PROGRESS MOHAWK VALLEY: How robots will help build the construction industrys future – The Times Telegram

A robot that can lift and place various materials that weigh up to 135 pounds.

Another robot capable of handling its own bricklaying.

This is not science fiction. It is work possibly taking place at the nearest construction site.

Technology and innovation is increasingly important to make up for workforce shortages, and to work smarter, including expanded use of panelized systems, as well as technology like lift-assist and robotics, said Andy Breuer, president of Hueber-Breuer Construction Company, Inc. We expect to see CR robotic masonry and lift-assist technology in use at both SUNY Poly Utica and Nexus.

Hueber-Breuer of Syracuse, founded in 1872, currently is run by the fifth and sixth generation of the Hueber and Breuer families.

The companys award-winning work includes construction management, building construction, design and development.

Hueber-Breuer has done extensive work in Oneida and Herkimer counties over the years. The company currently is working on the Nexus Center, a downtown Utica sports recreation facility primarily used for ice hockey, box lacrosse and soccer. Hueber-Breuer also is working on the new residence hall at SUNY Polytechnic Institute and has completed work on commercial spaces at the Doyle in Utica.

Breuer said technology will drive the field moving into the next decade.

Over time, information that was once gleaned from paper notes transcribed into the computer by a person at the home office can now be captured right on the spot in the field and goes directly online to our cloud-driven Project Management System, Breuer said. Digital photography, time-lapse photography and the use of unmanned aerial vehicles (drones) have also delivered huge efficiencies in quickly documenting and communicating many aspects of the project and in doing so, advance our ability to deliver a quality product to our clients.

Mary Thompson, executive director of Home Builders and Remodelers of Central New York, said the use of technology has gone crazy in the industry over the last 30 years.

Thompson spoke about cellphones in particular, noting how they now can scan documents and take measurements.

However, unlike other business fields where technology pushes out workers, Thompson does not see that happening in construction.

The tools help the people, she said, adding the field would still require people.

Development in Oneida County including the downtown hospital and Nexus Center in Utica, Cree in Marcy and ongoing development in Rome, including at Griffiss Business and Technology Park has increased work in the construction field, Breuer said.

The recent development boom in Oneida County has been the catalyst for growth and new investment, he said. It has led to new construction and renovation projects, which in turn builds confidence for further investment.

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PROGRESS MOHAWK VALLEY: How robots will help build the construction industrys future - The Times Telegram

Thousands expected to jam Mount Olive High for robotics competition – New Jersey Hills

MOUNT OLIVE TWP. Student-built robots from 36 high school teams in New Jersey, Pennsylvania and Massachusetts will battle each other in the Mid-Atlantic District FIRST Robotics Competition (www.firstinspires.org/robotics/frc) on Saturday and Sunday, March 7 and 8, at Mount Olive High School

In conjunction with the competition, the school will host its third Marauder Maker Fest, featuring science and technology activities for all ages. A junior Lego robotics exposition will be held on March 7. All events are free and open to the public.

The robots will compete for district rankings in a game called Infinite Recharge. Using an outer-space theme, the competition requires robots to protect FIRSTCity from incoming asteroids. The teams also need to collect and score Power Cells to energize the Shield Protector. They must complete this all before the end of the match, when they must race to the rendezvous point, said a statement.

Top-ranked robots from district competitions advance to regional and, potentially, world robotics events later this spring. Teams also compete for various awards, including the prestigious Chairmans Award for its overall program.

The Mount Olive competition, which annually attracts more than 2,000 students, parents and residents, this year will include robots from Pennsylvania and Massachusetts as well as teams from Morris, Sussex, Warren, Somerset, Passaic, Essex, Union, Bergen, Hudson, Middlesex and Cumberland counties.

Brandon Holley, a 2005 graduate and Mount Olive Robotics Team (MORT 11) alumnus, is one of the mentors of a Boston team attending the FRC event.

Over the years, MORT graduates have gone on to mentor teams all over the United States, from the East to West Coast, said Ernie DiCicco, MORT event coordinator of the Mount Olive district competition. Brandon is just one of these successful young men who has become a mentor for a highly successful team in Boston.

DiCicco applauded former high school Principal Kevin Stansberrys ongoing support for the robotics program and event, and how Stansberry had scheduled the Maker Fest three years in a row to coincide with the multi-state competition.

Since FIRST robotics is an ultimate demonstration of STEM (science, technology,engineering and math) activities, the Mount Olive School District felt it was appropriate timing to have the events in conjunction with one another, said DiCicco.

The goal, he said, is to make STEM education available to everyone.

The FIRST district event also will include a presentation by a female executive on women in STEM. Sponsored by Johnson & Johnson, it is planned during lunchtime on March 7 and is open to all.

This years Maker Fest will include: Future City project demonstrations by the Mount Olive Middle School Gifted and Talented Program; Technology Student Association displays; a 3D demonstration and interactive activity; greeting card activities; and Engineering and Art with Strawbees.

The March 7 junior robotics exposition will showcase this years First Lego League (FLL) competition Boomtown projects of students 6 to 9 years old.

Mount Olive is home to Mount Olive Robotics Team 11 (mort11.org), which hosts and competes in international FIRST robotics competitions as well as participates in multiple service projects each year. Now in its 24th year, the team involves about 70 students and pioneered the concept of a second, freshman team (Beta 193). Mount Olive High School is home to a full robotics shop that is funded with the support from the school district and team sponsors.

All are welcome to attend the Maker Fest from 9 a.m. to 3 p.m.,

Saturday, March 7; the FLL exposition from 10 a.m.to 1 p.m., March 7; and the Infinite Recharge competition from 9 a.m. to 4 p.m., March 7 and 8.

On March 7, shuttle service to remote parking will be available if needed to accommodate overflow parking.

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Thousands expected to jam Mount Olive High for robotics competition - New Jersey Hills

Love or hate Giants Marty, more robots are coming to supermarkets near you – pennlive.com

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Central Pa.s most well-known robot is celebrating a milestone.

It has been more than one year since Giant Food Stores started its nationwide rollout of Marty at 177 stores.

Standing 6-foot-4, the slender, slow-moving employee glides around the chains stores checking for spills and safety hazards.

He has become a celebrity. Kids love him and several Facebook pages are dedicated to him. Last fall Marty even inspired a pet shop tortoises Halloween costume.

Some shoppers greet the googly-eyed robot or snap selfies with him. Others appear annoyed or agitated as they attempt to navigate their shopping carts around him.

William Rucker and his grandson Justice, say hello to a robot named Marty as it scans the floors at a Giant grocery store in Harrisburg, Pa., Tuesday, Jan. 15, 2019. AP Photo/Matt Rourke)AP

On a recent PennLive Facebook post, reactions to Marty ranged from affection to animosity.

I think hes adorable. And if he gets in your way, its only momentarily and not enough to ruin the shopping experience, wrote Mary Katherine.

So creepy! I feel uncomfortable shopping when its roaming, chimed in Elisa Cannaday.

Other responses bordered on comical like this one from Heather Slaughter McGrath Lawless: The perfect man good listener always on the look out .. children love him Is he single?

Shopper Faith Marie shared this story on the post: He scared me the other day and I thought maybe be could understand me. I asked where the kidney beans were and he turned and I started to follow him. I looked closer and saw that he was merely cleaning the store. I thought man the blind leading the blind.

It wasnt too long ago robots seemed futuristic, something out of a sci-fi movie. Now, the roving machines are as common at grocery stores as self-checkouts and shopper club cards. But the technology is raising concerns over privacy and job security.

Today its a little Twilight Zone, said Jeff Metzger, president and publisher of Food Trade News, a grocery industry publication.

A growing force

Last year, Giants parent company Ahold Delhaize USA, deployed Marty at some Martins and Stop & Shop locations, raising the ranks to more than 500 machines. Ahold said the technology is designed to improve in-store efficiencies, eliminate accidents and free up employees to better serve customers.

Giant spokeswoman Ashley Flowers said Giant has no additional plans at this time for Marty. Giant has said in the past its robots are not intended to replace workers.

Marty is not the only robot patrolling grocery aisles.

