Category Archives: Robotics

Shares of robotics tech firms surged Monday following news reports that Samsung Electronics is setting up a new team solely dedicated to the robotics business, one of the frequently-cited new growth engines for the Korean tech giant.

Yujin Robot, one of the first-generation robotics companies here with more than 30 years of history, saw a 30 percent jump in its stock price and was trading at 4,150 won ($3.52) as of 2 p.m., as investors cheered for its business potential with Samsung, the nation's largest tech company, jumping into the bandwagon.

Other stocks, including Robotis, Hyulim Robot, Robostar, also soared almost 20 percent compared to Fridays closing prices.

Samsung, which recently revamped its operational structure under a new leadership, reportedly set up a new robotics business team that is seen to be succeeding an existing task force launched last year.

A Samsung official declined to further elaborate on the details of the new team but said the company has continued a feasibility study to assess the business potential of its robotics technologies.

Samsung has showed off a series of prototype robots at recent trade shows, including the Bot Handy, a house-keeping robot that can pick up laundry, load the dishwasher and set the table, during CES in 2019.

At the time, Samsung didnt announce a release date or price, alluding that the artificial intelligence-based futuristic robots were more of a concept than a real product.

Sources say another batch of robots are also highly likely to be unveiled during the upcoming CES in early January.

Despite Samsung keeping mum over the mass market debut of their robot concept, expectations are already running high for the companys renewed robotics push that would have a huge impact across industries.

Keen attention is also being paid to robotics companies around the world amid speculations that Samsung could seek acquisitions to take an earlier edge in the nascent field.

By Lee Ji-yoon (jylee@heraldcorp.com)

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Robotics stocks surge on Samsungs new team - The Korea Herald

These applications of robotics have greatly enhanced the intelligence of the military agencies around the world.

The introduction of robotics has transformed the military and defence sector across the world with smart functionalities. Multiple types of robots are crucial for ground missions and to protect a country from future attacks. Robotics help to augment human capabilities for responding to potential threats without harming human soldiers like neutralizing bombs. The global military and defence robotics market show a lot of potentials for new applications to have a competitive edge over conventional warfare capabilities. The Governments have started investing millions of dollars into robotics for accelerating military applications. The global military robot industry is expected to hit US$30.83 billion in 2022 with a CAGR of 12.9%. The military and defence sector leverages robotics to provide human soldiers an advantage at the ground level. Though the integration of artificial intelligence provides automation to these robots, these are still controlled by human soldiers to avoid autonomous random killing.

Wearable robots are thriving in the military and defence industry for helping human soldiers carry heavy pack loads efficiently. The combination of artificial intelligence and robotics provides automation to carry a bulk of supplies from one place to another. These robots reduce the workload of human soldiers to provide opportunities for focusing on other crucial areas for the welfare of a country.

Mobile robots play a wide range of roles in the military and defence industry from reconnaissance patrolling to neutralizing bombs. These mobile robots consist of hi-tech sensors and cameras to perform different missions efficiently and effectively while providing necessary video and images. The robotic arms are also used for neutralizing suspicious objects and bombs without harming any human soldier. These work on wheels, tracks, both and battery-powered with an excellent communication system.

An accurate and secured surveillance system is highly crucial for this industry for the betterment of citizens. The ground-based systems leverage surveillance robots with sufficient weapons and hi-sensor cameras. These cameras with infrared or night vision help to observe the entire building and area of the military and defence without sending in soldiers.

The robotics submarine system is a new application of robotics in the military and defence industry. This enhanced robotics technology helps in multiple different activities under water such as detecting and inspecting underwater mines, working on anti-submarine operations, protecting navy ships in harbours, and many more. It provides ample opportunities to observe underwater efficiently just like the ground level.

Search and rescue missions are very crucial for this industry to rescue human soldiers from emergency situations. The implementation of robotics has provided search and rescue robots to search, track, and rescue soldiers from multiple different environments like chemical, nuclear, radiological, and biological. It can be operated from a command centre to rescue soldiers from battlefields without confronting any more risk.

