|
From the Editor
Looking back at 2021's Biggest Robotics Stories
We are hitting the finish line for 2021, but before we open up our new Garfield calendar to see what happens in 2022, let’s take a look back at some of the top stories of the year. Below you will find our most-read stories on Robotics-World, the top opinions from contributing robotics experts, the most watched video and just a few of my favorite robots from the year. You’ll also see some of the biggest deals that took place (mainly mergers in the mobile robot space). Before the year ends, let me once again thank the readers of Robotics World for sticking with us through the year – please click on and visit our sponsors for more details on their products, and we’ll see you next week with robotics news from 2022!
– Keith Shaw, Managing Editor. |
|
|
|
Researchers’ Algorithm Designs Soft Robots That Sense
MIT researchers have developed an algorithm to help engineers design soft robots that collect more useful information about their surroundings. The deep-learning algorithm suggests an optimized placement of sensors within the robot’s body, allowing it to better interact with its environment and complete assigned tasks. There are some tasks that traditional robots — the rigid and metallic kind — simply aren’t cut out for. Soft-bodied robots, on the other hand, may be able to interact with people more safely or slip into tight spaces with ease. But for robots to reliably complete their programmed duties, they need to know the whereabouts of all their body parts. That’s a tall task for a soft robot that can deform in a virtually infinite number of ways. |
|
|
Quanergy Debuts Smart Lidar for Industrial Automation Uses
Quanergy Energy Systems, which develops OPA-based solid-state lidar sensors for automotive and IoT use cases, has announced the M1 Edge 2D lidar sensors paired with Quanergy’s QORTEX Aware perception software. The M1 Edge is an integrated software and hardware solution designed to collect, analyze and interpret lidar point cloud data for several industrial applications without requiring additional programming. The M1 Edge includes compact, lightweight lidar sensors with accurate sensing capabilities up to 200 meters away, broad 360-degree coverage, and angular resolution of 0.033 degrees for best-in-class measurement, Quanergy said. The sensors are IP67 rated for harsh environments, and can perform in any lighting or weather conditions, providing up to 60,000 hours mean time between failure and delivering a lower cost of ownership than competing solutions. |
|
|
|
|
|
|
GrayMatter Robotics Raises $4.1M to Tackle Surface Finishing Tasks for Manufacturers
GrayMatter Robotics, which develops software and artificial intelligence algorithms to create smarter robotic assistants, has announced it raised $4.1 million in seed round funding. The round was co-led by Stage Venture Partners and Calibrate Ventures, with participation from 3M Ventures, OCA Ventures, Pathbreaker Ventures, and B Capital Group. Founded in 2020 by Ariyan Kabir (CEO), Brual Shah (CTO) and Satyandra (S.K.) Gupta (Chief Scientist), GrayMatter Robotics develops proprietary AI algorithms that enable industrial robots to program themselves. The company packages its software with commercially available robots, sensors and end-of-arm tools to deliver smart robotic assistants to manufacturers for surface-finishing applications, such as sanding, polishing, deburring, and spraying. |
|
|
|
Video: Watch Hyundai’s Uncrewed Mobility Vehicle Concept
Hyundai Motor Group has revealed its uncrewed ultimate mobility vehicle (UMV), which it has dubbed TIGER (Transforming Intelligent Ground Excursion Robot). This is the company’s second UMV and the first designed to be uncrewed. The robot aims to carry various types of payloads while traveling over challenging terrain, either as a four-wheel drive vehicle or a four-legged walking machine. TIGER is being developed by Hyundai Motor Group’s New Horizons Studio, based in Mountain View, Calif. The studio was established late last year to develop UMV’s drawing on research and innovation leadership from Silicon Valley and other innovation hubs. |
|
|
|
|
|
A Closer Look at the Motors in Perseverance’s Mars Rover
NASA’s Perseverance rover landed on the surface of Mars on Thursday, Feb. 18, after having traveled more than 470 million kilometers. Included within the most complex robotic systems ever built by humans are several of maxon’s electric drives to handle soil samples, as well as control the first Mars helicopter. Perseverance landed in the Jezero Crater, which was once filled with water, to search for traces of earlier life. The rover looks a lot like its predecessor Curiosity, but it is equipped with more sophisticated measuring instruments and systems. One of its tasks will be to take up to 30 soil samples, place each of these in separate containers, seal them and place them on the surface of Mars for retrieval and return to Earth by later missions, in which maxon will also be involved. This “Mars Sample Return” project is by far the most complex series of missions in the history of unmanned space exploration. |
|
|
WiBotic Launches Energy Optimization Software to Help Robot Fleets Scale
WiBotic, a Seattle-based startup focusing on advanced autonomous charging for robots, has announced new software aimed at providing energy optimization for robot fleets. The new Commander software allows companies operating large fleets of aerial, mobile, underwater or industrial robots to visualize, configure and optimize the delivery of energy throughout the fleet. “We started to get a lot of demand as our customers got beyond one and two robots deployed for better information and access to information about the charging infrastructure,” said Ben Waters, CEO and co-founder of WiBotic. “For example, if a company has a floor cleaning robot and material handling robot, each has its own charging station. When it’s just a couple of robots, it’s manageable. But imagine that at scale, for hundreds or thousands of robots, it doesn’t just become a bottleneck, it becomes a deal-breaker for large businesses who want to have these autonomous systems be hands-free.” |
|
|
|
|
Sponsored Content
Robots Handle Large Axial, Radial and Moment Loads Simultaneously with Crossed Roller Bearings.
