Category Archives: Robotics

New York, US, Aug. 23, 2022 (GLOBE NEWSWIRE) -- According to a comprehensive research report by Market Research Future (MRFR), Cognitive Robotics Market Analysis by Learning Type and By Application Forecast 2030 valuation is poised to register an 11.12% CAGR throughout the forecast period (20222030).

Cognitive Robotics Market Overview

The human-machine partnership can bridge the gap between productivity and performance. Major industries have already embraced Industry 4.0, which introduces new concepts of integrating cognitive science and artificial intelligence.

Cognitive Robotics Market Report Scope:

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The cognitive robotics market is demonstrating rapid revenue growth. The increasing use of AI-driven robots and cognitive intelligence boosts the market size. Besides, the rising demand for cognitive intelligence and cognitive automation driven by Industry 4.0 supports the market growth. Cognitive intelligence can help humans boost the decision-making process and drive customer engagement within a short time span.

Efficiency and process optimization are critical in manufacturing, and labor shortages can hamper business growth. Cognitive robotic solutions can optimize human workforces and collectively optimize them in a highly productive and efficient manner. Efficient operations always allow a significant amount of time-saving for workers, which they can utilize in learning new skills needed to uplift production capacities.

Cognitive Robotics Market Segments

The cognitive robotics market is segmented into learning types, applications, and regions. The learning type segment comprises motor Babble, imitation, knowledge acquisition, and others. The application segment comprises automotive, aerospace & defense, healthcare, consumer electronics, commercial, and others. The region segment comprises the MEA Asia Pacific, Americas, Europe, and rest-of-the-world.

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Cognitive Robotics Market Regional Analysis

North America heads the global cognitive robotics market, witnessing the vast demand from defense, healthcare, and security. Besides, rising developments and automation across production units substantiate the market demand in this region. The rising focus on enhancing communication capabilities that are required by the defense sector in this region boosts the cognitive robotics market size.

Europe is another lucrative market for cognitive robotics globally. Increasing implementations of robotic solutions in a large number of industries escalate the region's market value. Additionally, the well-established automotive and aerospace & defense sector and the steadily growing need for automated auto manufacturing processes in this region influence market revenues. Furthermore, increasing R&D activities and investments in developing robotics impact the market dynamics.

The APAC cognitive robotics market is growing rapidly. The presence of the growing number of key technology providers and increasing development centers in the region boost the region's market share, allowing the early uptake of advanced robotics. Moreover, the growing industrialization and manufacturing sectors drive the regional market growth.

Industry Trends

Digitalization and Industry 4.0 have started transforming the tech space with cutting-edge technologies. Innovations through cutting-edge technologies such as AI, robotics, and IoT have already started accelerating the productivity rate in various industries. These constant innovations have a huge impact on industrial scenarios. Industry 4.0 has pushed the boundaries to embrace digital transformation efficiently and effectively.

Over recent years, the cognitive robotics market has been making significant strides, mainly due to the integration of artificial intelligence technology in robotics. The rising use of cognitive robotics in growing numbers of manufacturing, distribution, and fulfillment centers for various industrial tasks offers enormous opportunities to market players.

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Increasing industrialization and automation across industrial sectors worldwide create significant market demand. With many organizations increasingly adopting cognitive infrastructure for rapid operation processes, the demand for cognitive robotics systems is growing rapidly. Moreover, improving internet connectivity heading with vast deployments of cognitive networks positively impact the market landscape.

Developments in software structures and wireless technologies define the growing market landscape, increasing the dependence of industries on robotic cognitive systems. Cognitive robotics platforms provide on-demand automation solutions for material handling and inventory management in warehousing applications. The rising demand for cognitive robotics is a major driving force behind the market growth.

Healthcare providers that use in-network face a large increase in patient appointments and have limited available staff & physicians need cognitive robots to manage their day-to-day operations. Bots with cognitive process automation (CPA) that can read and interpret medical claim forms and match medical notes are available to aid medical staff.

Also, machine learning is transforming the field of healthcare process management. Advanced optical character recognition (OCR) and natural language processing (NLP) let these bots understand and respond to claim applications. Implementing bots in the system can automate most healthcare services, incorporating cognitive automation into daily processes.

CPA has been increasing productivity, efficiency, and accuracy for healthcare providers. CPA-enabled bots can take healthcare processes like general administration and data entry to a new level. In addition to standard robotic process automation, these CPA-enabled bots can help make informed decisions, just like humans. Resultantly, ordering, obtaining, and processing labs becomes easy to delegate.

Cognitive Robotics Market Competitive Analysis

The well-established cognitive robotics market appears fragmented, with several key companies forming a competitive landscape. Technology providers incorporate strategic approaches such as collaborations, mergers & acquisitions, expansions, and product & technology launches to gain a larger competitive advantage. They focus on developing new solutions which fuel the already intensified market competition.