Combat robots can play crucial roles in missions with their advanced functionalities. The robots act as a combat support application for multiple activities such as fire support, battle damage management, aerial refuelling, laying mines, electronic warfare, and many more. It consists of a certain degree of automation to minimize collateral damage efficiently and effectively.

EOD robots or Explosive Ordnance Disposal robots are popular in this industry for identifying and disarming risky traps, improvising explosive objects, fireworks, and many more. EOD robots can be integrated into bomb detection systems in closed areas, vehicles, or building complexes. These have immense potential in the nearby future to carry a lot of major responsibilities in future missions.

One of the major functionalities of robotics applications is to protect humans from hazardous environments. Fire is one of the main hazardous environments in the military and defence industry. Thus, fire-fighting robots address different kinds of fire situations to avoid major casualties. These can withstand high temperatures while putting down fire with various fire suppressing techniques. Fire-fighting robots use hi-tech sensor cameras, a gas sensor, and a stereo infrared camera for navigating through the smoke.

The military and defence industry is focused on investing millions of dollars in a swarm of drones for powerful observation. These are small-sized surveillance drones with high battery life and high-tech cameras. The cameras are expected to have infrared detection capabilities in the nearby future. The aerial view is very crucial for this industry to observe activities and detect potential threats to combat.

Voice-controlled robotic vehicles rely on the voice commands from the speech recognition module to carry out essential activities. There are speeches as well as push buttons with transmitter and receiver circuits for achieving control objectives. The microcontroller sends signals to the motor driver for controlling the movement as per the command signals.

Thus, it can be realized that robotics can help improve multi-fold capabilities of the military and defence industry in the nearby tech-driven future. Robotics can bring smiling faces to families of human soldiers for the reduced fear of losing lives in battlefields or neutralizing bombs. The million-dollar investment in robotics can bring some advantage-gaining tactics and strategies to combat potential attacks of enemies. It is expected that the global military robots market will hit US$24.2 billion in 2025 with a CAGR of 10.7%. The military and defence industry should be prepared for replacing conventional processes with advanced technologies to preserve the safety of soldiers as well as citizens.

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How is the Military and Defence Sector Utilizing Robotics? - Analytics Insight

Prepare your papers for enrolment in the top robotics forums and communities in 2022

Robotics is gaining high popularity with multiple robots for different industries across the world. Students and working professionals are eager to join forums of robotics to gain more understanding of robots and other mechanisms of robotics. Multiple robotics forums in 2022 are set to open enrolment for joining and learning more about robotics. Robotics communities consist of experts from different roles of robotics such as robotics engineers, software engineers, robotics perception and navigation specialists, robot programmers, and many more. Lets explore some of the top robotics forums and communities to get enrolled in 2022.

Location: Rotterdam, the Netherlands

Date: 22 March- 24 March

The European Robotics Forum 2022 is one of the top robotics forums across the world with the most influential meetings of robotics communities in Europe. It covers different aspects of the robotics fields including multiple robots and their functionalities. The innovations in robotics are discussed by researchers, engineers, public, and many more. The theme of 2022 will be Sustainability with four plenary sessions divided over three dates. There will be interactive workshop programme with interesting keynotes to gain better understanding of robotics.

Location: Boston, USA

Date: 10 May to 11 May

The Robotics Summit & Expo is a popular robotics forum with a multifaceted as well as international event focused on technical issues of commercial robotics systems. It brings together the brightest minds in robotics with specializations in robots to share their experience in different areas. There are three main tracks technologies, tools and platforms track; design and development track and manufacturability; and production and distribution track. The main goal is to bring the robotics community to discuss about the development of the next-gen commercial-class robotics systems.

Location: The University of the Ryukyus, Japan

Date: 21 May to 23 May

ICRIT 2022 or the 5th International Conference on Robotics and Intelligent Technology 2022 is one of the leading robotics forums for researchers, professionals, and many others from the global tech industry. It calls for high-quality as well as original research papers in the theory and practice of robotics and other intelligent technologies. The papers will be peer-reviewed by conference committees and will be sent to databases for indexing. There will be reporting of latest innovations in this state-of-the-art field with multiple topics such as space and underwater robots, humanoid robots, collective and social robots, and many more.