Crossed Roller Bearings enable complex motion and effective load handling making it possible for robots and cobots to move, position or rotate heavy objects. The Crossed Roller design allows the bearing to handle heavy or complex loads from any direction at the same time and delivers precise, repeatable motion that can handle large axial, radial and moment loads simultaneously. Read White Paper. Watch the video HERE. |
|
|
|
|
Most Watched Video
Kroger Launches Robotic-Based Grocery Fulfillment Center in Ohio
By Author
The Kroger Co. has launched its first Customer Fulfillment Center (CFC) in the U.S., combining vertical integration, machine learning, and robotics to provide customers with affordable, friendly and fast delivery of fresh food. Powered by Ocado Group, the CFC is located in Monroe, Ohio, a city north of Cincinnati. “2020 was a pivotal year for grocery e-commerce, with Kroger’s digital business scaling to over $10 billion – and achieving a record digital sales increase of 116%,” said Rodney McMullen, Kroger’s chairman and CEO. “We’re incredibly proud to achieve this milestone that advances our position as one of America’s leading e-commerce companies. The momentum we’re experiencing is well-timed with the evolution of Kroger Delivery, underpinning the permanent shift in grocery consumer behavior and need for enterprising and modern e-commerce and last-mile solutions – today’s true competitive horsepower.” Read More
View Video |
|
|
Top Opinions of the Year
- The 3 Big Market Forces Driving Investments in AMRs
Autonomous mobile robots (AMRs) are quickly becoming a must-have technology for warehouses, especially those that perform e-commerce fulfillment operations. Research firm Interact Analysis predicts that by 2025, 2.1 million mobile robots will have been shipped worldwide. Beyond the number of robots, it is important to consider the number of sites where the technology is deployed. “At the end of 2020, mobile robots had been deployed in just over 9,000 separate customer sites, mainly warehouses and factories,” writes Ash Sharma, managing director of Interact Analysis. “By the end of 2025, this will have increased to over 53,000 deployments, and that will still be far from the point of market saturation.” This represents a compound annual growth rate of over 42% between 2020 and 2025 in terms of sites leveraging AMRs. Many that assume this growth is being driven by the ever-present desire to reduce operational costs are often overlooking other drivers. While operational cost reduction is important and measurable, there are far more impactful issues driving the investments of AMR technologies today.
- How Robots Are Helping Fuel the Rise of 3PLs
We’ve all seen the numbers citing how unprecedented e-commerce growth has been over the last 18 months. Sales grew 40% in 2020, in the midst of the pandemic. The switch to online shopping that was prompted by necessity because stores just weren’t open is here to stay. People like convenience, and online purchasing has now become a habit for them and many won’t switch back completely to brick-and-mortar shopping. The latest forecast is that we’ll spend more than $4 trillion dollars shopping online this year. While increased demand is great for the increased sales for retailers, it creates a lot of pressure on their fulfillment operations. It’s particularly challenging for retailers that are doing the majority of their business through physical retail stores. The process of getting products into the hands of customers is very different in a physical store, where stock is replenished in bulk pallets and cases to onsite storerooms. E-commerce orders consist of individual items in random assortments that are stored in large distribution centers centrally located to ship across the country – or globe. They also have to be stored in a specific way that allows random access to any particular item at any particular time. This can be much more complicated than replenishing store inventory. This has given rise to increased demand for third party companies that specialize in managing e-commerce fulfillment and logistics.