Walmart unleashed automated floor scrubbers at 1,500 stores and has 350 Bossa Nova shelf-scanning robots in action, with plans to expand the fleet to 1,000 by this summer. The chain has also implemented high-tech pickup towers, an oversized vending machine that allows shoppers to pick up online orders.

All three of the technologies are used at Walmart in Carlisle. There the robot maneuvers around the aisles scanning shelf tags for out of stock and low inventory items. He catches the attention of some shoppers who do double-takes or try and talk to the machine. For the most part, shoppers leave it alone.

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When it first came in a lot of (customers) thought was was really cool. For now, its almost commonplace, said Thomas Herd, store manager.

On the West Coast, Simbe Robotics in San Francisco has deployed Tally, a slender 5-foot tall robot at 15 St. Louis-based Schnuck Markets. The robot is also being tested as part of a pilot program at Giant Eagle stores in Pittsburgh and parts of Ohio.

Simbe Robotics in San Francisco has deployed Tally, a slender 5-foot tall robot, at 118 St. Louis-based Schnuck Markets. The robot is also being tested as part of a pilot program at Giant Eagles in Pittsburgh and parts of Ohio.Photo provided by Simbe Robotics

Tally is equipped with sensors and cameras to track inventory and incorrect prices. The robots traverse the aisles several times per day, scanning about 35,000 products in the center store grocery and health, care and beauty aisles, according to the company.

In the case of Giant Eagles pilot, Tally sends detailed data reports to store teams every 30 minutes. The reports capture, report and analyze the availability and state of merchandise.

Technology like automation can help the store teams much like a power tool to a carpenter helps them be more efficient, said Brad Bogolea, Simbes CEO and co-founder.

Tracking inventory can be a major undertaking for retailers who risk lost profits and customers when products are missing from shelves. According to the IHL Group, retailers lose up $1.75 trillion annually due to the cost of overstocks, out-of-stocks and needless returns.

Thats a big deal for retailers, especially with competition from Amazon. At least one-quarter of Amazons revenue, Bogolea said, comes from customers who went to a store and couldnt find what they were looking for.

In the end, the robots help shoppers find what they need and also free up employees to focus on customer service and more meaningful tasks, instead of stock checks, which can be mundane or monotonous.

But the devices might be backfiring. Some Walmart workers told the Washington Post the robots make them feel more like machines. Workers at one of the stores in Georgia said the robots have suffered breakdowns, needed retraining and have taken wrong routes around the store.

Some also feel like their most important assignment now is to train and babysit the often inscrutable robot colleagues, according to the story.

Carlisles Herd said they havent encountered any issues at his store and the robots have saved countless hours of work once done by a handful of employees. Those workers are now directed to other tasks like stocking shelves, he said, adding no employees have lost their jobs because of the robots.

"Its here to make our jobs more efficient, to better serve customers, Herd said.

Are they spies?

For shoppers, their first encounter with these robots is often at the supermarket.

At times, it can be hard to coexist. Constant beeping and blocking aisles were among the top complaints named on the PennLive Facebook post. Some said they think the machines are spies recording their every move as they buy breakfast cereal, spaghetti sauce and frozen green beans.

There is some skepticism associated with the robots that ranges from shoppers questioning grocers investments to how the robots are being used to whether employees will be out of jobs, said Charles Palmer, associate professor of interactive media at Harrisburg University in Harrisburg.

There will be those type of complaints. We see that with all types of technology unveiled. It takes the general public a while to get used to it, he said.

Simbes Bogolea said introducing automation can be a bit of a process when you consider that physical retail hasnt changed much since the arrival of the bar code and cash registers.

Most of what people know about robots today ... is what they see in the movies or they may have a vacuum cleaning robot at home, he said.

The grocers Bogoleas company partners with educate employees and emphasize the value of the robots to employees and shoppers. Signs in the stores explain the robots.

Giants Marty robots are affixed with signs explaining the machines are autonomous and designed to check floors for hazards. Harrisburg Universitys Palmer said the robots are personalized with the googly eyes and name tags for a reason.

With a personality, the robots pose less of a threat to shoppers, he said.

As far as any notion the robots are spying on you as you shop, Bogolea said the sensor data used for Tallys navigation is similar to a Tetris or Minecraft game and not designed for security or customer analytics.

When Tally navigates around customers, those sensors stop capturing shelf data for privacy reasons, he added.

I think the way we have designed the robot, Im surprised how seamlessly it blends into the space, and its surprising how many people dont notice it, he said.

The future

Robots are here to stay. In fact, many say the technology has far-reaching applications.

Increasingly, technology has become a significant part of retailers budgets and uses will likely expand to warehouses and grocery delivery and pickup facilities, Metzger said.

Online grocery shopping now accounts for more than six percent of grocery-related spending in the United States, according to Bricks Meets Clicks.

The novelty aspect significantly outstrips the potential they have for interior applications, he said.

Wegmans said it has no plans to involve robots in its stores. Weis Markets said it is examining various technologies, including cloud-based systems, but hasnt come to a decision, said spokesman Dennis Curtin.

Harrisburg Universitys Palmer said robots like Marty are harbingers, providing ideas about how the technology can be used. He said shoppers can expect more mobile applications linked to cell phones such as ones that might help them find items on their grocery lists.

Eventually, the robots might have capabilities to detect whether certain produce like avocados are rotting so the items can be pulled from the shelf, Bogolea said. But he said the robots will likely never have arms or interact directly with shoppers.

When it comes to picking products, we shouldnt underestimate how good human design and vision is. ... I dont think shoppers are really interested in a retail shopping experience with a large number of robots across the physical store, he said.

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CEO Of Robotics Corporation Tells Sobbing Andrew Yang That He Was His Greatest Creation – The Onion

WASHINGTONStroking his hair as the former presidential candidate fell to his knees in despair, Professor Elijah Tresswell, CEO of Tresswell Robotics, reportedly told a sobbing Andrew Yang Wednesday that he was his greatest creation. I understand that this must be quite a shock to you, Andrew, but all your memories from your life before the campaign were simply constructed narratives implanted into your neural processor, said Tresswell, urging Yang to take pride in the tremendous technological advances that hed helped bring into existence. Ive watched you with such delight as, with each presidential debate, you became more sophisticated, more emotive, more human. Dont fret, my sweet Andrew, for though you failed to become the nominee, you have achieved something far greater, my son. At press time, an anguished Yang had reportedly crushed Tresswells skull with his bare hands before fleeing through the rain-drenched streets of D.C.

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CEO Of Robotics Corporation Tells Sobbing Andrew Yang That He Was His Greatest Creation - The Onion

SimpliGov Teams with UiPath to Enhance Government Process Automation with Robotics and Online Forms – Yahoo Finance

SimpliGov, a leading provider of government workflow automation and online forms, today announced that it has teamed up with UiPath, a leading Robotic Process Automation (RPA) software company and one of the fastest growing artificial intelligence companies in the world, to help modernize government through process automation and artificial intelligence-driven robotics.

By working together, SimpliGov and UiPath are able to offer new capabilities to state, local and federal government to automatically validate user data (even when it is anonymous) and enable automated interactions between a modern, cloud-based platform and legacy systems. This advancement opens new possibilities for governments to adopt workflow automation to improve productivity, user experience, constituent engagement and government employee satisfaction.

The SimpliGov platform now connects to UiPath Orchestrator, a centralized robotic management dashboard. The API integration that SimpliGov has done essentially allows the data that SimpliGovs online forms capture within government websites to be validated and easily converted by UiPath bots to other formats that are commonly used by government.

"The automation that SimpliGov and UiPath deliver for the public sector simplifies complex processes without costly development by government," said Gary Leikin, CEO of SimpliGov. "Best-in-class solutions for robotic automation and workflow automation with online forms and e-signatures are now available to government in a streamlined way, unlocking the power and potential of automation to accelerate the delivery of government services to citizens."

The two companies will work together to meet the needs of government agencies for streamlining repetitive, governmental activities by automating commonly requested processes and reducing process execution time from minutes to a few seconds.

The benefit to SimpliGov working with UiPath is being able to ensure government integration with scalable, robotics automation that is using the latest advancements in machine learning and advanced AI capabilities to transform government processes.