Location: Philadelhpia, USA

Date: 23 May- 27 May

ICRA 2022 or the International Conference on Robotics and Automation is known as a flagship conference of the IEEE Robotics and Automation society. This robotics forum is focused on bringing world researchers as well as companies to share ideas and advances in the robotics field. There will be plenary sessions, contributed paper sessions, workshops, forums, robot challenges, and many more exciting and learning events.

Location: Istanbul, Turkey

Date: 4 October- 6 October

The Robots Investments Communication Forum and Exhibition 2022 is one of the top robotics forums to discuss about robotics, robots, and electronics. It shows companies news of Turkey and internationals regarding the field of robotics.

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Top Robotics Forums and Communities for Enrolment in 2022 - Analytics Insight

The Board of Regents has approved the creation of the Department of Robotics in the College of Engineering, a first among the nations top 10 engineering schools.

The new department will define robotics as a discipline, teaching students the skills needed to help drive a rapidly expanding field.

The U.S. Bureau of Labor Statistics reported the annual demand for qualified robotics professionals grew by more than 13 percent in 2018 alone. The global industrial and service robotics markets are expected to grow by more than 20 percent year over year, reaching a total market of $310 billion by 2025.

With this bold step forward, we are poised to lead the field in robotics, addressing the nations growing demand for roboticists with graduates equipped to design equity-centered solutions to societys challenges, said Alec D. Gallimore, the Robert J. Vlasic Dean of Engineering, Richard F. and Eleanor A. Towner Professor of Engineering, Arthur F. Thurnau Professor, and professor of aerospace engineering.

Around the country, engineering schools have been watching the field of robotics grow and weighing whether it qualifies as its own discipline separate from conventional disciplines such as mechanical engineering and computer science. In deciding that it is distinct, U-M is formalizing the field and its aims.

This is an inflection point for the field of robotics and Michigans role in its future, said Jessy Grizzle, director of the U-M Robotics Institute and the Elmer G. Gilbert Distinguished University Professor of Engineering. He also is the Jerry W. and Carol L. Levin Professor of Engineering, and professor of electrical and computer engineering and of mechanical engineering.

We will leverage the resources of a dedicated department to accelerate our work in building smart machines that serve society and respect humanity everything from safe industrial robots and bipedal humanoids to inclusive prosthetics and automated vehicles. Our roboticists put people, rather than technology, first. We call it robotics with respect.

The new department will take shape from the existing U-M Robotics Institute, adding more capacity and resources for students and faculty to move the field of robotics forward. The institute currently has 30 core faculty members who span 14 departments, and 42 affiliate faculty from fields as diverse as architecture and anthropology.

The new Department of Robotics will allow Michigan to recruit outstanding experts on the leading edge of robotics research and development, train the next generation of roboticists, and have a broad impact on the state of Michigan and beyond, President Mark Schlissel said. The creation of this department advances U-Ms ability to unlock new dimensions of human potential through innovations in robotics.

Housed in the recently completed $75 million, 134,000-square-foot Ford Motor Company Robotics Building, the institute runs a graduate program, with its first students matriculating in 2014. More than 200 masters and Ph.D. students are now enrolled.

Leveraging the universitys strength across breadth, the new robotics department will truly transform the field, while serving our students, supporting our faculty and enhancing the cutting-edge research that is a hallmark of our university, said Susan M. Collins, provost and executive vice president for academic affairs.

In addition to enabling the robotics faculty to recruit and hire an additional 15 robotics experts over the next three to five years, one aim of the new department is to create a four-year undergraduate degree.

This should help ease the bottleneck in Michigan robotics talent, including high-demand fields like computer vision and autonomous control. Currently a U-M robotics degree requires a four-year bachelors degree in a related discipline, followed by a two-year masters program in robotics.

Pilot undergraduate courses in robotics began last year, offering first-year topics such as computational linear algebra, robotic mechanisms, and introduction to programming and artificial intelligence. Through an approach the robotics faculty call coding is believing, they teach engineering fundamentals through robotics projects, addressing the core interests of students from day one.

The course developers are partnering with institutions, including Morehouse College, that serve communities that are historically excluded from technology. Through these partnerships, students participate in a multi-university community through courses developed collaboratively with U-M.