For Instance, on March 2, 2022, Sanctuary Cognitive Systems Corporation, a developer of human-like intelligence for robots, announced that it has raised US$58.5 MN in an oversubscribed Series A funding. The cognitive architecture of the company's humanoid robots can mimic the subsystems in a person's brain. Sanctuary's cognitive robots can be used to respond to labor shortage issues, helping people explore, settle, and prosper in outer space.

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Dominant Key Players on Cognitive Robotics Market Covered are:

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Cognitive Robotics Market Size To Reach USD 2.65 Billion by 2030 - Report by Market Research Future (MRFR) - GlobeNewswire

Padbot

Telepresence robots were marketed as the ultimate way a remote person could be present somewhere miles away. Yet, during the pandemic-driven work-from-home revolution, we didnt see mass adoption of these quirky iPad-on-a-stick robotic devices.

A telepresence robot is a device that can move around using remote control. It has onboard cameras and microphones so that the operator can feel like they are present in the place where the robot is. Telepresence robots are generally mobile as well, using self-balancing board technology.

Basically, if you attached an IPad to a selfie stick and glued that to a Segway, youd have something close to a telepresence robot.

Even if you work for a large company, youve probably never seen anyone use a telepresence robot. So you may think that its a dead product category, but youd be very wrong. Several companies are actively working on these robots, updating them, and selling them to businesses and individuals.

At the budget end of the market, there are telepresence robots such as the PadBot U1. This allows you to use any tablet computer that fits in the integrated holder, cutting down on the cost of the U1 itself, which comes in at around $800.

At the high-end of the market, you get the Ava Robotics telepresence robot, which has a price of if you have to ask, you cant afford it. The Ava has high levels of autonomy, so the user doesnt really have to control every fine motion of the device.

The short answer is that telepresence robots havent caught in a big way because theres almost always a cheaper and even better way of achieving the same thing. After all, if you can simply ask someone to press a button in their chat app to switch cameras, youre 99% of the way there.

Telepresence robots make sense only when only one person is remoting into a physical space such as a board room. However, in that case, the mobility of a telepresence robot is of questionable value.

We also live in an age of wide-angle cameras, allowing for features like Apple Center Stage where machine vision and image processing software lets a stationary camera look around the scene, focusing on whats important. Virtual Reality allows us to have embodied meetings using platforms such as VRChat. 360-degree cameras allow people to explore or view things like potential properties they want to buy.

The list of problems only these robots can solve is getting shorter by the day as other more practical gadgets take on more capabilities.

While telepresence robots dont make that much sense as remote work solutions, they still have quite a few use cases. For example, during the COVID 19 pandemic, these robots allowed people to visit their sick friends and relatives in hospital without exposing anyone to danger and without the need for the patient to do anything, like hold a phone.

These robots also have security use, allowing security personnel to monitor and communicate with the public without harming themselves.

Theres also a potential for technologies like VR and telerobotics to be combined. Imagine a telepresence robot with a 360-degree camera, controlled using a VR headset like the Meta Quest. So while telepresence robots arent likely to become the remote work hit they promised to be, theres still a place for them in the mix of remote presence technologies that exist today.

RELATED: VRChat Is a Universe of Virtual Worlds: Here's What It's Like

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What Happened to Telepresence Robots? - How-To Geek

Augmented Robotics offshoot RoboHeart has launched a crowdfunding campaign for a pair of robot-centric development boards, Hercules and Vela, with which it aims to offer a simple route into augmented reality robotics.

"RoboHeart is a combination of [the] maker boards 'Hercules" and its 5G connector board Vela,'" Augmented Robotics' Tony Nitschke explains. "RoboHeart Hercules is our special development board that abides by the motto 'one board for all purposes.' We at Augmented Robotics have gone the extra mile by infusing the magic of Augmented Reality with embedded systems. RC Car + RoboHeart Hercules + Smartphone App [equals] 'Drive RC Car in Augmented Reality!'"

The Hercules board is built around an Espressif ESP32-WROOM32 module with Bluetooth and Wi-Fi connectivity, and includes an integrated inertial measurement unit (IMU), three motor drivers with 1.5A maximum current on two and 3A "for beefy motorsport" on the third, a USB Type-C port with serial bridge for easy programming from the Arduino IDE, various general-purpose input/output (GPIO) pins, two Grove connectors, a JST-PH connector for optional battery power, and a JTAG connector.

The idea is that the board can be installed into an existing remote-control vehicle by simply removing the stock control board. Once installed, the board is linked to the companion smartphone app that scans the area and creates a virtual play space before allowing the user to drive the real-world vehicle through the augmented-reality racecourse.

