Sick or not? The green light will tell.

A US company has developed a bright green LED light, which is attached to the animal’s ear and is able to warn the farmer if an animal is sick.


Pulling cattle out of large feedlots for treatment can be time consuming, provided you even know these animals are sick.

Quantified Ag, based in Lincoln, Nebraska have therefore developed a light to attach to the cow’s ear that turns bright green when the animal is sick.

The concept has been tested in US feedlots and is set to launch commercially soon.

Blockchain in Agribusiness : The Benefits of Blockchain in Agribusiness.

The Potential of Blockchain in Agribusiness.The encryption technology known as Blockchain was originally popularized with the appearance of the Bitcoin cryptocurrency.


The first use of this innovative and complex technology was to trace and document all activities that Bitcoins undergo. In this sense, Blockchain allows cryptocurrency users to securely track and observe every transaction that a specific good or product undergoes.


Blockchain is ground breaking because its encryption coding automatically records the activity details of a good or service as a new link or block in a linear data set that is non-repudiable and transparent within a public network.


 Furthermore, while Blockchain allows users to observe the history and components of a specific article, it does not allow users to erase or alter it in any way. Rather, new transactions and activities are added as additional data links.

 In recent years, technology and software companies have been developing ways in which the Blockchain technology from cryptocurrencies can be employed by industries such as banking, finance, manufacturing, trade, and even agribusiness.


Though still in the early stages, these developments are proving revolutionary for many industries. Allowing banks to trace international financial transactions more securely, helping financial watchdogs to better combat money laundering, simplifying shipping and regulatory paperwork for international trade, and informing consumers as to the specific sources of their produce, are just some of the processes that Blockchain technology has the ability to simplify and make more secure. 

Furthermore, Blockchain technology would allow consumers and industry regulators to easily verify the origin of products, whether a product is responsibly produced, whether it has been illegally traded, assess the carbon footprint of its supply and distribution chain, and if it has paid the necessary taxes and duties.

 Ultimately, Blockchain is revolutionizing industries worldwide and, in the near future, it will allow unprecedented levels of transparency, security, and accountability in world markets.


 Simultaneously, Blockchain technology will allow companies, from start-ups to large multinationals, to compete on equal footing as it relates to certifications, such as fair trade and organic sourcing.

 #Blockchain for agriculture. #Blockchain and agricultural supply chain. #blockchain applications in agribusiness. #Blockchain in agriculture.

AGRIBUSINESS: Farmers in India are using AI to increase crop yields.

AGRIBUSINESS: Farmers in India are using AI to increase crop yields. The fields had been freshly plowed. The furrows ran straight and deep. Yet, thousands of farmers across Andhra Pradesh (AP) and Karnataka waited to get a text message before they sowed the seeds.

The SMS, which was delivered in Telugu and Kannada, their native languages, told them when to sow their groundnut crops. 

 In a few dozen villages in Telengana, Maharashtra and Madhya Pradesh, farmers are receiving automated voice calls that tell them whether their cotton crops are at risk of a pest attack, based on weather conditions and crop stage. Meanwhile in Karnataka, the state government can get price forecasts for essential commodities such as tur (split red gram) three months in advance for planning for the Minimum Support Price (MSP). 

Ways agriculture can benefit from artificial intelligence.

 Welcome to digital agriculture, where technologies such as Artificial Intelligence (AI), Cloud Machine Learning, Satellite Imagery and advanced analytics are empowering small-holder farmers to increase their income through higher crop yield and greater price control. 

 AI-based sowing advisories lead to 30% higher yields.

Smart system counts eggs, detects diseases for poultry farmers.

Farmers can save on production costs, detect diseases and know the output of individual chickens in real time via mobile telephone by installing smart technology in poultry cages.

 Domotele Technology's Machine to machine (M2M) system is customized to alert farmers of any health risk as well as the performance of each chicken. 

 Installed sensors collect the health or production data before relaying it to a safe domain in the cloud for the farmer to access it via the Internet. The Internet of Things system can also be instructed to process the data and relay it in form of a short message service (SMS) for those who do not have Internet.

