Technologies have helped the sector and stakeholders in numerous ways, just like other industries. Now those days are gone when dairy workers spend several hours hand-milking buffaloes. Over the past few decades, dairy farming has evolved significantly and continues to change in upcoming years incredibly fast. From Fitbits for bovines to robotic milking to the availability of bhains online, modern dairy farming is continuously looking for innovations to increase milk-yielding capacity, reduce costs, and improve milk quality. (https://merapashu360.com/collections/murrah-buffalo)

To monitor health, production, reproduction, rumen health, and feed intake and maximize profitability, dairy farming uses all facets of contemporary technology. Dairy farmers used to assess all of these variables at the farm or herd level, but with precision dairy farming, we can now do so for each desi bhains, ensuring that desi bhains get the required attention.

Dairy farmers have kept livestock records since the beginning of dairy production, yet frequently input the information incorrectly. Modern technology may offer graphs and insights for dairy producers while recording the data as often as every five seconds. It significantly reduces the time of record-keeping activities and eliminates the possibility of user-generated errors. In large dairy operations where there is less possibility for producers to interact with each buffalo directly, technological integration is essential. With the help of precision dairy farming, you may monitor each cattle by creating an alert when they require more care.

Best Technology for Your Dairy Farm

Health Tracking Devices
Health disorder in cattle reduces reproductivity, longevity, and productivity. As per records, farmers spend significant money annually on their cattle's health and wellness. Wearable animal gadgets make it easy to track the fitness of animals; farmers can monitor and track and manage the health, behavior, milking frequency, nutrition, activity level, and pregnancy of cattle in real-time. These AI-based animal trackers could be implemented in the cattle's ear, neck, tail, legs, or other parts. Last year the Government of Karnataka implemented GPS chips in 56 Lakh animals throughout the state to track their health status and early diagnosis of poor medical conditions.

Robotic Milking Machine
In India, cattle have always been milked by hand. This method consumes plenty of time and has a high cost, further increasing the milk price. Robotic milking machines enable dairy farmers to eliminate physical labor, maintain a hygienic milk-yielding process, milk buffaloes anytime without a schedule, and improve the quality and production of milk. The robotic machines consist of cups and arms with sensors that could be attached individually to the yeast of the desi bhains. The sensors detect which teat of the buffalo is ready for milking. Once the buffalo's milking starts, the device identifies the milk's impurities, quality, and color. If the milk quality is up to mark, it is collected in a container; if not, it is diverted to a separate container. The machine sanitizes and cleans the teats once the milk extraction is over.

Drones for monitoring Cattle
Every time the cattle leave the farm to graze, farmers must maintain manual supervision. Cattle are prone to going missing, being taken, or being attacked by other animals. The cattle can be flocked back from fields to barns using drones that monitor cattle. Some drones come with thermal detecting technology, which makes it easier to find the animals by their body heat. Drones can also take images of the region to determine whether a pasture is suitable for cattle grazing. Several businesses have developed commercial drones for various uses, including agriculture and livestock management, TRIPATHI Robotics, Dronitech, Sagar Defense Engineering, DJI Enterprise, and Sunbirds.

Feed Management
The weather and the health of the cattle determine how much feed they need. For instance, a sick or pregnant buffalo might require additional nutrients, and cattle require extra glucose in their feed in a hot and muggy environment. For maximum milk production, several feed technologies formulate essential mixes, premixes, additives, and supplements for feed. Farmers can manage feed inventories, assess feed quality, and comprehend the feeding habits of their cattle with the aid of digital feed monitoring solutions. To increase fertility and productivity per buffalo, feed monitoring tools can assist in creating a customized diet for each buffalo based on an evaluation of their body weight, milk quality, and yield.

Ecommerce Marketplace
Numerous B2B online marketplaces have been launched to make advisory services and modern equipment available at the door of dairy farmers and manufacturers via smartphone. Several B2C platforms have emerged and are operational in many nationwide cities. They pick milk products from farmers and deliver them to hotels, cafes, retail customers, and restaurants. There are various e-marketplaces launched that provide you with bhains online.

Biotechnology
In the dairy sector, biotechnology is a relatively new field. But it's being hailed as one of the most revolutionary dairy technologies ever. Dairy biotechnology has the potential to improve disease resistance in livestock, feed buffalos scientifically, use embryo transfer technology, perform artificial insemination, develop new molecules and vaccines for disease management and prevention in animals, produce dairy enzymes, proteins, probiotics, and more.

Conclusion
The dairy sector will develop and flourish along with today's technologies. The dairy industry is evolving more quickly than ever, with innovations like thermostat-controlled curtains that keep buffalos warm in the winter and applications that track health status. Farmers will keep trying to increase output, enhance animal quality, and reduce the time and energy spent on the farm.