If local Wi-Fi and Bluetooth connectivity isn't enough, RoboHeart offers the Vela expansion board. Compatible only with the Hercules board, the company claims, Vela adds a 5G cellular modem enabling the board to be controlled from any remote location, providing there's network coverage.

The company is currently crowdfunding the RobotHeart kits on Kickstarter with rewards starting at 39 (around $39) for the Hercules board alone; a kit including the Hercules board and a remote-control truck, plus access to an augmented reality game the company has developed, is available for 85 (around $85). All hardware is expected to ship in February 2023.

The RoboHeart Arduino library, meanwhile, can be found on GitHub under the permissive MIT license.

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Augmented Robotics' RoboHeart Aims to Be Your Path to Augmented Reality Robo-Gaming Projects - Hackster.io

Helix Robotics Solutions, the Robotics division of Helix Energy Solutions Group, Inc. (NYSE: HLX), has been awarded a 180-day firm-plus-options contract by a local Thailand contractor to perform decommissioning services using the subsea construction vessel Grand Canyon II.The contract scope of work includes DP3 vessel services, crane support and ROV services in connection with subsea well abandonment and decommissioning operations in multiple Thailand offshore fields and is scheduled to begin in the late fourth quarter 2022.

Jeremiah Hebert, Helixs Vice PresidentAmericas/APAC Region, stated This decommissioning award offshore Thailand is another significant project for Helix as it represents the flexibility of our vessel and ROV assets to seamlessly transition from renewable services we are currently supporting to oil and gas operations, and expands our already strong track record in the Asia Pacific region.

The Grand Canyon II is a DP3 multi-role construction support vessel equipped with a 250 MT AHC subsea crane, moonpool, two 3,000m rated 250hp UHD ROVs, integrated ROV deck space and removable bulwarks. With clear deck areas up to 1,650 m2, she is well suited for subsea construction, Inspection, Repair & Maintenance (IRM) and offshore renewables activities.

The Grand Canyon II has been under long-term charter with Helix since 2015, and recently signed a five-year charter extension that runs from January 2023 through the end of 2027. Most recently, she was working offshore Taiwan on Renewable energy and wind farm construction work.Source: Helix

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Helix Robotics Solutions Awarded Well Abandonment and Decommissioning Work Offshore Thailand - Hellenic Shipping News Worldwide

Image of the week: Human v humanoid

The World Robot Conference 2022, held in Beijing, wrapped up last Sunday, or so the robots would like us to think. But it would be remiss to just skip past this terrifying update on the ever-advancing skills of robotics experts, who can now not only design a robot with the same facial features as someone else, they can produce one that looks deeply unimpressed with its human counterpart. Humanoid robots with the ability to mimic human expressions to an uncanny extent were the stars of the show, with other robots manifesting in the shape of scientists Albert Einstein and Michael Faraday. Robotics companies are now mastering the art of imbuing their creations with more complex movements than just sitting, standing and walking about, giving them more dexterous hands, more realistic skin and in the scariest development yet getting them to smile.

The considerable debt pile at Cineworld, which admitted this week it was thinking about filing for Chapter 11 bankruptcy in the US.

Top Gun: Maverick has taken more than this much at the worldwide box office this summer, making it the sixth-highest grossing film in history, but a cinema chain cannot dine out on Tom Cruise alone.

Box office data from Comscore suggests global cinema takings are this much lower in 2022 than in 2019, with the number of actual releases down by an even greater degree.

French transport minister Clment Beaune has the not unreasonable belief, shared by many, that perhaps millionaires, billionaires and multibillionaires shouldnt just be allowed to zoom about all over the planet on private jets, burning it in the process. I think we should act to regulate flights by private jets, the ally of Emmanuel Macron told Le Parisien newspaper. France will now consult its EU partners on how to go about this, with transport ministers due to meet next month. Beaune (41) has a track record of saving on carbon emissions himself inadvertently, anyway. In 2001, while completing a years study at Trinity under the EUs Erasmus programme, he lived with other students in a rundown house near Seapoint Dart station. Sometimes it was like camping, he told The Irish Times in 2020. The heating didnt work and there was rarely hot water.

Nobodys economy is exactly in perfect shape at the moment, but in Britain, where Conservative Party members are preparing to install a new prime minister, the outlook looks especially gloomy.

1. Official recession forecast: The Bank of England expects the UK economy to slide into recession by Christmas, thanks to surging energy bills, and then keep shrinking for more than a year.

2. Soaring inflation: The annual rate of consumer price increases could hit 18.6 per cent in early 2023, analysts at investment bank Citi said earlier this week. UK inflation hasnt been that high since the 1970s.