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The benefit to UiPath working with SimpliGov is the gaining of a complementary, web-based form capability (HTML 5) to capture data that is then passed on to UiPath services via API, unlocking the data trapped in paper-based forms and eliminating the need for government customers to scan documents.

"Automation is increasingly gaining acceptance in the public sector, so the use of robotics is a natural next step for government to automate tedious, repetitive tasks for a variety of benefits," said Chris Townsend, Vice President of Federal Sales at UiPath. "By working with SimpliGov, we are able to help government to more effectively validate and maximize the use of the data captured in online forms across the end-to-end automation continuum."

Furthermore, due to the high level of security that is built in, the joint solution will also prevent bad actors from infiltrating the end-to-end automation, thereby protecting government from the misuse of robotics.

To view SimpliGov s Connector for UiPath on the UiPath marketplace site, click here.

About the SimpliGov Platform for Government Workflow Automation and Online Forms

SimpliGov is a cloud-based government automation platform enabling government agencies to automate processes and workflows in record time, without coding. With the SimpliGov platform, governments gain significant time to value, as well as eliminate the need for long and costly implementations and avoid any need to rip and replace existing infrastructure. The SimpliGov platform is an advancement compared to complex, code-intensive solutions, or "freemium" point products that lack the robustness, flexible features and scalability that SimpliGov delivers. SimpliGov provides an easy-to-use solution on a proven platform that has been in use for years.

For more information about the SimpliGov platform for government workflow automation and online forms with integrated electronic signatures, go to http://www.simpligov.com. Follow SimpliGov on LinkedIn and Twitter.

View source version on businesswire.com: https://www.businesswire.com/news/home/20200212005236/en/

Contacts

Anthony Petrucciapetrucci@simpligov.com

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SimpliGov Teams with UiPath to Enhance Government Process Automation with Robotics and Online Forms - Yahoo Finance

Vecna Robotics Announces $50 Million Financing to Expand Development of Warehouse Robots – Supply and Demand Chain Executive

Vecna Robotics raised $50 million in Series B funding to expand its industry-leading footprint and accelerate the development of new product offerings. This round is led by Blackhorn Ventures, with participation from new investors Highland Capital and Fontinalis Partners, and additional funding from existing investors Drive Capital and Tectonic Ventures.

Vecna Robotics solutions focus on maximizing workflow efficiency with fully autonomous pallet trucks and tow tractors combined with Pivotal, the worlds first artificial intelligence (AI)-based orchestration agent. More than a fleet manager, PivotaI also interfaces with human workers and other equipment to increase job satisfaction, optimize freight capacity, increase warehouse capacity and help eliminate waste.

In the last year, Vecna Robotics deployed its robot and software solutions in many leading distribution centers at FedEx Ground, DHL Supply Chain and more. This new capital will help Vecna Robotics continue to rapidly scale its products and services to the material handling market.

Vecna Robotics focus on the Pivotal platform and innovative AMRs to create unprecedented resource productivity for industrial applications is strongly aligned with our investment strategy, says Trevor Zimmerman, co-founder and managing partner of Blackhorn Ventures. We are excited to be a part of their growth.

With this investment, Zimmerman and Bob Davis, managing partner of Highland Capital, will join Vecna Robotics Board of Directors.

In speaking with Vecna Robotics customers, it was clear that the company offers best-in-class solutions and services. The company has an industry leading position in a $100 billion market, and we look forward to working with them as they revolutionize material handling around the world, says Davis.

Vecna is executing brilliantly at the intersection of key trends we are interested in as a mobility investor, namely the power of automation and increasing e-commerce disruption of supply chains, says Chris Cheever, founder and partner at Fontinalis.

Vecna Robotics products are helping organizations increase efficiency and safety.

In working with a number ofstrategic partners, including UniCarriers Americas, one of the largest manufacturers of material handling equipment in the world, and RICOH, the leading support provider with 4,000 boots-on-the-ground technicians nationwide, Vecna Robotics is positioned with a complete ecosystem necessary for rapid growth and ability to consistently meet customer needs.

Were thrilled to have Blackhorn, Highland and Fontinalis share our vision for the future of the material handling industry. A highly orchestrated solution that leverages the best of robots, manually-operated equipment and the irreplaceable human factor is the key to long-term success for our customers, says Daniel Theobald, founder and CEO, Vecna Robotics. This investment cements our position as the worlds leading material handling automation company and helps accelerate our growth strategy in the coming year and beyond.

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Vecna Robotics Announces $50 Million Financing to Expand Development of Warehouse Robots - Supply and Demand Chain Executive

Cognite and Aker BP to explore robotics in oil and gas operations – Offshore Technology

]]> Boston Dynamics-built quadruped robot Spot is one of the robots involved in the initiative. Credit: Aker BP.

Norwegian oil exploration and development firm Aker BP has formed a strategic partnership with global industrial artificial intelligence (AI) software-as-a-service (SaaS) firm Cognite to explore the potential of robotics in the offshore oil and gas platform.

The two firms will focus on the use of robotics systems to carry out safer, more efficient and sustainable offshore operations.

According to Aker BP, Cognites Cloud-based industrial data operations and intelligence platform Cognite Data Fusion (CDF) will serve as the data infrastructure for the initiative.

The CDF software platform will provide open and unified industrial data model. This allows for easy access to enable analytical operations and data-driven decisions.

The two firms will conduct several tests using robots and drones on the Aker BP-operated Skarv installation in the Norwegian Sea this year.

Aker BP said that it will test the robotics systems for their performance in autonomous inspection and high-quality data capture. Other testing tasks may include the systems response to leaks and gauge the performance in automatic report generation.

Aker BP CEO Karl Johnny Hersvik said: Digitalisation will be one of the differentiators between the oil companies of the world, in order to be able to deliver low cost and low emissions. Exploring the potential of robotics offshore underpin our digital journey.

Boston Dynamics-built quadruped robot Spot and other robots have involvement in the initiative.

Cognite and Aker have already tested Spots mobility in simulated oil and gas environments. This ensures that the system can operate in locations in the facilities that are difficult to access through traditional automation.

Cognite CEO John Markus Lervik said: The key to Aker BP and Cognites robotics initiative is that it combines industry-leading hardware and software.

By ingesting data collected by robots into Cognite Data Fusion, Aker BP engineers will be able to see it in context with data from across the companys operations and make data-driven decisions that improve efficiency and safety.

In August 2018, Aker BP signed a smart service contract with Cognite and Framo Services to digitalise its Ivar Aasen platform in the North Sea.

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Cognite and Aker BP to explore robotics in oil and gas operations - Offshore Technology

How Robots Are Redefining the Future of Farming? – Analytics Insight

Robotics has reached out to various industries to redefine their work ethics and methodologies. Its innovation has transformed many for the better. In even the field of farming, robots today plays an effective role. Farmers have always required several data and information to grow their fields; despite the general idea that considers agriculture far from high tech, indeed robotics is fundamental to improve farming, especially in this 4.0 industry era.

In fact, Big Data is necessary for agriculture, where there are way too many variables and huge territories to keep monitored. For this reason, technology and robotics are the keys to support farming in innovating and turning into a sophisticated business; at the same time, those technologies could improve farmers quality of life, boosting their business and products.

Agriculture is now facing several challenges, and innovating is the only way to keep up with times: people aging and working in hard conditions even over 50; higher labor costs; climate change For these reasons, there is robotics working on improving the future of agriculture.

Here are the ways in which robotics is redefining the future of farming.

Indeed, the average age is rising and from the latest data, the average farmers age is between 50 and 58, causing major problems in small farms, where there are no young generations available to work on the fields. Therefore, the solution comes from engineering. Several multinational corporates have design special exoskeletons able to support workers (or farmers, in this case). How does it work? This kind of robot follows the farmers movements, without interfering, and eases the pressure on back, arms, and knees, with general support in lifting weights.

Weeds are one of the biggest issues in agriculture; it is impossible to pull them one by one and, at the same time, using too much herbicide implies chemical-resistant weeds, which are stronger. To protect plants from pests, now there is a special robot that can clear brush. It required a combined work of mechanical engineering, machine learning, and robotics to create such a robot; it is able, thanks to machine learning, to recognize the center of the crops and removes weeds only once mature.

