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What's the article about?
- It talks about the integration of emerging technologies, such as the Internet of Things and artificial intelligence, into animal husbandry to optimise every aspect, from feeding to disease control and supply chain management.
Relevance:
- GS3: Economics of Animal-Rearing;
- Prelims
Context:
- The livestock population in India is about 536 million, of which about 300 million are milch cattle.
- Internet of things (IoT) and artificial intelligence (AI) can play a significant role in optimising the dairy sector and meet the increasing demand for quality products.
- The department of animal husbandry (DAHD) recently came out with an expression of interest (EOI) for innovative tech products services being developed or already provided by startups and private companies where the task includes the use of IoT and drones in the dairy industry.
- New-age smart techniques using IoT devices could help farmers with increased milk production, advanced monitoring of cattle health, and anomaly detection, thereby streamlining the business and processes.
What is the Internet of things (IoT)?
- It refers to the collective network of connected devices and the technology that facilitates communication between devices and the cloud, as well as between the devices themselves.
Analysis:
- Although smart dairy farming using IoT may be a costly affair; yet offers the promise of cost recovery with longer usage.
- IoT can help reduce environmental issues, optimise resource utilisation, and enhance animal health by using advanced sensing technologies and data analysis.
- The AI-enabled ear tag could forewarn the farmer about the state of the animal and scheduling artificial insemination.
- Under the National Digital Livelihoods Mission, DAHD already has an ambitious programme to ensure the unique identification of animals that will become the foundation for all livestock programmes.
- The ongoing effort to tag major livestock species in the country with a unique identification number will enable farmers to maintain and share their digitally signed animal records, access services, trade animals, and sell their products.
- The next stage for NDLM could be the IoT-enabled cattle management system where the tag can have utilities that regularly provide reports over the software dashboard screen.
- The development of a verifiable biometric livestock database will help bring better efficiency to the animal husbandry sector.
- Using a picture of the face of an animal, the app generates a unique identification number for the cattle that can be linked to the INAPH or Pashudhaar number issued by DAHD.
- Such an app can collate animal-wise data and link to the unique biometric identifier. Besides remunerative dairy farming, such traceability will also support cattle trading.
- The other major use of AI and technology would be in disease control. Major outbreaks can be identified and controlled by using AI-enabled tags.
- For milch animals, lameness, mastitis, foot and mouth disease, and milk fever are common fatal diseases.
- IoT-enabled tags can detect the changes in the health of the cattle.
Proper actions and medication are executed before it turns worse, and can prevent animal and financial losses. - Since milk is the universal commodity used throughout the world, it also requires better management and storage.
- The use of IoT technology in the pressurised tanks has increased the serving capability of milk-based goods and has reduced their vulnerability to colloidal degradation or bacterial growth.
- Also, pressure management in the milk storage tanks must be performed to reduce the adverse pressure creation, which could result in expensive maintenance, downtime, or mechanical failure.
- Supply chain monitoring is critical in the dairy industry, where the nature of both raw material and finished product is perishable. It relies on factors such as first and last-mile distance and transit temperature, weather, packaging, and cold storage availability.
- The use of the IoT can aid in better delivery management by making the details of the product available on the interconnected device, enabling better decision-making, thereby avoiding wastages.