3. Interest rate response: Investors now expect the Bank of England to raise the cost of borrowing to 4 per cent next year, more than doubling the current rate of 1.75 per cent.

4. Factory slump: A manufacturing downturn appears to have deepened this month amid staff shortages, supply bottlenecks and waning customer demand, while growth in services has turned anaemic.

5. Brexit: As OECD chief economist Laurence Boone put it earlier this summer, theres probably a bit of Brexit in the explanation for the UKs economic performance, which the OECD expects to be the second worst among G20 countries in 2023, behind only Russia.

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It's behind you: the humanoid robots that look creepily real - The Irish Times

FREMONT, Calif., Aug. 02, 2022 (GLOBE NEWSWIRE) -- Safetrust, a pioneer in secure and virtual credential solutions, and Cobalt Robotics, the only machine learning startup to replace security guard posts with autonomous robots around the world, today announced the companies have further integrated Cobalts robotics with the Safetrust sensor ecosystem. The partnership allows Cobalt robots to connect with the Safetrust ecosystem of security offerings seamlessly.

Cobalt robots provide safety and security primarily through corporate office spaces, automating security workflows more reliably than humans. With this deeper integration between Safetrust and Cobalt, businesses can better track where the robots are located and how robots interact with people based on their credentials and instantly deploy robots in emergencies. This could include active shooter scenarios where robots have access to doors and areas in the building and can quickly respond.

Safetrust is a pioneer in identity, utilizing technology to offer employees safe, frictionless movement throughout their spaces, said Mike LeBlanc, President of Cobalt Robotics. Our robots provide the same comfortable and effective solution for companies around the world. Were proud to continue building the future of security with Safetrust.

This recent expansion allows Safetrusts and Cobalts customers to leverage technology even more as they face labor shortages and a high turnover of security personnel. As they deepen their relationships, security personnel can do more than they ever have before with smaller teams.

We are proud to support Cobalt in its critical mission to create advanced robotics, particularly for keeping spaces safe and secure, aligning with our vision of connected, seamless access, said Deon Chatterton, VP of Product Management for Safetrust. It becomes more than just a robot opening a door. A robot can integrate with a larger identity ecosystem, providing on-demand identification, like employee onboarding, visitor credentialing, mustering, detecting unauthorized people and resources in active shooter scenarios, and more.

Cobalts Remote Guarding Service SolutionCobalts Remote Guarding Service Solution includes state-of-the-art robots with over 60+ sensors including day-night cameras, 360-degree cameras, thermal cameras, depth cameras, LIDAR, and badge reading capabilities. Using machine learning, semantic mapping and novelty detection, the robot can independently identify and flag security-relevant anomalies like people, sounds, motion, doors and windows and missing assets. Each robot has a screen for communication between remote security specialists and people on-site.

In the event of an incident, Cobalts security specialists provide human assistance for complex situations. They will triage the incident, contact appropriate personnel and report back to the security team 24/7/365 based on collaboratively established post orders. They can also provide two-way video from the robot to greet employees, request badge credentials and ensure guest check in.

About SafetrustSafetrust delivers a touchless access experience that modernizes the new workplace to be secure, integrated, and convenient. Using virtual credentials stored in mobile phones or wearables, Safetrust enables employees to move seamlessly through secured doors, elevators, turnstiles, and more. Safetrust eliminates the need to replace access readers by leveraging existing infrastructure, providing a fast, cost-effective, and convenient upgrade path to touchless virtual credentials. Safetrust is headquartered in Fremont, California. For more information, visitwww.safetrust.com.

About Cobalt RoboticsCobalt Robotics is the only company to automate repetitive manual security and facility tasks with an integrated service which unifies state-of-the-art robotics, machine learning software, and expert human oversight. Its technology platform and 24/7 dedicated professional security services team improve safety, security and facility workflows with greater efficiency and predictability at substantially reduced costs, while allowing guards to focus on tasks that require judgment, empathy and decision making. Cobalts mobile robotics help companies make their spaces smarter, safer, and more secure, protecting both their employees and intellectual property. Leading enterprises including General Motors and Slack demonstrate that automation in the workplace is a top to bottom priority with Cobalt.Learn more at cobaltrobotics.com.

Media ContactsBrooke Grigsby; Safetrust+1 510-497-0799bgrigsby@safetrust.com

Kerry Metzdorf for Cobalt Robotics+1 978-463-2575kerry@big-swing.com

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Safetrust and Cobalt Robotics Expand Partnership Integrating Cobalt's Robotics with Safetrust Sensor Ecosystem - GlobeNewswire

A White Castle team member next to Miso Robotics' Flippy.