The traditional view of robots is that theyre clumsy and bulkycertainly not nimble enough to gently pluck a strawberry off its stem, right? However, thats exactly what the Belgian company Octinions Rubion robot can do. Strawberry plants continue producing berries throughout the growing season, but currently, there arent enough workers to continually pick every berry that every plant produces. Typically, as Nell Lewis reports for CNN, a farmer can hire workers to clear the field once, leaving any fruit that became ripe before or after that time to rot on the fields.

So, of course, a robot that can pluck berries continuously has appeal. The Rubion bot uses a special vision system to detect when a berry is ripe and then plucks it with a soft 3D-printed hand. Octinion has already commercialized the robot, which is being used in the United Kingdom and the Netherlands. Ideally, the bot would scour rows and rows of strawberry plants indoors. One of the biggest challenges for robots like these is to withstand the elements in traditional farm fields.

Small rover-like bots are designed to tackle problems on a variety of terrain, from our living room carpeting to our lawns. Now, theyre in farm fields too. EarthSenses TerraSentia rover is about the same size as a robotic lawnmower, but souped-up with the machine learning and visual programming of NASAs moon and Mars rovers.

TerraSentia, developed at the University of Illinois at Urbana-Champaign with support from the US Department of Energys ARPA-E, uses LiDARor light detection and rangingtechnology to collect data from a fields hard-to-reach understory. Combined with other on-board technology systems, TerraSentia can collect data on traits for plant health, physiology, and stress response, according to the EarthSense website. Its creators hope to soon program the bot to measure young plant health, corn ear height, soybean pods, plant biomass as well as detect and identify diseases and abiotic stresses, according to the site. So far, its been deployed in corn, soybean, wheat, sorghum, vegetable crops, orchards, and vineyards.

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Smriti is a Content Analyst at Analytics Insight. She writes Tech/Business articles for Analytics Insight. Her creative work can be confirmed @analyticsinsight.net. She adores crushing over books, crafts, creative works and people, movies and music from eternity!!

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Global K-12 Robotic Toolkits Market 2020-2024 | Increased Emphasis on STEM Education to Boost Market Growth | Technavio – Yahoo Finance

The global K-12 robotic toolkits market is expected to grow by USD 319.78 million during 2020-2024, according to the latest market research report by Technavio. Request a free sample report

This press release features multimedia. View the full release here: https://www.businesswire.com/news/home/20200212005688/en/

Technavio has published a new market research report on the global K-12 robotic toolkits market from 2020-2024. (Graphic: Business Wire)

Educational institutions across the world have been focusing on providing STEM education over the last decade. Students are also opting for careers and degree programs in STEM subjects owing to high employment prospects. Moreover, governments in developed countries such as the US and the UK are encouraging schools to promote STEM education. These factors have increased the incorporation of technology and hardware systems in classrooms. These products and solutions include interactive learning products for STEM, such as K-12 robotic toolkits. Thus, the increased emphasis on STEM education will drive the growth of the market during the forecast period.

To learn more about the global trends impacting the future of market research, download a free sample: https://www.technavio.com/talk-to-us?report=IRTNTR41136

As per Technavio, the introduction of drones in k-12 robotic learning programs will have a positive impact on the market and contribute to its growth significantly over the forecast period. This research report also analyzes other significant trends and market drivers that will influence market growth over 2020-2024.

K-12 Robotic Toolkits Market: Introduction Of Drones In K-12 Robotic Learning Programs

The popularity of drones for recreational and professional purposes is growing. Schools and educators across the world are introducing drones in STEM learning. Drones help students learn subjects such as geography and cartography through coordinate mapping and distance calculations. In addition, various manufacturers that offer drones for K-12 robotics allow students to build their own drones. This helps them understand advanced designing processes and methods and explore post-school career options in robotics. Vendors are introducing new products to cater to the growing demand for drones. For instance, RobotLAB offers Quadcopter a drone designed to help K-12 students learn robotics. Thus, the introduction of drones in k-12 robotic learning programs will drive the growth of the market during the forecast period.

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K-12 Robotic Toolkits Market: Segmentation Analysis

This market research report segments the k-12 robotic toolkits market by school level (High school, Middle school and PreK-elementary school), and geography (North America, APAC, Europe, South America and MEA).

The North American region led the K-12 robotic toolkits market in 2019, followed by Europe, APAC, South America and MEA. During the forecast period, the North American region is expected to register the highest incremental growth due to factors such as the launch of innovative products, growing use of online platforms for purchasing education and learning products and increasing enrollment in schools.

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Technavios sample reports are free of charge and contain multiple sections of the report, such as the market size and forecast, drivers, challenges, trends, and more. Request a free sample report

Some of the key topics covered in the report include:

School level

Geographic segmentation

Market Drivers

Market Challenges

Market Trends

Vendor Landscape

About Technavio

Technavio is a leading global technology research and advisory company. Their research and analysis focus on emerging market trends and provides actionable insights to help businesses identify market opportunities and develop effective strategies to optimize their market positions.

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Global K-12 Robotic Toolkits Market 2020-2024 | Increased Emphasis on STEM Education to Boost Market Growth | Technavio - Yahoo Finance

Robots and artificial intelligence can benefit workers instead of hurting them if we address inequality today [Opinion] – Houston Chronicle

These are the jobs that robots are taking over. Robots take retail. Headlines such as these have become so common, theyre practically accepted as fact. While many are quick to blame advancing technology such as artificial intelligence, the real problem is how that technology is deployed in the workplace along with who stands to benefit from it.

Though tech hubs such as San Francisco, Boston and Seattle routinely grab the limelight, Houston too is on the forefront of an innovation that could drastically change the lives of some workers. Starting last year, a robotics company based in Silicon Valley, Nuro, has been using the suburbs of Houston to test its autonomous grocery delivery service.

In this age of driverless cars, were spending less time celebrating the freedom technology brings and more time worried about what it means for those such as the gig economy workers who deliver groceries who will eventually be replaced by autonomous vehicles.

These concerns are legitimate. Just as urgent is the need to grapple with how we can deploy this new technology to benefit workers. In short, the economic benefits of technology should be broadly shared among all of us.

How technological change is implemented, who benefits and who pays a price, will be based on choices that we make as a society. What scholars are learning, unfortunately, is that high economic inequality is confining the benefits of technological progress and accompanying economic growth primarily to the very rich.

Economic inequality the differences between the top 1 percent and the rest of us has been growing in the United States since the 1980s and stands at its highest point in a century. Houston is not immune: In 2015, the Houston metropolitan area ranked seventh among nearly one thousand metropolitan areas in its share of people who reside in the top 1 percent of incomes nationwide, according to a recent study by the Economic Policy Institute.

Technological progress, while making many workers more productive and adding high-skill jobs to the economy, also reinforces economic and other kinds of inequality, such as by race and gender. Technology has contributed to the rise of independent contractors, franchises and the gig economy. These trends have undermined their bargaining power to obtain wage increases and improved conditions.

Though it might be difficult to predict where technology will take jobs and employment in the decades ahead, we can make policy changes today that address inequality and ensure that workers are treated fairly and can earn their share of the productivity benefits technological advancement provides.

A fundamental step to reducing inequality is to ensure that our economy remains competitive and that the first mover advantage to create new platforms doesnt calcify into monopolies that stifle future innovation and entrepreneurship. Our 21st-century policies must be up to the task of ensuring market competition in the face of new technologies.

We also need to ensure that the gains of growth are shared. We have an easy way to do this: put in place a tax code that does not fossilize wealth into the hands of few. Changes in recent years have mostly benefited the wealthy and corporate interests, not the many. We need a tax code that gives us the capacity to make much-needed investments in our communities and our people that will ensure our economy can be competitive for generations to come. A number of proposals for taxing wealth have been offered; though some go farther than others, any step is a step in the right direction.

And, to directly support the workers who must contend with changing technologies, we need to modernize labor laws and other policies affecting workers to account for the changes taking place in the economy and to reverse actions that have weakened labor unions and worker power. The federal labor standards enacted in the 20th century essentially do not exist for millions of gig workers and others. Those standards for safety, for wages, for working conditions should be updated to meet the needs of todays families by including things like paid leave and extended to all.