As we design our new undergraduate curriculum, Michigan has the unique opportunity to define the discipline of robotics with a priority on both equity and excellence, said Chad Jenkins, associate director of the undergraduate program and professor of electrical engineering and computer science.

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UM creates first robotics department among top 10 engineering schools | The University Record - The University Record

HC Robotics, a technology company specialising in design and manufacture of customised UAVs, Aerostats, EOIR cameras, and AI-based image processing, has signed a memorandum of understanding with IIT-Hyderabad for testing of new technologies at the newly built IIT-H Technology Research Park Foundation (IITHTRP) research facility in the campus last week.

The technologies to be taken up for research and testing from January 2022 include robotics arms attached to drones to implement certain unmanned tasks with the subsequent manufacturing to be done by HC Robotics. The firm already has research and design centres in the United States and Australia.

It is also partnering with IIIT-DM, Kurnool, for research collaboration on UAVs and other advanced technologies. HC Robotics have received patents for longest and lightest Robotic Arm for UAVs and Robotic Insulator Cleaner for transmission towers. IIT-HTRP, registered and promoted by (IIT-H), is governed by a board of distinguished academicians, faculty and industry professionals.

The firm has received approval from DGCA for conducting experiments on Beyond Visual Line of Sight (BVLOS) operations and have been allotted an area to conduct the experiments by the Airport Authority of India. Along with its parent company, Centillion Networks, it completed tower inspection for three lines and 10 towers for TS TRANSCO inspection and safe operation of the grid, said a press release on Saturday.

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HC Robotics inks pact with IIT-H - The Hindu

The team has won the state championship four times in the past six years.

HUTTO, Texas Big congratulations are in order for some very tech-savvy Hippos! The Hutto High Schoolrobotics team, RoboCo X, has once again won the state championship.

The 46-member RoboCo X team competed against 72 other teams from across Texas. This is the fourth time the Hutto team has been named state champions since UIL Robotics began in the 2015-2016 school year.

In fact, the Hutto team has not received anything below a silver medal. The team won the state championship in 2017, 2018, 2019 and now 2021.

According to Hutto ISD, in the robotics competition, students create an entire company around their product, including a marketing team, exhibit team, build team and engineering notebook team.

"Everything was built entirely from scratch. So, the gears, the wheels, the chassis, the base, the arm, the claw, the gripper. Everything on there was built from a single sheet of plywood. And so, it's pretty amazing that they came up with that," District Lead Robotics Instructor Andrew Haub said.

Haub said this year's theme was demolition, so the team had to demolish a building and recycle and reuse some of the parts.

Haub launched Hutto's robotics program with Ryan Mann at Hutto Middle School in 2012. He then transferred to Hutto High School where he oversees the team today.

"I want to say it brings joy to the community," said Steve Wiley, the COO of marketing for the team. "I think it gives them something to not just like, look up to but something to aspire to like, be like. Something to grow into, something to be a part of."

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Hutto High School robotics team wins another state championship - KVUE.com

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Welcome to Episode 63 of The Robot Report Podcast, which brings conversations with robotics innovators straight to you. Join us each week for discussions with leading roboticists, innovative robotics companies, and other key members of the robotics community.

In todays episode, Steve and Mike interview robotics innovator Esben stergaard, CEO of Reinvest Robotics and cofounder of Universal Robots. We discuss the potential impact of the pending EU AI Act and Machinery Directive. These directives are likely to impact the growth of AI startup in the EU and burden them with rules that will hamper innovation. Esben offers his thoughts about innovation and how successful robotics startups need a competitive playing field to be successful. Could this be the death of robotic and AI innovation in the EU? Listen in to learn more.

Heres a link to Esbens recent blog about the impact of the EU AI Act and Machinery Directive.

The approach of the current machinery directive is sufficient. The problem is with governance. We recommend focusing on ensuring that products on the market actually comply with the current EU law, not creating new regulations, said stergaard.

Steve and Mike also review the latest robotics news stories from the last week, including the following stories reported on The Robot Report:

If you would like to be a guest on an upcoming episode of the podcast, or if you have recommendations for future guests or segment ideas, contact Steve Crowe or Mike Oitzman.