Courtesy: Miso Robotics

Before the end of this year, a brand-new pizza purveyor plans to hit the Los Angeles area. But this isn't just another pizza place.

This company plans to serve pizza from trucks and the pies themselves are put together not by humans but by robotics developed by former engineers from SpaceX. The machine can produce a pizza every 45 seconds.

Benson Tsai, who founded Stellar Pizza in 2019 along with fellow SpaceX engineers Brian Lagone and James Wahawisan, got about two dozen former SpaceX employees to build a touchless pizza-making machine that fits in the back of a truck.

Stellar isn't the first company to conceive of robot-made pizza, and the early track record for the business model includes one notable failure. Softbank-backed Zume Pizza, which was once valued at $4 billion,shuttered its robot pizza delivery business in January 2020 and has sincepivoted to making compostable packaging.

Entrepreneurs are not giving up on the robot pizza concept, and they are taking it global as well. In February, Dubai launched an automated pizza kiosk, a project backed by chef Anthony Carron's 800 Degrees Go of Cleveland, which specializes in wood-fired cooking, and robot-based artisanal pizza maker Piestro of Santa Monica, Calif. The two plan to have3,600 machines deployed in the next five years.

The trend has moved far beyond pizza as well, with Miso Robotics, the maker of the Flippy 2 a robot arm that works the fryer at fast-food restaurants already deployed at Chipotle, White Castle and Wing Zone. It's being introduced to the Middle East market as well through a partnership with Americana, a franchisor and franchisee with over 2,000 restaurants in the region including KFC, Hardees and Pizza Hut.

Jake Brewer, Miso Robotics' chief strategy officer, said such machinery will soon be commonplace in restaurants.

"I believe that if anyone wanted to, they could go see a robot working in a restaurant in 2024, 2025," Brewer said. "You can go see robots cooking right now and that's only going to grow week over week."

Chipotle Mexican Grill worked with Miso Robotics to customize the "Chippy" robot, which cooks and seasons Chipotle's chips with salt and fresh lime juice. The robot is trained to recreate the exact recipe using artificial intelligence.

As of March, Chipotle was testing the robot at its innovation hub in Irvine, California, the Chipotle Cultivate Center. The company plans to use it in a restaurant in Southern California later this year and will determine if it will roll it out nationally.

"Right now, the general sense is that there's going to be a lot more robots," said Dina Zemke, assistant professor at Ball State University. She said in the past adding robotics to the staff was prohibitively expensive, but now there are more companies making kitchen-ready robots, which is helping to drive prices down.

A finished pepperoni pizza exiting a machine made by Stellar Pizza, a robotics-powered mobile pizza restaurant created by a team of former SpaceX engineers

Medianews Group/long Beach Press-telegram | Medianews Group | Getty Images

Fast-food preparation is made for robotics. "The recipes are highly standardized. And really, it's mostly heating an assembly," Zemke said. "No one's creating just the right secret sauce in the back of the house; all of that is provided through a commissary system."

Wing Zone, a 61-unit chain, is perhaps the most robotics-friendly fast-food restaurant right now. In May, the chain expanded its relationship with Miso Robotics. Wing Zone has been testing Flippy 2 in the last step of the wing-frying process and is using its Wing Zone Labs arm to develop fully automated Wing Zones.

Part of the adoption is driven by an inability to find workers. The National Restaurant Association reported last year that 4 in 5 operators are understaffed, and overall employment in the leisure and hospitality category that includes restaurant staffing has been the most challenged since the pandemic, according to data from the Bureau of Labor Statistics.

A recent report from Lightspeed found that 50% of restaurant ownersplan to install automation technologywithin the next two or three years.

For Chipotle, it's not about replacing workers butallowing them to complete more impactful tasksthan repetitive things like making chips.

"It started with, 'How do we remove some of the dreariness of a worker standing at the fryer and frying chip basket after chip basket?'" Chipotle chief technology officer Curt Garner told CNBC earlier this summer. "It allows our crew to spend more time doing culinary tests, serving guests," he said.

Clemson University professor Richard Pak, an expert on the use of autonomous technology, said automation works better for food that is cheap. "When you're paying for it, when you're paying more, you're paying for experience and artistry and experience," he said. "And so I don't know if these kinds of robots would be acceptable in higher-end restaurants. People would wonder what they're paying for."

Yet there is some trepidation in the broader restaurant market as well. Arecent pollby Big Red Rooster found that a third of diners don't want to see robots preparing their food.

For Stellar founder Tsai, the robotics are a means to an end: making sure that the company can deliver an affordable pizza pie that customers like. While pricing has not been finalized, he said the target price is "definitely sub-$10." A 12-inch pie of cheese pizza will run about $7, Tsai said.