The installed sensors in cages help farmers know which chicken laid an egg on a given day. They also know the total number of eggs laid by the end of the day. The technology helps farmers know which hens are not laying so that such hens can be culled to avoid wasting feeds. 

 Farmers also know the number of eggs produced per day,thus preventing pilfering as workers cannot steal eggs because they are counted and an immediate alert is sent to the owner. The nesting cages have radio frequency identification (RFID) readers and weight sensors that track the contents inside and can determine if a hen has laid an egg.

This puts into motion the egg counter process. RFID tags are intelligent bar codes that can 'talk' to a networked system to track every product that you buy in the supermarket for instance when you are checking out. The system can be customized to notify farmers of a diseases outbreak through a wireless sense node tag as well as change of the cage environment. 

 Most farmers learn of an outbreak after chickens start dying. Early disease notification alerts the farmer to take quick action to prevent further spread. If the sensors detect that the temperature in the cage has gone above the set threshold, for instance 25 degrees Celsius, the farmer receives a notification in their smart phones. 

They can turn on fans with the smart phone from wherever they are,the fans run until the required temperature is achieved. contact

The Use of Drones in Agriculture.

The future of agriculture lies with drones and precision agriculture. The use of drones in agriculture not only makes production effective but its relatively cheaper and accurate as on-site assessments are possible. The rising population that requires more food must actually be hinged on better agricultural practices. 

Drones have found uses in various industries such as courier,medical, security and most of all food industry. The function of these drones varies from surveillance, mapping zones and actually engaging in some field practices,thus saving labor costs. The various ways that drones can be utilized to ensure food security are outlined here; 

  

The use of drones in agriculture.

 The advantages are enormous, see,thinking about these benefits one will think that laws regulating drones' operation will not be strait jacketed so that frustration will not discourage users. Drones are more easily serviceable and significantly cheaper than small piloted planes or satellites. 

 The route to food security is lined by various innovations and to truly succeed in the achievement of #zerohunger #endhunger #endpoverty, we have to embrace smart agricultural practices of which the use of drones must be fully embraced. Agriculture leads the market for commercial drone usage, and it is expected to generate millions in revenue in 2025. 

 Adaptable regulations will make it easier for farmers to use drones to check fields for disease, spray fertilizer, or watch over livestock. see 

 The U.S. Federal Aviation Administration (FAA) recently streamlined the registration process for commercially used drones, putting new rules in place for the protection and regulation of users of the unmanned aircrafts. 

These procedures are expected to benefit both farmers and the drone industry, as agriculture already leads the market for commercial drones and is expected to generate $350 million in drone revenue in 2025.

Agribusiness: leveraging technology in agriculture.

Drones are just one of many technologies whose use in the agricultural sector could cut operation costs and improve yields, helping a growing global population with shrinking resources to cultivate more food with fewer inputs Silicon Valley and the vast cornfields of the U.S. Midwest may appear to have little in common, but a growing relationship between big data and agriculture is poised to improve yields, reduce raw material use and decrease production costs. 

 Over the past year, the precision agriculture industry, which has pioneered the use of unmanned aerial vehicles and robotics to increase data collection and efficiency in agriculture, has continued to expand in the United States and around the world. As drone use in agriculture becomes even more prevalent and new achievements in machine learning and artificial intelligence are made, high technologies — the internet of things, big data, robotics and artificial intelligence — will overlap with agriculture more and more. 

 The concept of precision agriculture, or the use of data to enhance agricultural production, has been around for more than two decades. The field includes a range of different technologies, including GPS-guided tractors, yield and soil monitoring, variable rate applications for water and fertilizers, and data collection by satellites and unmanned aerial vehicles. 

 Technology in agriculture will enable farmers to do more with less — especially as advances in sensor technology and computing technology continue — to keep up with rising demand for agricultural products over the next few decades. Using even one of the precision agriculture technologies can save farmers substantially on a per-acre basis. continue