For sponsorship opportunities of The Robot Report Podcast, contact Courtney Nagle for more information.

We want your feedback:

Tell us what you think was the biggest or most interesting robotics news story of 2021? Leave us a voicemail.

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Hi, Im Melissa Griffen, Contributing Editor for Healthcare Packaging. Since the FDA released its current good manufacturing practices and 21st century initiative that includes promoting industry modernization, the majority of industriesincluding pharmahave gotten onboard the digitalization and Industry 4.0 train.

During the 2021 PDA/FDA Joint Regulatory Conference, three industry panelists and a U.S. FDA regulatory expert discussed various improvements that have come to the industry since the debut of the FDAs initiative.

James C. Weber, advisor IT in digital manufacturing at Eli Lilly and Company, addressed the benefits of adopting modern technology that Eli Lilly experienced through developing a Global Robotics Program and integrating biometric solutions, both of which furthered the companys digital plant aspirations.

Weber explained that along with the ergonomic and economic drivers, most players in pharma are pursuing some type of robotics program, which moved Eli Lilly to develop its own program. Efforts began in 2017 in establishing central staffing and funding with site experts developing solutions that ranged from automated logistics operations to automated cleaning, flexible aseptic filling, and more.

A specific robotic solution brought up by the two other industry panelists, Carl-Helmut Coulon, PhD and head of future manufacturing concepts at Invite GmbH, and David Wolton, engineering technology lead at Takeda, was autonomous mobile robots or AMRs. These robots work 24/7, do not host viruses or bacteria like humans, are cleaner overall, and are ideal for repetitive or manual tasks.

Coulon and Wolton further brought up a concern surrounding AMRs. These robots are commonly used for the delivery and removal of items, such as waste, consumables, and spare parts, but they are highly expensive assets, often resulting in a company having just one AMR that likely needs to traverse all parts of the facility including air locks. Getting through air locks is the biggest challenge keeping the use of AMRs from becoming widespread.

Wolton and Coulon concluded that a concept for validating automated cleaning of complex equipment taking into account environmental, equipment, and substance features needs to be developed and to do so, engineers and pharmacists must be connected through a working group to debate the topic and recommend a path forward.

Nicholas A. Violand, investigator and drug national expert at ORA, U.S. FDA stated that one of the primary contributors to contamination in drug manufacturing is the personnel, asserting that the greater the level of separation between personnel and operation the greater level of sterility assurance.

Microbiological contamination of drug products purporting to be sterile has continued to be a top 20 observed citation in the drug realm over the last decade according to FDA research, and is mainly caused by operators not following sanitation guidelines. A solution not as widespread as the FDA expected is the use of isolator technology.

Violand listed typical advantages of the closed isolator design, including it being fully closed, with personnel completely separated from aseptic operations; positive pressure with no interventions requiring open doors permitted; and decontamination occurring after initial line setup and any necessary open-door activities.

For more on biometrics benefits, next level opportunities in robotics and biometrics, and suggested solutions in AMR usage, check out the full story at the URL on screen. Thanks and see you next time on Take Five Video with Healthcare Packaging.

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Robotics, Biometrics, and Isolator Technology Are the Future of Pharma - Healthcare Packaging

Rahgooy was among the initial cohort of five students to join the program when it was established two years ago and was one of two students who transferred to UWF from Tulane University on the heels of Dr. Brent Venable, the programs founding director. Venable previously held a joint appointment as a professor of computer science at Tulane and research scientist at IHMC.

The graduation of our first doctoral student is an incredible milestone for the intelligent systems and robotics program, Venable said. Only two years after its establishment, our program is contributing to the highly skilled workforce in the intelligent systems field, which is a national priority with a high demand market. His graduation validates and motivates all of our students, as well as UWF and IHMC mentors, to continue pursuing our innovative and personalized approach to graduate education in intelligent systems and robotics.

Rahgooy was a second year doctoral student at Tulane University when Venable accepted the director role at UWF. He said it wasnt initially an easy decision to transfer, but three key factors played a role in convincing him to make the jump.