The plan for Stellar, which has raised $9 million in funding, includes national expansion.

"The pizza market is a big, big market and as we sort of establish a foothold here in Los Angeles we will start to grow and expand outwards towards Las Vegas, towards Phoenix, towards Texas," Tsai said.

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Robot cooks are rapidly making their way into restaurant kitchens - CNBC

ERLANGER, Ky., Aug. 2, 2022 /PRNewswire/ --AHS, a Hy-Tek Material Handling Company and leading full-service provider of integrated fulfillment and distribution solutions, has partnered with Tompkins Robotics, a global leader focused on the robotic automation of sortation solutions. This partnership will help to expand the automated material handling capabilities of AHS and the entire Hy-Tek organization. With Hy-Tek's comprehensive suite of services, the addition of the modular and scalable tSort Sortation solution will support a streamlined process, improve employee productivity, and maximize the return on investment for the supply chain industry.

"We are excited to start our partnership with Tompkins Robotics, a proven scalable and flexible robotic sortation solution," said Zac Boehm, Vice President of Innovation and Technology at AHS. "By formalizing our partnership, it allows Hy-Tek to add to its existing solutions by not only enhancing our G2P technologies, but allowing us to solve inbound, outbound, and product sortation with a scalable robotic solution."

Changing economic conditions, a tight labor market, and consumer spending habits require today's supply chain to be adaptable, scalable, and demonstrate a faster ROI than systems of the past. This new product offering will help AHS deploy a robotic sortation solution faster and more seamlessly than ever before.

"This partnership with Tompkins Robotics offers a simple, low-cost approach to sortation that can be quickly integrated into our customer's distribution and order fulfillment processes to drive efficiency and increase throughput," said Collette Henn, Sr. Manager of R&D and Software Deployment at AHS.

Tompkins Robotics systems can be deployed in every node of the supply chain. The modular solution deploys effectively in small operations in the backroom of a grocery, supercenter, or mall anchor store to large fulfillment centers processing millions of units a day. Their systems maximize performance, making our clients more agile, adaptable, profitable, and successful in today's dynamic marketplace.

"AHS is a leader in innovative solutions. This partnership gives AHS and the entire Hy-Tek organization the unique ability to leverage their wide range of automated and robotic material handling and fulfillment technologies for a truly integrated solution that delivers an industry-leading value proposition," said Thompson Brockmann, Vice President of Operations at Tompkins Robotics.

Headquartered in Columbus, OH, Hy-Tek is a material handling automation integrator serving clients in diverse end- markets and applications, including e-commerce, third-party logistics, and parcel. Hy-Tek was established as a combination of Hy-Tek Material Handling, WorldSource, BP Controls, Fascor, LCS, and AHS. Together, they operate as Hy-Tek Material Handling, LLC. Hy-Tek is the premier single-source provider of material handling solutions for a wide range of industries including manufacturing, distribution, retail, construction, food, electronics, and automotive. Since 1963, Hy-Tek and its best-in-class industry partnersincluding manufacturers of industrial equipment; conveyor systems; automated storage and retrieval systems; rack and shelvinghave been providing customers large and small with turnkey solutions. From customized one-of-a-kind handling and storage systems to pre-assembled buildings and off-the-shelf productsHy-Tek's experienced team of engineering, sales, operations, and project management professionals partner with customers to help enhance productivity, streamline processes, and boost profitability. With over 500 employees, Hy-Tek serves customers in the United States, Canada, and Mexico from offices in Georgia, Illinois, Kentucky, New Jersey, Ohio, Pennsylvania, and Tennessee. For more information, visitwww.hy-tek.com

AHS, a Hy-Tek Material Handling company, is a leading full-service integrator of automated fulfillment and distribution solutions, with a portfolio that encompasses 3PL, eCommerce, retail, wholesale, food and beverage, and healthcare. Headquartered inErlanger, Kentucky, AHS is committed to unlocking the full potential of the supply chain to help its clients better serve their customers. The company uses its strategic partnerships of equipment and robotics manufacturers to create best-in-class solutions that solve a wide variety of pain points-- proven by the success of its clients. AHS has created a reputable brand over the past 45 years by creating strong relationships with its partners and clients, inspiring innovation, and consistently exceeding customer expectations. For more information, visit http://www.ahs1.com

Tompkins Robotics is a global leader focused on the robotic automation of distribution and fulfillment operations. Our primary sortation system, tSort, consists of autonomous mobile robots that sort a wide range of items and parcels to consolidation points for order fulfillment, store replenishment, returns, parcel distribution virtually any process in the supply chain. Our systems maximize performance, making our clients more agile, adaptable, profitable, and successful in today's dynamic marketplace. For any additional information, please email us at [emailprotected]or see us at https://tompkinsrobotics.com/

Press Contact:

Patrice AdamsDirector of Marketing, AHS513-265-8915[emailprotected]

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Hy-Tek and AHS Announce Partnership With Tompkins Robotics - PR Newswire

MarketsandMarkets Research Pvt. Ltd.