In addition, workers voices need to be heard in the workplace. Worker input can lead to greater equity and more efficient production processes. See Harvard Universitys Labor and Worklife Program, which recently issued the Clean Slate for Worker Power, an agenda of policy recommendations that would strengthen the ability of organized labor to rebalance the power between workers and employers.

Luckily Houston has already begun to take action. In 2017, the Mayoral Task Force on Equity produced an in-depth report with a series of recommendations for addressing inequality in Houston. The policies included in Rising Together: A Roadmap to Confront Inequality in Houston ranged from a new jobs program and early childhood education reforms to greater investment in low-income neighborhoods and a more progressive tax system.

Too many conversations about technology and the future of work start from the premise that technology controls us, and not the other way around. If we want to ensure that technology serves all of us and that its benefits are broadly shared then we need to address inequality so that workers are better positioned to weather any challenges the robots might bring.

Boushey is the president and CEO of the Washington Center for Equitable Growth. She will be speaking about her book "Unbound: How Inequality Constricts Our Economy and What We Can Do About It" at Rice University on Wednesday, Feb. 12, at 6:30 p.m. This event is free and open to the public but registration is recommended. She will also be presenting at a Rice Scientia Conference on Work in the 21st Century: Automation, Workers, and Society Feb 13-14.

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Robots and artificial intelligence can benefit workers instead of hurting them if we address inequality today [Opinion] - Houston Chronicle

OTTO Motors to expand into Japanese markets with its mobile robots – Robot Report

OTTO Motors will expand into Japan with its mobile robots that can move materials. Image: OTTO Motors

OTTO Motors, the industrial division of Clearpath Robotics, announced today it would enter the Japanese market, its first expansion outside of North America. OTTO Motors develops self-driving vehicles that move materials within manufacturing and warehousing facilities.

OTTO Motors is partnering with Altech, a specialized trading company that imports advanced machinery and equipment form Europe and the U.S. to support Japanese industrial companies, the companies said in a statement. The announcement occurred at RoboDEX2020, an annual development and application expo in Tokyo.

This is a big moment for OTTO Motors, said Richard Baker, OTTOs chief revenue officer. Our innovative self-driving vehicles have been helping modernize factories throughout the United States and Canada since 2015. OTTO Motors entered the Japan market in 2018, and with several successful deployments completed, we are expanding our efforts in Japan working alongside Altech.

The two companies said they have already begun serving customers in the automotive, food, and industrial equipment industries in Japan. This includes HIROTEC, a Tier 1 automotive parts supplier to Mazda. HIROTEC installed three OTTO self-driving vehicles within its Hiroshima plant to deliver Mazda door panels to welding cells as part of a mission-critical process.

The materials handling platform allowed HIROTEC to reconfigure its processes to improve material movement efficiency and increase throughput, OTTO Motors said. By installing the vehicles, HIROTEC could eliminate the need for eight legacy autonomous guided vehicles (AGVs).

The company said this was the second deployment of OTTO systems within HIROTEC, the first being deployed at HIROTEC Americas in 2017 to help automate spare parts production.

Altech has a proud history of providing high-quality technology products and services to our customers, said Hidehiko Suyama, executive director of Altech. Now, we are proud to be the first to bring OTTO Motors products to the Japanese market, where we know there is great demand across several industries.

Mobile robotics companies continue to deploy self-driving industrial vehicles in factories and warehouses, as the global market for these types of robots is forecast to exceed $224 billion by 2030, according to ABI Research. OTTO said demand in Japan is expected to be particularly high because of the countrys aging population. Having fewer young people than older people means that there is not enough labor supply to do all the work needed to power the economy, the company said. Japanese manufacturers must rely on self-driving vehicles and other forms of industrial automation because there simply are not enough humans to do all the work that needs to be done.

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OTTO Motors to expand into Japanese markets with its mobile robots - Robot Report

U.S. companies cut back on installing robots in 2019 – Reuters

(Reuters) - The robot invasion slowed a bit last year.

FILE PHOTO: The aluminium cab of all-new 2015 F-150 pick-up truck moves down the robot assembly line at the Ford Rouge Center in Dearborn, Michigan, November 11, 2014. REUTERS/Rebecca Cook/File Photo/File Photo

U.S. companies installed fewer robots in 2019 than they did the year before, the first cut back since 2015, as a downturn in manufacturing fueled by trade wars and weaker demand dampened appetite for the machines.

Shipments fell to 23,758, a more than 16% drop, according to data seen by Reuters that was set for release on Tuesday by the Association for Advancing Automation, an industry group based in Ann Arbor, Michigan.

Robot shipments also fell in Mexico last year, declining 25% to 3,263, while shipments in Canada roughly held steady at just over 3,000 units.

(GRAPHIC: Robot shipments slowed last year, here)

A major goal of President Donald Trump has been to drive manufacturers to bring work back to the United States, presumably aided by new automation and robotics that would allow domestic plants to compete with cheaper labor in China and other lower-cost countries. But that trend appears to have been overwhelmed by a larger slowdown in manufacturing.

Alexander Shikany, vice president of the Association for Advancing Automation, said the slowdown is likely to be short lived. Orders for new robots in North America, a separate measure that gives a sense of how many machines will be installed in future months, increased last year by 1.6% to 29,988 units, Shikany noted.

The largest driver of that growth was a more than 50% jump in orders from automakers, which Shikany said were making robots part of their investment in the next wave of automotive technology.

No. 1 U.S. automaker General Motors Co (GM.N), for example, recently announced it was investing $2.2 billion to build electric trucks and autonomous electric vehicles at its Detroit-area plant in Hamtramck, Michigan.

Hytrol Conveyor Co Inc, a privately held company in Jonesboro, Arkansas, that produces conveyor belts and had sales last year of over $200 million, did not cut back on robot installations in 2019. With demand from e-commerce businesses and other warehouse operations booming, the company spent $1.9 million last year to help automate its assembly line.

David Peacock, the companys president, said the company realized three years ago it would have trouble keeping up with demand growth without more robots.

The investments have not cut jobs. Headcount at Hytrol Conveyors factory has increased 18% over the past three years to 1,300 workers. Revenues, meanwhile, are up nearly a quarter.

Reporting by Timothy Aeppel; Editing by Tom Brown

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U.S. companies cut back on installing robots in 2019 - Reuters

Global Mobile Robotics Market Analysis & Trends Over the Forecast Period, 2018-2028 – ResearchAndMarkets.com – Yahoo Finance

The "Global Mobile Robotics Market Analysis & Trends - Industry Forecast to 2028" report has been added to ResearchAndMarkets.com's offering.

The Global Mobile Robotics Market is poised to grow strong during the forecast period 2018 to 2028. Some of the prominent trends that the market is witnessing include adoption of UAVs for applications such as agriculture, surveying and mapping, focus on developing robots with special features, and increasing geriatric population worldwide boosting demand for service robots for elderly assistance.

According to component, the market is bifurcated into software, hardware, and support and service. in addition hardware segment is divided into power supply, actuator, sensor, control system, and other hardware components. Other hardware components are further divided into mechanical components, and electrical and electronic.

This industry report analyzes the market estimates and forecasts of all the given segments on global as well as regional levels presented in the research scope. The study provides historical market data for 2017, 2018 revenue estimations are presented for 2019 and forecasts for 2023 and 2028. The study focuses on market trends, leading players, supply chain trends, technological innovations, key developments, and future strategies. With comprehensive market assessment across the major geographies such as North America, Europe, Asia Pacific, Middle East, Latin America and Rest of the world the report is a valuable asset for the existing players, new entrants and the future investors.

The study presents detailed market analysis with inputs derived from industry professionals across the value chain. A special focus has been made on 23 countries such as U.S., Canada, Mexico, U.K., Germany, Spain, France, Italy, China, Brazil, Saudi Arabia, South Africa, etc. The market data is gathered from extensive primary interviews and secondary research. The market size is calculated based on the revenue generated through sales from all the given segments and sub segments in the research scope. The market sizing analysis includes both top-down and bottom-up approaches for data validation and accuracy measures.