I really enjoyed working with Dr. Venable, as she is an extraordinary researcher and advisor and I knew that continuing to work with her would keep me on track for my future career, Rahgooy said. She told me about the IHMC community, which gives intelligent systems and robotics students access to world-class researchers. Finally, I knew the program would provide facilities for doctoral students that are essential for performing many machine learning and artificial intelligence tasks requiring the handling of big data.

The program centers on developing leading-edge software and hardware technology that combines human and machine elements to exploit their respective strengths and mitigate their respective weaknesses. It aligns with the Universitys strategic vision for research that impacts Northwest Floridas economic development and technology enterprise. The first of its kind in Florida and one of only a few in the nation, the program serves the manufacturing, health care, defense and other high-tech industries, providing critical support to high-demand career fields.

The doctorate in intelligent systems and robotics program provides students with individualized paths tailored to their interests. The program is comprised of foundational courses in robotics and artificial intelligence that address topics such as knowledge representation and reasoning, machine learning, computational methods in AI, basic hardware/software interaction and research methods.

Through the program, I worked with great researchers who helped me understand the whole research environment better, and who gave help and guidance about the choices I should make for my future, Rahgooy said. The financial support of the program allowed me to fully focus on research without any distractions, and I was always supported and encouraged by the department to participate in prestigious conferences both for presenting my work and as an attendee. This accelerated my progress, which resulted in several publications and presentations. Now at the end of my doctorate, I feel really proud of what Ive achieved and the kind of resume I was able to build in this program.

Since its establishment in Fall 2019, the program has grown to include 15 students from seven countries and 20 supervisors from IHMC and UWFs departments of intelligent systems and robotics, computer science and earth and environmental sciences. Venable said the cutting-edge research portfolio of investigated topics includes human-machine teaming, vision, robotics, natural language processing, cybersecurity, machine learning, cognitive systems, multi-agent systems and marine environmental sensing.

Our program allows the mentor-student team to tailor the coursework and research portfolio to specific interests pursued by each team, following the European style for doctorates and freeing them from the academic constraints typically involved in the vast majority of AI and robotics graduate programs in the United States, Venable said. This level of personalization facilitates collaboration with industry and a project-driven style of research.

Rahgooy earned a bachelors degree in computer engineering from the University of Isfahan in Iran, and a masters in artificial intelligence at Ferdowsi University in Mashdad, Iran, before beginning his doctoral studies in computer science at Tulane University. His research focus at UWF has been learning cognitive models of decision-making using machine learning.

His dissertation, titled Machine Learning Guided by Linguistic and Behavioral Knowledge discusses the data-driven methods hes developed for learning various cognitive models of decision making, along with his work to expand into problems with sequential settings such as reinforcement learning.

Rahgooy said the next step in his career is finding research positions in the intelligent systems and robotics industry to continue his efforts.

Working with Taher has been a true pleasure, Venable said. He is the ideal doctoral student, one to whom you throw an idea and he comes back with a paper. He features a rare combination of a theoretical clarity of thought and very strong algorithmic and coding skills. He has grown into a mature and independent expert in intelligent systems and I am looking forward to hearing about his future successes.

For more information about the intelligent systems and robotics doctoral program at UWF, visit uwf.edu/isr.

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UWF Intelligent Systems and Robotics program celebrates first Ph.D. graduate - University of West Florida Newsroom - UWF Newsroom

The recent applications of robotics in agriculture are paving a way for a bright future for the farmers.

The global population is predicted to reach 9 billion by 2025. With a dramatic rise on the way, it is time for the countries to think of new ways to feed their people. However, it is not simple. As the population moves from rural to urban grounds and no one is coming forward to take care of next-generation farming, now is the right time to infuse disruptive technologies like artificial intelligence and robotics in agriculture. Already robotics has invaded many commercial spaces like customer service, manufacturing, shipping, and transportation. Fortunately, the agriculture sector is next in line to adopt technology for a major transition. But why robotics out of all the technologies? Because it can fill the gap between manpower needs and production needs. The agriculture sector is undergoing a high-tech revolution as primary producers increasingly turn to robotics to meet multiple challenges. Already the United States, Australia, Japan, and European nations are embracing robotics to weed out production challenges. The future of robotics in agriculture is anticipated to rise drastically in the coming years.

