![\"Farm](\"https:\/\/d17ocfn2f5o4rl.cloudfront.net\/wp-content\/uploads\/2022\/02\/farm-automation-body-im-5.jpg\")
<\/p>\n
Legal background<\/h2>\n
One of the most vivid justifications that farm automation is here to change the employment landscape in the agricultural industry is that this change is already being documented. The United States government has taken bold moves to help farmers struggling from the pandemic and the aftermath of urbanization. The approval of in-field robotics<\/a> use is one of them. This is nothing to be surprised about, as human-based agricultural businesses are inefficient.<\/p>\n Indeed, the United States has seen hundreds and thousands of reported cases of agricultural employment scandals<\/a> involving sexual harassment, discrimination, wage theft, and health and safety violations. In response, changes were made within the framework of implementing the H-2A visa reform, which envisages legislative and regulatory changes to better protect H-2A workers and their families by increasing agricultural practice safety standards.<\/p>\n Nonetheless, the American government has deemed that changes to H-2A visas won\u2019t suffice, and the Farm Workforce Modernization Act<\/a> is now in the Senate, promising to change the lives of American agribusinesses if passed. Farm automation will be a must, and it will surely change the way people work.<\/p>\n Learn how Intellias created a unified farm management system for one of our clients to boost their production capabilities and raise profitability<\/p>\n Let\u2019s cut to the chase. Two primary technologies stand behind farming automation: machine vision and IoT. Backed by GPS and GIS, which guide their movement in the fields, robotic farm automation solutions can create a virtual 3D model with the help of high-resolution cameras and sensors, which then help them navigate freely and perform tasks seamlessly.<\/p>\n Now, not all agricultural robots are fully automated. Remember: they are robotic solutions and not robots that have come here to make Megathron prevail over the Earthlings. Agricultural robots are programmed to perform various levels of automation, which makes crop management software<\/a> play a crucial role in the configuration of automated farming robotics.<\/p>\n Humans will have to learn how to manipulate these robotic tractors, which on the one hand is quite a tall order. On the other hand, it renders agricultural employees\u2019 lives easier, safer, and more comfortable. Navigating a tractor while sitting in a soft chair with a tablet in front of you is way more pleasant than going out into scorching fields in skin-drenching winds.<\/p>\n Farm automation will happen seamlessly, as we already have the technologies capable of bringing smart solutions to the table, such as automated greenhouse systems with profound analytics. There are three leading technologies that we can expect to see in the fields in the years to come: robots, autonomous machines, and drones. Each will represent another shift in the employment paradigm by altering the skills farmers require of employees, with GIS competence being the most significant.<\/p>\n The entire world is accepting GIS-powered precision farming with grace and gratitude, knowing that it will change and refine the way people produce, collect, distribute, and consume food. The projected expansion of global precision farming by 2025 is impressive.<\/p>\n Source: Precision Farming Market by Region 2020-2025<\/a><\/em><\/p>\n Precision farming is surely going places. The benefits it offers are way too alluring for both companies and employees. And while you might think that these new benefits will set in motion huge job losses, you might be mistaken. After all, a little education never killed nobody.<\/p>\n Do you remember the 2005 classic I, Robot with Will Smith? Well, it might not be a classic, but there\u2019s no accounting for taste, right? Just like Will Smith\u2019s nemesis, robots in automated farming are here to substitute for people. In fact, robotic techniques will substitute for seeding, weeding, spraying, picking, and many other tasks and routines, which leaves humans with one single task: to learn how to service the robots.<\/p>\n Oh, and one more thing: don\u2019t forget that robots are not necessarily two-footed humanlike creatures. They can come in the form of tractors, combines, and other types of machines. Automated farming robots and drones are there to deal with four major missions.<\/p>\n Seeding is where it all begins in agriculture, right? You can start to forget about walking an extra mile (literally) in the fields, as automated drone seeders have you covered. They are efficient and fast; ten drones can plant up to 400,000 trees a day<\/a>. Hence, while drones are the major agents of crop quality and safety monitoring, autonomous precision seeding technology<\/a> lies at the heart of change for those working in the agricultural sector of the future.<\/p>\n As you might have guessed, farming automation boils down to cutting down on the number of people out in the fields. GIS-powered precision weeding, powered by IoT robotics, is a way to ensure the crop makes it to harvest safe and sound.