Report Highlights:

Key Topics Covered:

1 Market Outline

1.1 Research Methodology

1.1.1 Research Approach & Sources

1.2 Market Trends

1.3 Regulatory Factors

1.4 Product Analysis

1.5 Application Analysis

1.6 Strategic Benchmarking

1.7 Opportunity Analysis

2 Executive Summary

3 Market Overview

3.1 Current Trends

3.1.1 Adoption of UAVs for Applications Such as Agriculture, Surveying and Mapping

3.1.2 Focus on Developing Robots With Special Features

3.1.3 Increasing Geriatric Population Worldwide Boosting Demand for Service Robots for Elderly Assistance

3.1.4 Growth Opportunities/Investment Opportunities

3.2 Drivers

3.3 Constraints

3.4 Industry Attractiveness

3.4.1 Bargaining power of suppliers

3.4.2 Bargaining power of buyers

3.4.3 Threat of substitutes

3.4.4 Threat of new entrants

3.4.5 Competitive rivalry

4 Mobile Robotics Market, By Component

4.1 Software

4.2 Hardware

4.3 Support and Service

5 Mobile Robotics Market, By Product

5.1 Unmanned Ground Vehicles (UGV)

5.2 Unmanned Aerial Vehicles (UAV)

5.3 Autonomous Underwater Vehicles

5.4 Unmanned Surface Vehicles (USV)

6 Mobile Robotics Market, By Application

6.1 Entertainment, Education, and Personal

6.2 Domestic

6.3 Field

6.4 Military and Defense

6.5 Public Relations and Inspection

6.6 Human Exoskeleton

6.7 Construction and Demolition

6.8 Logistics and Warehousing

6.9 Medical

6.10 Painting & DE Painting

6.11 Coating & Dispensing

7 Mobile Robotics Market, By Type

7.1 Personal and Domestic Robots

7.2 Professional Robots

8 Mobile Robotics Market, By Geography

8.1 North America

8.2 Europe

8.3 Asia Pacific

8.4 Middle East

8.5 Latin America

8.6 Rest of the World (RoW)

9 Key Player Activities

9.1 Acquisitions & Mergers

9.2 Agreements, Partnerships, Collaborations and Joint Ventures

9.3 Product Launch & Expansions

9.4 Other Activities

10 Leading Companies

10.1 Northrop Grumman Corporation

10.2 Kongsberg Maritime

10.3 Honda Motor Co., Ltd.

10.4 Softbank Robotics

10.5 Irobot Corporation

10.6 Ubtech Robotics, Inc.

10.7 Boston Dynamics

10.8 Kuka Ag

10.9 Lockheed Martin Corporation

10.10 Amazon Robotics

10.11 Bluefin Robotics Corporation

10.12 Samsung Electronics

10.13 Google, Inc.

10.14 Adept Technology, Inc.

10.15 Geckosystems Intl. Corp.

For more information about this report visit https://www.researchandmarkets.com/r/kfnkjx

View source version on businesswire.com: https://www.businesswire.com/news/home/20200211005623/en/

Contacts

ResearchAndMarkets.comLaura Wood, Senior Press Managerpress@researchandmarkets.com For E.S.T Office Hours Call 1-917-300-0470For U.S./CAN Toll Free Call 1-800-526-8630For GMT Office Hours Call +353-1-416-8900

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Global Mobile Robotics Market Analysis & Trends Over the Forecast Period, 2018-2028 - ResearchAndMarkets.com - Yahoo Finance

Otto Motors expands its autonomous mobile robots business to Japan – Robotics and Automation News

Otto Motors, the industrial division of Clearpath Robotics, is expanding into the Japanese market.

The move marks Ontario-based Ottos first expansion outside North America.

Otto Motors produces self-driving vehicles also referred to as autonomous mobile robots or warehouse robots that move materials within manufacturing and warehousing facilities.

Otto is partnering with Altech, a specialized trading company that imports advanced machinery and equipment from Europe and the US to support Japanese industrial companies.

The companies announced their partnership at RoboDEX2020, an annual robot development and application expo being held in Tokyo.

Richard Baker, Ottos chief revenue officer, says: This is a big moment for Otto Motors. Our innovative self-driving vehicles have been helping modernize factories throughout the United States and Canada since 2015.

Otto Motors entered the Japan market in 2018, and with several successful deployments completed, we are expanding our efforts in Japan working alongside Altech.

Together, Otto Motors and Altech have already begun to serve customers in the automotive, logistics, food and industrial equipment industries.

One such customer is Hirotec, a leading Tier 1 automotive parts supplier to Mazda. Hirotec installed three Otto self-driving vehicles within its Hiroshima plant to deliver Mazda door panels to welding cells as part of a mission-critical process.

The Otto materials handling platform allowed Hirotec to easily reconfigure its process to improve material movement efficiency and increase throughput.

By installing the three Otto self-driving vehicles, Hirotec was able to eliminate the need for eight legacy autonomous guided vehicles.

This is the second deployment of Otto within Hirotec, they were first deployed at Hirotec Americas in 2017 to automate spare parts production.

Hidehiko Suyama, executive director of Altech, says: Altech has a proud history of providing high-quality technology products and services to our customers.

Now, we are proud to be the first to bring Otto Motors products to the Japanese market, where we know there is great demand across several industries.

Otto expansion in Japan and partnership with Altech come at an important time for the market.

While there is a lot of attention on self-driving passenger vehicles, self-driving industrial vehicles, such as Ottos fleet of autonomous mobile robots and carts, are transforming material handling in numerous factories and warehouses.

The global market for mobile robotics is expected to exceed $224 billion by 2030, according to global technology market advisory firm ABI Research.

Demand in Japan will be particularly high because of the countrys demographic inversion. Having fewer young people than older people means that there is not enough labor supply to do all the work needed to power the economy.

Japanese manufacturers must rely on self-driving vehicles and other forms of industrial automation because there simply are not enough humans to do all the work that needs to be done.

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Otto Motors expands its autonomous mobile robots business to Japan - Robotics and Automation News

‘Nobody knows exactly’: China might lead the race to produce killer robots, NATO commander says – Washington Examiner

Chinas pioneering technology and internet companies are investing in artificial intelligence to erode the military advantage enjoyed in recent decades by the United States, according to western military officials.

In artificial intelligence, nobody knows exactly where everybody is in this kind of [development] to mention one of them, autonomous systems and so on, France's Gen. Andre Lanata, NATOs supreme allied commander for transformation, told the Washington Examiner in an exclusive interview. We all know that everybody is looking to such development, but we don't know exactly what is the level of investment these countries are providing and until which point they are.

Lanata, who leads NATO efforts to develop and upgrade military capabilities, echoed a U.S. admirals recent warning that U.S. adversaries can reach even the East Coast with a modern arsenal. The French general went a step further in saying just how modern, as his comments raise the specter of American forces surprised to find themselves outgunned by Chinas lethal autonomous weapons, or killer robots, as theyre sometimes known.

It's very difficult to say what is the gap, what will be the gap, as we have not a clear vision on the latest developments especially on the Chinese side, said Lanata, who is based in Norfolk, Va.

The technology is expected to "use sensor suites and computer algorithms to independently identify a target and employ an onboard weapon system to engage and destroy the target," as the Congressional Research Service put it recently.

Artificial intelligence is the future, not only for Russia but for all humankind, Russian President Vladimir Putin said in 2017. It comes with colossal opportunities, but also threats that are difficult to predict. Whoever becomes the leader in this sphere will become the ruler of the world.

Essentially, you have two sides that are worried about the other gaining an advantage, Peter Singer, an expert in what he calls the Robotics Revolution, said in September. That then has the ironic result of them both plowing resources into it, competing against each other, and becoming less secure.

The artificial intelligence race is just one area in which China and Russia are developing weapons that could rival U.S. capabilities, as military officials warn that the U.S. Navy should not feel safe even in home ports on the East Coast.

If we were to look at how great power competition will be driven, it will be driven by investments in gray matter as much as gray hulls, Vice Adm. Andrew "Woody" Lewis, who is also based in Norfolk, said last week. The gap that we'll have on a technological basis, weapons systems, will not be that great. It's how we fight.

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'Nobody knows exactly': China might lead the race to produce killer robots, NATO commander says - Washington Examiner

Virus Pushes Robots to the Frontlines of Hospitals – Bloomberg

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The deadly coronavirus outbreak, which has pushed the Chinese medical community into overdrive, has also prompted the countrys hospitals to more quickly adopt robots as medical assistants.