Chicago, Aug. 01, 2022 (GLOBE NEWSWIRE) -- Warehouse RoboticsMarket is expected to grow from USD 4.7 Billion in 2021 to USD 9.1 Billion by 2026, at a CAGR of 14.0% during forecasted period, according to a new report by MarketsandMarkets. Few of the drivers of warehouse robotics market include expanding e-commerce industry, increasing funding from venture capitalists, rising need for enhancing the quality and reliability of warehouse operations, and growing adoption of warehouse robotics by SMEs. However, factors such as high installation cost and lack of a skilled workforce are expected to restrain the market growth. The integration of Industry 4.0 with warehouse robots and technological advancements in AMRs are expected to create high growth opportunities in the warehouse robotics market.

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The warehouse robotics market is dominated by players such as

ABB Ltd. (Switzerland),

KUKA AG (Germany),

KION GROUP AG (Germany),

Daifuku (Japan),

FANUC Corporation (Japan),

Geekplus Technology (China), GreyOrange Pte. Ltd. (US),

Murata Machinery Ltd. (Japan),

Omron Corporation (Japan),

Toyota Industries Corporation (Japan),

Shopify, Inc. (Canada),

Hikrobot (China),

IAM Robotics (US),

inVia Robotics, Inc. (US),

JBT (US),

Knapp AG (Austria),

Locus Robotics (US),

Autonomous mobile robots (AMRs) segment is expected to grow at the fastest rate during the forecast period

The Autonomous mobile robots segment is expected to witness the fastest CAGR during the forecasted period. The increasing preference for e-commerce shopping platforms and the growing need for enhancing the efficiency of warehouses have led companies to focus on automation of operations. Besides, the increasing affordability and return on investment (ROI) are expected to drive the growth of the market segment. The growing adoption of mobile robots by large e-commerce companies, such as Alibaba Group (China), JD.com (China), Walmart (US), Kroger (US), Woolworth (Australia), Ocado (UK), Meijer (US), H-E-B (US), and Albertsons (US), is expected to further create lucrative opportunities for the providers of mobile robots.

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Browse in-depth TOC on Warehouse Robotics Market200 - Tables57- Figures268 - Pages

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Picking and Packaging segment to hold the second largest market share in 2021

The picking and packaging segment was estimated to hold the second largest market share in the year 2021. With the growing popularity of online shopping, many e-commerce companies are implementing picking and packaging robots to streamine their operations and improve effeciency. Pick and place robots are used to pick a product from one location and place it at another. The robots used for the picking and placing operation of goods and products speed up the order processing time, reduce associated labor costs, and increase the accuracy and consistency of the operation. Some of the ompanies that offer these robots are Shopify, Inc. (6 River Systems) (Canada), Toyota Industries (Japan), FANUC Corp. (Japan), Berkshire Grey (US), Plus One Robotics (US), and RightHand Robotics (US).

China is expected to grow at highest CAGR in Asia Pacific region during forecast period

The e-commerce industry in China has evolved rapidly over the past 5 years supported by the high internet and smartphone penetration, increasing consumer confidence in online shopping, emergence of various e-commerce platforms, and availability of several payment solutions, such as Alipay and WeChat Pay. The pandemic further accelerated the growth of the industry as consumers buying behaviours have shifted towards online shopping. Some of the major players in the warehouse robotics market in China are Geekplus Technology (China), Hikrobot (China), Shanghai Quicktron Intelligent Technology Co. Ltd. (China), among others. The increasing trend of online retail shopping, rising number of start-ups in China that are developing mobile robots, and active funding by venture capitalists for the development of mobile robots are some of the key factors driving the growth of the warehouse robotics market in China.

The scope of the report covers detailed information regarding the major factors, such as drivers, restraints, challenges, and opportunities, influencing the growth of the warehouse robotics market. A detailed analysis of the key industry players has been done to provide insights into their business overviews; solutions and services; key strategies; new product launches; and partnerships, agreements, and collaborations; and recent developments associated with the warehouse robotics market.

Related Reports:

Industrial Robotics Market by Type (Articulated, Collaborative Robots), Component, Payload, Application (Handling, Processing), Industry (Automotive, Food & Beverages), and Region (2021-2026)

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Warehouse Robotics Market Projected to Reach worth $9.1 billion by 2026 - Yahoo Finance

Robots suck.

