support faster characterization of genetically adapted crops and assessment of pesticide and fertilizer effects.
Technical specifications
Key features:
- IoT sensor network monitoring environmental conditions, soil characteristics, water quality and quantity, weather conditions, and fertilizer usage
- AI-driven analytics for crop characterization, pesticide effect evaluation, and irrigation optimization
- Blockchain integration for improved security and optimized organization of IoT system data
- Recyclable material components to reduce costs and improve sustainability of sensor hardware
- Wireless sensor network (WSN) architecture using commonly deployed nodes and wireless communication technologies
- Decision-support capabilities for determining current water status and freshwater needs coverage
Target applications:
- Smart irrigation systems for open-field agriculture
- Pivot-center specific irrigation systems
- Greenhouse irrigation management
- Crop monitoring and agro-industrial agriculture observation
- Precision agriculture for small and medium-scale farmers
Technology readiness level
This technology is at the research and conceptual validation stage. The proposal outlines a comprehensive survey and analysis of existing sensor technologies, wireless communication protocols, and IoT architectures used in smart irrigation systems. Future validation plans include identifying key monitoring parameters, evaluating the most widely used wireless nodes and technologies, and assessing current advances in irrigation sensor development. Additional work is needed to prototype the integrated AI-blockchain-IoT platform and demonstrate cost-effective deployment for small-scale farming operations.
About International Centre for Genetic Engineering and Biotechnology
The International Centre for Genetic Engineering and Biotechnology is an intergovernmental, non-profit research and training organization operating laboratories in Trieste, New Delhi, and Cape Town. Its campuses provide co-located labs and shared core facilities that enable collaborative R&D, while training and fellowship programs create sustained talent pipelines for partners. Proximity to innovation parks and leading universities at each site, plus biosafety and policy advisory services, helps industry navigate translation and regulatory contexts across regions. Research is supported by member-state contributions and competitive grants from national and international agencies. A dedicated technology transfer office manages IP, licensing, and commercialization across sites.
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