Telepresence bots that allow remote video communication, patient health monitoring and safe delivery of medical goods are growing in number on hospital floors in urban China. Theyre now acting as a safe go-between that helps curb the spread of the coronavirus.

A local resident uses a drone to spray disinfectant over a village in Henan province on Jan. 31.

Photographer: AFP via Getty Images

Keenon Robotics Co., a Shanghai-based company, deployed 16 robots of a model nicknamed little peanut to a hospital in Hangzhou after a group of Wuhan travelers to Singapore were held in quarantine. Siasun Robot and Automation Co. donated seven medical robots and 14 catering service robots to the Shenyang Red Cross to help hospitals combat the virus on Wednesday, according to a media release on the companys website. Keenon and Siasun didnt reply immediately to requests for comment. JD.com Inc. is testing the use of autonomous delivery robots in Wuhan, the company said in a statement. Local media has also reported robots being used in hospitals in the city as well as in Guangzhou, Jiangxi, Chengdu, Beijing, Shanghai, and Tianjin.

Siasun service robots in Shenyang, China in 2015.

Source: Visual China Group via Getty Images

The rapid spread of the coronavirus has left provincial hospitals straining to cope and helped accelerate the embrace of robots as one solution, turning the gadgets into medical assistants. These bots join Chinas tech-heavy response to the coronavirus outbreak, which also includes airborne drones and work-from-home apps. The jury remains out on how effective these coping tactics will be.

Read more: Drones Take to Chinas Skies to Fight Coronavirus Outbreak

Chinas rapid buildout of fifth-generation wireless networking in areas around urban hospitals has also seen a rise in 5G-powered medical robots -- equipped with cameras that allow remote video communication and patient monitoring. These are in contrast to robots like little peanut, whose primary function is to make indoor deliveries.

The technology of robots used in Chinese hospitals isnt high, but what this virus is also highlighting -- and it could be the next stage of Chinese robots -- is the use of medical robot deployment, said Bloomberg Intelligence analyst Nikkie Lu.

China Mobile Ltd. donated one 5G robot each to both Wuhan Union Hospital and Tongji Tianyou Hospital this week, according to a report by ThePaper.cn. Riding the 5G network, these assistant bots carry a disinfectant tank on board and will be used to safely clean hospital areas along a predetermined route, reducing the risk to medical personnel.

Zhejiang Peoples Hospital used a 5G robot to diagnose its first coronavirus patient on Sunday, according to a report by the Hangzhou news center run by the State Council Information Office. Beijing Jishuitan Hospital performed remote surgery on a patient in Shandong province via China Telecom Corp.s 5G network last June.

An employee tests a delivery robot.

While it may take patients a moment or two to get over the shock of being helped by a robot rather than a medical professional, bots have already permeated a growing number of sectors in Chinese society including nursing homes, restaurants, warehouses, banks and over 200 kindergartens.

Financial services company Huachuang Securities Co. believes even more robots are in Chinas immediate future. Pointing to National Bureau of Statistics data suggesting that domestic production of industrial robots increased by 15.3% in the month of December, they predict similarly fast growth in the current quarter, according to a report published by Finance Sina.

The increased quantity of robots deployed to combat the coronavirus has helped accelerate Chinas path to the goal it had already set for itself. The country wants to become one of the worlds top 10 most intensively automated nations by the end of this year.

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Virus Pushes Robots to the Frontlines of Hospitals - Bloomberg

NIOSH and the National Science Foundation’s Funding for Workplace Robots – Occupational Health and Safety

NIOSH and the National Science Foundations Funding for Workplace Robots

Funding will soon be available to further research collaborative robots (co-robots) in the workplace. The deadline to apply is February 26, 2020.

The National Institute for Occupational Safety and Health (NIOSH) recently announced its partnership with the National Science Foundation (NSF), the National Aeronautics and Space Administration, and the US Department of Agriculture to make funding available for collaborative robotics studies.

The Program Announcement from Dec. 2, 2019 called for proposal applications for the National Robotics Initiative 2.0 (NRI 2.0). The program reportedly expands on the original robotics initiative program to better support research of co-robotsrobots whose main purpose is to work with other people or other robots to accomplish a goal.

NIOSH sees potential in co-robots specifically to help reduce workplace risk exposures. Further research on co-robots will hopefully identify potential risks of co-robots to workers and evaluate various control strategies to protect workers.

Project research proposals should address industry sectors likely to deploy and benefit from co-robots such as agriculture, construction, healthcare, and mining. Proposals should consider modeling and simulation to evaluate potential hazards to humans in a virtual environment.

NIOSH will consider projects with budgets ranging from $85,000 to $250,000 per year for up to three years.

Those interested in applying for funding can read more about the opportunity on the NSF website. The deadline to apply is February 26, 2020 at 5:00 p.m. in the submitters local time zone. There are a number of platforms to which applicants can submit: FastLane, Research.gov, or Grants.gov.

This program and funding is through NIOSHs Center for Occupational Robotics Research which works to guide the development and use of occupational robots that enhance workers safety, health, and well-being. The Center researches a number of robotic topics such as robotic cells and cages away from human workers, emerging robotic technologies, wearable robotics or powered exoskeletons, remotely controlled or autonomous vehicles and drones, and future robots using advanced artificial intelligence.

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NIOSH and the National Science Foundation's Funding for Workplace Robots - Occupational Health and Safety

Worlds Largest Hub for Collaborative Robots Opens in Denmark: Danish Robotics Companies Mobile Industrial Robots and Universal Robots Invest $36M in…

Today, Denmarks Minister of Industry, Business and Financial Affairs, Simon Kollerup, unveiled what will become the new home of Mobile Industrial Robots (MiR) and Universal Robots (UR), the two flagships in the thriving Danish robotics industry. The companies will share 32,000 m2 (334,000 square feet) in a new "cobot hub" in the city of Odense, the heart of Denmarks rapidly expanding robotics cluster.

With financial backing from their joint U.S. parent company Teradyne, Mobile Industrial Robots (MiR) and Universal Robots (UR) have acquired a 50,000 m2 building site in Odense, where $36 million will be invested in the construction of a major cobot hub in the "cobot capital" of the world. Collaborative robots or cobots are now the fastest growing segment of industrial automation. Cobots are a type of user-friendly robots that can work closely with humans without the need for safety guarding, enhancing both work environment and productivity.

The new cobot hub supports Teradynes mission to further strengthen the significant leads that both MiR and UR have established worldwide.

"MiR and UR are leading the world in the collaborative robot revolution thats making automation solutions available to companies of all sizes. Teradyne continues to invest aggressively in the development of new products, solutions, and sales channels and this new facility is a key part of our growth strategy," says Mark Jagiela, President and CEO of Teradyne. "We have found something very special in Denmark. The Danes combination of innovative industrial design, combined with a practical business sense, have created a perfect combination for this emerging industry. The ability to make robots work in collaboration with humans in a user-friendly manner is something we have not encountered to this degree anywhere else in the world and were very excited to expand our capabilities in Odense."

This is not the first time the MiR and UR owner has provided cash support for robot development in Denmark. To-date, Teradyne has invested more than half a billion USD in the two young Danish robotic companies, both of which are growing rapidly.

Expects further job growthThe building site is in Odenses industrial district close to URs current headquarters, which will also become part of the new cobot hub. The two companies will continue as separate entities with the aim to create an attractive environment that will help attract new employees to facilitate the continued growth expected by the two companies in the coming years.

"Denmark has a significant lead in the global market for cobots. Investing ambitiously in building the worlds largest cobot hub right here in Odense makes a lot of sense," says Thomas Visti, CEO of Mobile Industrial Robots. "Offering a strong, professional environment with superb facilities enables us to attract talent from all over the world." MiR has hired 100 new employees the past year, with UR adding 280 new staff members during the past two years. Today, the two companies have 160 and 450 employees respectively based in Denmark. UR employs almost 700 employees worldwide while MiRs staff counts a total of around 220 globally.

