Robots in agriculture are being used in industry today. One example is the many analytics and machine learning tools used in modern farming to help with farming. One of these tools, agricultural robots, is commonly used (known as cobots). These robots carry mechanical weapons and make harvesting much easier for farmers.
Compared to traditional industrial robots and machines, kobots are designed to work with human workers, allowing manufacturers to share the benefits of both robots and humans. While the automotive sector has been using it for some time, especially in the assembly line, other industries are now getting more and more use of cobblestones.
In the past, cobs could only perform simple tasks on the assembly line, such as spray painting and car assembly. Now, with IoT features such as temperature sensors and built-in temperature cameras, cobs can perform more accurately functions depending on their usage.
It is important to note that cobwebs are not intended to replace manpower altogether. Some tasks can be accelerated, but the main purpose of Cobbs is to increase productivity and make informed decisions. Although cobats can work longer and increase productivity, human intervention is still needed to control these machines.
Cobbs still have restrictions on jobs that require additional penalties. They are limited in their work, so they cannot replace people in every way. That is why cobots need to be built with sensors that can scan, detect, and perform assigned tasks.
At the same time, cobs help solve the problem of labor shortage in some areas. Cobbs are used for harvesting, for example, as it is very difficult to find labor to do such work in agriculture.
Today, in the age of robotics and automation, there is a growing demand for agri technology. The industrial automation sector, which is projected to grow by 43.4% CAGR between 2021 and 2027, is growing rapidly.
However, with the ever-increasing use of cobblestones, existing government initiatives, and the need for “man-machine” cooperation in urban agriculture, cobats continue to make remarkable gains in the agricultural landscape.
Food insecurity is a major concern for non-agricultural countries such as Singapore, exacerbated by the COVID-19 outbreak. In Singapore, there are small but growing urban agricultural sectors, such as Singapore. Singrow develops innovative agricultural technology solutions for the production of fruits and vegetables, and deploys kobos in their harvest and breeding systems. In collaboration with Universal Robots and Augmentus, Singing uses an integrated AI model to identify flowers and strawberries.
Once the flowers have been identified by camera, the fan is quickly blown away with more effective pollen. Singrow uses the camera and infrared scanner to connect strawberries to the database and set up a cob to select ripe strawberries.
According to James McCauw, Asia-Pacific Regional Director for International Robots, more automated modern farming will soon be seen in urban agriculture.
“Traditionally, agricultural-related activities require soft touch to handle soft flowers and fruits. Similar tasks that require high accuracy and attention can be challenging for people in the long run. To reduce human error and maintain high productivity, cobs are the perfect solution for urban agriculture. Frequent activities such as hand pollution can be carried out by cobats, enabling human workers to play better roles in their knowledge and social skills. ”
In the past, McKee’s farmers have been exposed to advanced technologies such as automation and robotics, and they have traditionally preferred traditional methods. Most farmers believed that engineers needed expensive, inflexible, earthquake-making, and robotic programs to buy farm robots.
“As people often associate cobos with traditional industrial robots, we need to address these misconceptions. Today’s cobs are versatile and flexible, ideal for urban farming purposes. Not only are these small cubes cost-effective, but their simple design makes them suitable for a variety of applications in the agricultural landscape. Farmers should not worry about a memorable program because robots are easy to implement, operate and maintain. ”
Cobbs and SMEs
In fact, Singapore has announced an initiative to allocate $ 60 million to the New Agri-Food Cluster Transformation Fund (ACT) in line with its 2021 budget measures. By replacing the Agricultural Productivity Fund (AFF) by 2020, the local government and the Singapore Food Agency will increase their production to support the agricultural food sector and achieve Singapore’s goal of achieving 30 percent of its food needs by 2030 through local agriculture.
“With such an initiative, the government is actively encouraging farmers to take automation for improved productivity and financial achievement. As more cobos are introduced in the agricultural landscape, robotic technology education is expanding. ”
With the exception of robots in agriculture, SMEs are now realizing the potential of robots. While the complexity and cost of managing robots may have been a concern for them in the past, cobos are now a game changer for SMEs.
For example, due to the large shortage of floor space in Singapore, SMEs are turning to Cobbs as they are designed to work close to human workers to address security concerns in factories. Cobbs are lightweight, flexible and easy to deploy for many operations, making them a good opportunity for SMEs.
“Even workers with no robotic experience or background can do kobo. Cobbs provide advanced robotic automation benefits to small industries with traditional additional costs associated with robotic programming or configuration. ”
Singapore-based SME Sky Engineering initially faced challenges due to wage increases, space constraints, high real estate prices and security issues.
After deploying the cobs, SME realized that one person had the luxury of setting up two machines. The company was happy to see the investment return, as the discount was only a 15-month return period.
Other issues with the use of cobs include XXEremeDisinfection roBOT (XDBOT), a Singapore-based NANU-based technology company that provides in-depth cleaning without human contact during the COVID-19 outbreak.
In Taiwan, cobats are seen in non-traditional settings, such as coffee grounds and cocktails in cafes. For example, Babo Arms, a bubble tea shop in Taiwan, has introduced UR5 Cobot to produce tea, clean cups, packaging drinks and even beverages.
Cobbs and 5G
In most parts of Southeast Asia, 5G, Cobos can improve their performance on the horizon. High-speed networks not only improve delays with these machines, but also enable 5G to be fully automated and perform tasks with greater accuracy.
“Cobbs are the next big thing in the industry, but human-robotic collaboration requires the quality of an application driver to reduce risks during the implementation of critical tasks,” said Sarmad Nafs, Erickson’s strategic product manager.
Erickson, Hitachi, and Georgia Tech have created a solution for cobos to increase productivity by sharing the workload of human operators. In Erickson’s 5G main network, the robot and human operator are configured through a remote control client application to ensure secure interaction, and the robot follows real-time instructions.
As robots continue to grow in agriculture and other industries, businesses need to make sure they are aware of the dangers of agritech. While most of these cobras may have some built-in security features, they can still be compromised by cybercriminals without adequate cyber security.
Not only does it increase productivity and efficiency with cobs at the end of the day, but it also ensures that these machines are well-protected so that there are no disruptions in production.