<\/p>\n All plants and crops have their own features when it comes to ripening. Some do it faster; some do it slower. But they all need to be picked one day or another. How can we know when the day comes and how can we know in which part of the field to harvest? Another thing is that many berries, fruits, and vegetables are quite tender and fragile, often suffering from human handling. Hence, precision picking is now being used as one of the main tools for accelerating and increasing the efficiency of the picking process.<\/p>\n Agricultural Software Development<\/p>\n Have you ever heard of indoor growing, or so-called vertical farms? You may end up eating salad tonight that\u2019s been seeded, grown, and picked in a vertical farm. Smart vertical farm lighting and monitoring<\/a> solutions are transforming agriculture, as vertical farms can be fully autonomous. Indeed, it might take just five to ten employees to take care of an entire farm. For example, the Iron Ox<\/a> company boasts of running a fully automated 8,000-square-foot farm. Shields of hydroponic trays and cloud-controlled robots take care of the leafy greens that seem to be ubiquitous. And yes, smart LED lights substitute for the sun, while such farms use 90% less water than their conventional counterparts.<\/p>\n Now that we know that agricultural automation will come in four major modes \u2014 seeding, weeding, picking, and non-traditional farming \u2014 let\u2019s define the skills that those wanting to continue their agricultural employment will have to acquire in the long term. First and foremost, you must understand that the question is not how to make an automatic farm. The situation the industry finds itself in focuses on integrating automation in agriculture into manual labor to achieve the best result possible. We are still far from omnipresent full-fledged automatic farm systems. Agricultural professionals must acquire five basic skills:<\/p>\n Robots are not here to cause a farming condition overload; they are here to help people become more advanced, cleverer, and more productive while being physically idle. The Association for Advancing Automation calls farm workers of the near future fleet managers taking care of robotic farming systems and autonomous vehicles.<\/p>\n Modern workers will develop new equipment functions, take control of equipment movement, or simply turn equipment on and off (oh, those old but gold IT support days). The principle at work is simple: the more functions devices will have, the more attention they will need from humans. Also, devices will require maintenance. The more devices there are, the more service personnel farms will need.<\/p>\n It\u2019s not about removing people at all; it\u2019s about changing the scope of responsibilities and boosting safety. What\u2019s more, robots are only executives. Agricultural science and complex decisions will still fall on humans\u2019 shoulders. All those machines are to be built, sold, and repaired before they oust humans, right? Finally, all the data collected by robots and drones will require human analytical skills. The machines are here only to refine automation in agriculture by letting people make accurate decisions on land erosion, crop health, water runoff, and many other aspects.<\/p>\n Before we move to the discussion of solutions that new agricultural automation technologies offer, let\u2019s come to terms with one thing: farming digitalization is not to blame for the shortage of jobs in the agricultural sector. On the contrary, it\u2019s one of the major agents of positive change, advocating for more rights and safety for agribusiness employees. If you\u2019re still wondering whether change is due, let\u2019s have a look at the number of active IoT connections in agriculture across Europe.<\/p>\n Source: Number of active IoT connections in agriculture in millions in the European Union as per IDATE DigiWorld<\/a><\/em><\/p>\n The world is embracing IoT, as it does not deprive people of their jobs. Instead, it saves them from being exploited and lets them gain new skills, become professionals, and secure a better, safer, and more stable future for their families. The only challenge that lies ahead is to learn something new that automatic farm systems require of them.<\/p>\n Learn how Intellias gives a significant competitive edge to agricultural and biotechnology businesses by being a reliable digital consulting partner<\/p>\n How will farm automation make the lives of those in the agricultural business easier, regardless of their position? There are quite a few places where robotics might come in handy when transforming agriculture.<\/p>\n It looks like there actually is something special about farmers who wonder how to make an automatic farm. Automation in farming is all about protecting people from exploitation and teaching people new things that will, at the very least, grant them unique knowledge and experience required for further employment.