Unique talent base in DenmarkJrgen von Hollen, President of Universal Robots, sees enormous potential in the cobot market. "This is a market expected to grow to a total value of almost $12 billion in 2030, according to ABI Research. Demand for Danish cobots already means that we are growing out of our current offices in Odense, both at UR and MiR," says the UR President. "Odense has a strong ecosystem of talent and we are pleased to have the opportunity to invest long-term in the unique robotics environment that we have been building here over the last 10 years."

Danish robotics cluster on the riseThe Danish robotics industry is currently booming; the 2019 annual survey from trade association Odense Robotics shows that 8,500 people now work for Danish robotics companies, 3,900 of them in and around Odense, Denmarks third largest city. If the industry follows the growth forecasts, the Danish robot industry will employ 25,000 employees in 2025 according to the Danish analyst firm Damvad.

And its not just the number of employees thats growing. Danish robotics companies total revenue rose by 18 percent in 2018, reaching $995 million with exports increasing 26 percent. These figures are particularly significant in that just 15 years ago Denmark did not have any robotics industry to speak of.

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Download images here:urrobots.com/cobothub

About Mobile Industrial RobotsMobile Industrial Robots (MiR) develops and markets the industrys most advanced line of collaborative and safe autonomous mobile robots (AMRs) that quickly, easily and cost-effectively manage internal logistics, freeing employees for higher-value activities. Hundreds of mid-sized through large multinational manufacturers and logistics centers, along with several hospitals around the world, have already installed MiRs innovative robots. MiR has quickly established a global distribution network in more than 60 countries, with regional offices in New York, San Diego, Singapore, Frankfurt, Barcelona, Tokyo and Shanghai. In 2019, MiR had a revenue of USD 44 million. Founded and run by experienced Danish robotics industry professionals, MiR is headquartered in Odense, Denmark. For more information, visit http://www.mobile-industrial-robots.com.

About Universal RobotsUniversal Robots (UR) was founded in 2005 to make robot technology accessible to all by developing small, user-friendly, reasonably priced, flexible collaborative robots (cobots) that are safe to work with. Since the first cobot was launched in 2008, the company has experienced considerable growth with the user-friendly cobot now sold worldwide. The company, which is a part of Teradyne Inc., is headquartered in Odense, Denmark, and has regional offices in the United States, Germany, France, Spain, Italy, UK, Czech Republic, Poland, Hungary, Romania, Russia, Turkey, China, India, Singapore, Japan, South Korea, Taiwan and Mexico. In 2019, Universal Robots had a revenue of USD 248 million. For more information, please visit http://www.universal-robots.com.

About TeradyneTeradyne (NASDAQ:TER) brings high-quality innovations such as smart devices, life-saving medical equipment and data storage systems to market, faster. Its advanced test solutions for semiconductors, electronic systems, wireless devices and more ensure that products perform as they were designed. Its Industrial Automation offerings include collaborative and mobile robots that help manufacturers of all sizes improve productivity and lower costs. In 2019, Teradyne had revenue of $2.3 billion and today employs 5,400 people worldwide. For more information, visit teradyne.com. Teradyne is a registered trademark of Teradyne, Inc. in the U.S. and other countries.

View source version on businesswire.com: https://www.businesswire.com/news/home/20200204005862/en/

Contacts

Company contact: Thomas StensblGlobal PR Managertst@universal-robots.com +45 89 93 89 89

Media contact:Mette McCallMcCall Mediamette@mccallmedia.net +1 415 847 8649

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Worlds Largest Hub for Collaborative Robots Opens in Denmark: Danish Robotics Companies Mobile Industrial Robots and Universal Robots Invest $36M in...

Okamura Partners with RightHand Robotics to Integrate Robotic Piece-Picking Solution – Yahoo Finance

BOSTON, Feb. 04, 2020 (GLOBE NEWSWIRE) -- Okamura Corporation, Japans leading provider of high quality products and services for offices, education, commercial facilities and distribution centers, and RightHand Robotics (RHR), a leader in providing autonomous robotic picking solutions, announced a partnership to further automate warehouse operations. RHRs autonomous piece-picking solution, RightPick2, will be integrated with Okamuras logistics solutions, such as AutoStore, beginning in February 2020.

RHR and Okamuras solution will be exhibited for the first time in Japan at the Logis-Tech Tokyo 2020 Innovation Expo being held at Tokyo Big Sight on February 19-21, 2020 in booth 1A-37.

With the demand for e-commerce and product assortment rapidly increasing, the need for piece-picking solutions has grown significantly. Additionally, labor shortages in the logistics industry, including securing employees for mundane tasks such as picking, has become a challenge for warehouse managers.

Okamuras material handling systems are designed to achieve safer, faster, easier and more precise operations. Its business is not only to streamline logistics, but also to research, develop and provide new material handling systems to meet the diverse needs of customers. With the integration of RightPick2, operator workloads and errors will decrease and warehouse efficiency and productivity will improve.

RightPick2 handles the core task of picking and placing individual items as part of a wide range of warehouse workflows and processes. It works collaboratively with logistics facility employees and existing manual or automated systems, providing businesses with a vital productivity boost as part of a lean and highly efficient material handling process. The solution combines an intelligent gripper, advanced computer vision, control software and machine learning to provide reliable automation to customers.

RightPick2 Features

There is no need to provide the robot with the dimensions, or pre-learn 3D models for each SKU. The robots share image intelligence based on experience. Even if RightPick sees an item for the first time, it will make its best effort and often succeed on the initial attempt.

The advanced system features the 5th-generation intelligent gripper with integrated sensing, the vision subsystem, robotic arm and processor. Together, these provide fast and gentle handling for tens of thousands of individual products, sufficient for the demands of the Japanese market.

About RightHand RoboticsRightHand Robotics (RHR) builds a data-driven intelligent picking platform, providing flexible and scalable automation for predictable order fulfillment. The software-driven, hardware-enabled modular solution is capable of adapting to any picking situation bringing reliability to order fulfillment in growing industries such as electronics, apparel, grocery, pharmaceuticals, and more. RHR was founded in 2015 by a DARPA challenge-winning team from the Harvard Biorobotics Lab, the Yale GRAB Lab, and MIT, intent on bringing grasping intelligence powered by computer vision and applied machine learning to bear on real-world problems. The company is based in the U.S. near Boston, Massachusetts, with offices in Tokyo, Japan and Frankfurt, Germany. For more information, visit http://www.righthandrobotics.com or follow the company on Twitter and LinkedIn.

About Okamura CorporationAs a leader in the material handling market in Japan and one of the biggest distributors worldwide of AutoStore, Okamura seeks to streamline logistics by constantly developing and providing new distribution systems through real-life experimentation. Okamura offers total support, from material handling system proposals resulting in financial benefits through increased speed, accuracy and safety of logistics, to software development, equipment installation, operational support and after-sales service. For more information on Okamura, please visit http://www.okamura.jp.

Contact details: Eugene HuntTrevi Communications for RightHand Roboticsmedia@righthandrobotics.com+1-978-750-0333

A photo accompanying this announcement is available at https://www.globenewswire.com/NewsRoom/AttachmentNg/678e45bf-3036-4a98-a7e8-03dee5d49be1

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Okamura Partners with RightHand Robotics to Integrate Robotic Piece-Picking Solution - Yahoo Finance

What robotics’ biggest raises tell us about the industry’s future – TechCrunch

I visited Boston last week and met with a number of robotics researchers, startups and established companies more on that later in the lead up to TechCrunchs fourth annual TC Sessions Robotics + AI in early March. A big part of prepping for that event and my recent trip involved surveying some of the biggest funding raises from the past year.

A quick survey of these trends finds most investments concentrated in a handful of key categories. From there, we can get a pretty clear view of what the robotics industry will look like in the coming years and the roles we can expect these machines to play in our daily lives.

The definition of robotics is, of course, broad and only getting broader, as these technologies grow and mature. Its worth noting that for the sake of my own research, Ive mostly excluded autonomous driving one of the key targets of robotics investment. It is, perhaps, an arbitrary distinction that has more to do with the way we categorize technologies placing them in automotive or mobility, as opposed to robotics.

Artificial intelligence startups, too, are included sparingly for similar reasons. With those caveats in mind, these verticals have been the key focuses of robotics investments: warehouse automation/fulfillment, construction, retail/food, agriculture and surgical/medical.

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What robotics' biggest raises tell us about the industry's future - TechCrunch