Sowing seeds is the basic process to begin farming. Traditionally, farmers have been sprinkling seeds using their hands. When modern machinery came to effect, farmers used broadcast spreader attacked to a tracker to sprinkle them. Although the process got simple, these attached features threw a large proportion of seeds around the field, making a complete waste of it. Thankfully, autonomous precision seeding is here to help. With a combination of robotics and geomapping, the mechanism can place the seeds exactly where it needs to be for good growth.

Robots are well known for replacing humans with repetitive tasks. That is what they do at harvesting and picking. Harvesting is monotonous work that has to be done in order to reap useful food products. To relieve humans from these tedious tasks, robots are taking over the process. While planting and reaping basic food grains like wheat and barley can be done easily by robots, others like fruit and vegetable harvesting need multi-talented robots.

While spraying pesticide repellent on the plants, most of the content ends up ruining the soil. Although the ground is constantly ploughed to change its texture, there is less chance for the future plantation to escape the chemicals. It is also harmful to the environment. Therefore, farmers are using micro-spraying robots to narrow down the impacts. With futuristic computer vision technology, micro-spraying robots can detect weeds and then spray a targeted drop of herbicide onto them.

Nursery planting is a go-to option for plan lovers. By planting the needed crops at home, we can get vegetables and fruits for our day-to-day usage. However, it is quite hectic to groom and water them on regular basis. This is where the robotic automation process gives its best. Robotic process automation takes care of all the nursery planting works including watering at regular intervals and plucking the vegetables or fruits when it is ripe.

Weeds are the biggest enemies to farmers. Removing their notorious unwanted growth is both time-consuming and difficult. That is why farmers are now using robotics to counter the challenge. Autonomous robots, powered with computer vision technology, are capable of exactly identifying the weeds and yanking them out before they could spread further.

Knowing the state of the plants and the condition of the soil is as important as watering them. But a normal soil or plant analysis takes many days as the farmer has to collect samples and share them with researchers to get the results. However, the process is simplified, thanks to LiDAR-powered robots. They collect data on plants health, physiology, and stress response and use it to improve the condition.

Drones are not really new to farming. Since the 1980s, drones were used to capture aerial photography of fields. Even when modern drones, powered with artificial intelligence, made their debut, agriculture was one of the primary industries that took the lead to full-fledgedly implement it. Today, drones are used to capture 3D imaging, map-building, and crop monitoring.

Agricultural autonomous robot is the most recent development that hit robotics in agriculture perspective. With various features and extraordinary technology onboard, these robots can multi-task. They can do everything starting from cloud seeding, planting seeds, doing weed control, harvesting, environmental monitoring, and soil analysis. It can take care of end-to-end agriculture processes and replace tough manual tasks with machinery.

Climate change and the approaching water scarcity in the world is very real. Therefore, saving water, by all means, is at the core of farming. Unfortunately, irrigation and fertilizing processes use a lot of water and most of it goes unused. To combat this challenge, robot-assisted precision irrigation emerges as a solution to reduce water wastage by targeting specific plants.

More than the actual agricultural works, sorting and packing demand a lot of human operators. In the fast-paced production space, the need for human laborers in packing is drastically increasing. Therefore, many farming companies are using sorting and packing robots to streamline the tasks at a high speed without breaking. With coordination capability and line tracking technology, these robots can fast-track the packing process.

The robotics revolution is evidently happening in front of our eyes. From autonomous vehicles to automated service bots, robots are taking over a larger place in our daily lives. Agriculture is the largest manufacturing sector across the globe that is in immense need of technology. Since the global food chain is under pressure due to population growth, climate change, political pressures after migration, population drift from rural to urban regions, and the demographics of aging people, now is the right time to implement robotics applications in farming. Robotics and autonomous systems are seen as an escape from the haunting reality. It also provides a substitute solution to critical food chain transformation. Fortunately, after realizing the condition of the food crisis, governments are also coming forward to jump into the bandwagon for agricultural robotics. With central authorities in the game, robotics in agriculture and farming including dairy farming is expected to reach new heights in the coming years.

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Top 10 Applications of Robotics in Agriculture and Farming - Analytics Insight