<\/p>\n Farm automation is not something that came out of the blue and started forcing agribusinesses to adopt it using sticks rather than carrots. It has resulted from a long-lived process of introducing digital technologies into the agricultural industry, which has eventually proven that farmers are better off with automated solutions than without. As we enter the third decade of the 21st century, farming automation solutions are only going to double their presence on farms, simultaneously changing the role people play in the farming process. Yet there\u2019s no need to worry. No job loss is intended, as farming automation is rather about enjoying the process and being sure of the result your fields provide and not about farming condition overload. Yes, jobs will change their essence, but they will still be there: safe, legal, and advanced.<\/p>\n If you\u2019re interested in moving faster than your competitors or the weather forecast, contact us. We have the solutions you need and can come up with new ones should the need occur.<\/em><\/p>\n","protected":false},"excerpt":{"rendered":" Farm automation is here to stay. Learn how modern automation solutions will revamp the toolkit required of an ordinary agricultural worker and how far-reaching the changes will be<\/p>\n","protected":false},"author":18,"featured_media":56143,"template":"","class_list":["post-39877","blog","type-blog","status-publish","has-post-thumbnail","hentry","blog-category-agriculture"],"acf":[],"yoast_head":"\nAutomation in farming: How does it work?<\/h2>\n
Farm automation: Technologies are coming<\/h2>\n
![\"Farm](\"https:\/\/d17ocfn2f5o4rl.cloudfront.net\/wp-content\/uploads\/2022\/02\/farm-automation_info_1.jpg\")
<\/p>\nRobots & autonomous machines<\/h3>\n
![\"emissions](\"https:\/\/intellias.com\/wp-content\/uploads\/2022\/09\/emissions-free-whitepaper-cover.png\")
<\/div>\n\t\t\tAutonomous precision seeding<\/h3>\n
![\"Farm](\"https:\/\/d17ocfn2f5o4rl.cloudfront.net\/wp-content\/uploads\/2022\/02\/farm-automation-body-im-1.jpg\")
<\/p>\nGIS-powered weeding<\/h3>\n
Precision picking<\/h3>\n
Non-traditional farming robotics<\/h3>\n
How farm automation will lead to demand for new skills<\/h2>\n
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\nFarm workers must be able to turn on a tablet, connect to a Wi-Fi network, send messages, compress files, etc., as well as be comfortable handling other electronic devices.<\/li>\n
\nThese are some of the major team communication and data sharing tools. Workers need to know how to open a spreadsheet, insert data, and extract data.<\/li>\n
\nModern farming has a lot in common with statistics. Therefore, workers will have to know how to deal with data analytics tools.<\/li>\n
\nThe holy grail of precision farming, GIS is something workers must at least have some familiarity with. GIS-based agriculture is the core of effective field operations and planning<\/a>.<\/li>\n
\nThis is not a skill but rather the ability to acquire all the skills needed to become a valued employee in the new agricultural industry. An aptitude to acquire IT skills, which is basically the ability to learn, will let workers acquire the other four skills listed above and every other skill that their employer might eventually require.<\/li>\n<\/ul>\n![\"Farm](\"https:\/\/d17ocfn2f5o4rl.cloudfront.net\/wp-content\/uploads\/2022\/02\/farm-automation-body-im-3.jpg\")
<\/p>\nFarming automation solutions: Not to blame but to embrace<\/h2>\n
![\"Farm](\"https:\/\/d17ocfn2f5o4rl.cloudfront.net\/wp-content\/uploads\/2022\/02\/farm-automation_info_2.jpg\")
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\nAside from the holy trinity of seeding, weeding, and picking, agricultural software and hardware is being heavily used for monitoring and analyzing crops, which is essential for preserving them until harvesting. It\u2019s no wonder why the global market for agricultural robots is expected to grow from $4.9 billion in 2021 to $11.9 billion by 2026 according to Markets and Markets<\/a>. This is a CAGR of 19.3%. Agricultural robotics help farmers detect maladies, eradicate them, and live up to market expectations by preserving crops from tillage to harvesting.<\/li>\n
\nTimely and refined decision-making is what successful farming boils down to in 90% of cases. The other 10% is luck due to fluctuating weather conditions. Meanwhile, all other factors such as soil quality, crop ripeness, and crop health can easily be defined with the help of agricultural robotics. Yet it seems like the technology has already gone extra. In accordance with Riaz (2021)<\/a>, agricultural robotics have made a step forward by enabling multi-criteria decision-making (MCDM), which lets farmers not only define what\u2019s wrong and right but also rank alternatives from low to high priority.<\/li>\n
\nRobotic irrigation cuts down farming costs. As a matter of fact, we won\u2019t talk too much about the value of robotic irrigation and the principles of its work. Let us show you something really fascinating instead. Here is a photograph of croplands in Ogallala, Nebraska, in the United States. Can you guess which of these circles have been irrigated automatically and which enjoyed manual irrigation?<\/li>\n<\/ul>\n![\"Farm](\"https:\/\/d17ocfn2f5o4rl.cloudfront.net\/wp-content\/uploads\/2022\/02\/farm-automation-body-im-4.jpg\")
<\/p>\nChange is inevitable<\/h3>\n