Its a bold declaration for a startup founder aiming to work with robots or more accurately, the software that helps turn a tractor, tiller or forklift into an automated vehicle. But Stefan Seltz-Axmacher, who previously founded and led the now shuttered autonomous vehicle startup Starsky Robotics, is trying to make a point.

Theyre really difficult, they break all the time and getting to a stable product is really hard, Seltz-Axmacher said in a recent interview. Everyone kind of ends up building nearly everything from scratch, for nearly every application.

To make matters more complex, robots used in warehouses, mining, agriculture and other industrial environments have hyper-specific applications that are structured and are often repeated thousands of times. In other words, the farmer in Iowa, the yard truck operator in Florida and the e-commerce giant with 100 warehouses spread throughout the country have specific needs that no one else does.

Thats where Seltz-Axmacher, co-founder Ilia Baranov and their new startup Polymath Robotics hope to come in. The pair have developed a plug-and-play software platform and an accompanying SDK that allows companies to quickly and cost efficiently automate industrial vehicles. Think of it as SaaS for industrial robotics.

Image Credits: Polymath Robotics

Polymath Robotics, which came out of stealth Friday and is a Y Combinator Summer 2022 cohort, aims to become the Oracle of the robotics world. The startup is building basic generalizable autonomy designed to automate the 50 million or so industrial vehicles that are operating in closed environments today.

The San Francisco-based startups software is hardware and business model agnostic and focuses on all the features a company might need to run their automated robot, tractor, or forklift, including path planning, hazard detection, behavior trees, human detection, controls tuning and safety.

Polymath, under the lead of Baranov (who is CTO and previously led robotics teams at Clearpath Robotics and Amazon Lab 126) also created, and now released, a free tool called Caladan that lets users build on top of the companys software in simulation. And unlike other sims, this can be viewed and created on an internet browser and doesnt require the installation of other tools like ROS, Gazebo or even Linux, according to the company.

The Polymath Robotics software platform lets another startup, warehouse owner, farmer or mining company skip the often long process of building out autonomy, a safety layer and front-end app. Seltz-Axmacher said the software lets these users just focus on the app, connect to its REST API and command a virtual tractor, forklift or other kind of robot in sim.

Polymath is already driving unmanned and working with potential customers. But technical teams interested in seeing how it works can start building for free in simulation via its API.

Polymaths API tells the robot what to do, whether its in the simulation tool or in the real world. For instance, this TechCrunch reporter was able to control a tractor located in a dusty lot in Modesto, California via an internet browser while sitting at her desk in Arizona.

Of course, software alone cannot turn a tractor into an automated vehicle that operates without a human. Polymath has partnered with Idaho-based startup Sygnal Technologies to help on the hardware side of things by providing retrofits with their drive-by-wire kits.

Sygnals CEO and co-founder Josh Hartung knows a thing or two about automated vehicles and drive-by-wire systems. His previous startup PolySync, which has since shutdown, developed an automated vehicle software platform as well as a drive-by-wire kit that numerous other startups used in their own AV demos.

This time around, Hartung and his co-founder Trey German developed a drive-by-wire kit designed with redundant controls for the accelerator, brake and steering and proprietary switching technology. And its built with fleets and commercial deployments not demos in mind. After years of experiencing the hype around AVs and seeing numerous startups, including his own, get caught up in a cycle of demos and proof of concepts in order to get funding, Hartung believes the industry is finally shifting towards reality.

I believe the next stage of autonomy is actually returning to business principles, Hartung said, adding that Polymath seems well aligned with this shift.

It seems a number of angel investors have already taken notice of the 10-person team at Polymath.

While Seltz-Axmacher isnt ready to share exactly what the company has raised, he did list some of the companys angel investors, all of whom have backgrounds in autonomous vehicle technology, software and robotics. The group includes Catapult Ventures managing director Darren Liccardo, Thursday Ventures general partner Matt Sweeney, Cruise co-founder and CEO Kyle Vogt and Oliver Cameron, the former co-founder and CEO of Voyage who is now at Cruise, according to Seltz-Axmacher.

What were hoping is to make robotics look a lot more like SaaS in terms of how quick you can get in and out, he added.

Sweeney, who formerly worked at Neuralink and was product and engineering lead at Uber before launching Thursday Ventures, believes the startup has the right product, at the right time.

Whats appealing about this approach is that I can see a future of an Oracle-like company of robotics, Sweeney said. All sorts of business come to Oracle for hardware and software solutions for their business, and with minor configurations can plug it into their business. If you project forward 10 to 15 years where can this end up its an enormously audacious goal, but I think it can also continue to provide value all along the way.

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Polymath Robotics launches to bring plug-and-play autonomy software to any industrial vehicle - TechCrunch