- How Robots-as-a-Service Can Help a Warehouse Operation
The robots-as-a-service (RaaS) pricing model reduces the heavy, upfront investment for co-working robots. Traditional business models required a warehouse to make a cost-intensive capital expenditure for robot hardware upfront. RaaS, on the other hand, enables companies to switch to a monthly payment and realize a return on investment on day one. The new model became popular in the mid-2010s when industrial and manufacturing organizations began leveraging robotic arms on an as-a-service basis. Soon, small robots used for goods-to-person and person-to-goods conveyor applications adopted the model. After that? RaaS began to take off. The growing demand for autonomous mobile robots (AMRs) and automated guided vehicles (AGVs) combined with concern about capital preservation is driving RaaS into discussions around high-capacity self-driving materials handling equipment. Style Intelligence even included this trend in its market research, citing major interest for RaaS with autonomous pallet-moving vehicles in warehousing, manufacturing, and distribution centers.
- Defining Privacy Standards for Autonomous Mobile Robots
Autonomous mobile robots (AMRs) have become an increasingly common sight in grocery stores and retail facilities around the world, taking on repetitive tasks such as floor scrubbing, vacuuming, shelf-scanning and more, to help free up workers for other activities. These intelligent machines safely navigate in high-traffic, public settings by leveraging cameras and other sensor-based technologies. For many people, cameras in public spaces imply surveillance due to how they have been used traditionally (e.g., traffic cameras, retail security cameras, etc.). But for companies in the autonomous mobile robotics industry, cameras are used for the purpose of helping self-driving robots navigate the world around them in a safe and efficient manner. For these technology providers, an ongoing challenge is to build public trust and help reshape preconceived notions regarding the use of camera images. At Brain Corp, we’ve designed our products with data protection in mind and are committed to being a trustworthy champion of data privacy within the AMR industry.
|
|
|
The Big Moves
Berkshire Grey Merges with Robotics SPAC to Expand Warehouse Robotics
Berkshire Grey, which develops integrated artificial intelligence and robotics solutions designed for e-commerce, retail replenishment and logistics companies, has entered into a definitive agreement with Revolution Acceleration Acquisition Corp (RAAC), a special purpose acquisition company (SPAC) to create a publicly listed robotics and automation solutions company. The company estimates a post-transaction equity value of up to $2.7 billion. Founded in 2013 by current CEO Tom Wagner, Berkshire Grey is a pure-play robotics company that offers fully integrated, AI-based software and hardware solutions to automate business operations in warehouses and logistics fulfillment centers. The company’s systems help retailers and logistics companies met the demand of consumers driven by the growth of e-commerce. Read More |
|
Zebra Technologies Acquires Fetch Robotics for $290M
Zebra Technologies has announced its intention to acquire Fetch Robotics, which provides on-demand automation through autonomous mobile robots (AMRs). The $290 million purchase price includes 95% of the business that Zebra does not already own, and the transaction is expected to close in Q3 2021. Fetch’s AMRs are used for optimized picking in fulfillment centers and distribution centers, as well as just-in-time material delivery in manufacturing facilities. The company offers seamless integration with warehouse and manufacturing systems without the need to change a facility’s infrastructure. The company’s Workflow Builder is a drag-and-drop development software to enable out-of-the-box automation so customers can deploy automated material handling workflows in hours instead of months. The AMRs help reduce the impact of labor shortages by improving throughput, efficiency, and productivity while working alongside people in fulfillment, distribution, and manufacturing environments. Read More |
|
|
The Big Moves
Locus Robotics Acquires Waypoint Robotics in AMR Sector
Boston-based Locus Robotics, which develops autonomous mobile robots (AMRs) for fulfillment warehouses, has announced it acquired Waypoint Robotics, a New Hampshire-based maker of industrial-strength and omnidirectional mobile robots. Financial terms of the deal were not announced. “Locus is the proven leader in the development of highly productive and innovative AMR technology that efficiently solves our customers’ needs for total warehouse optimization,” said Rick Faulk, CEO of Locus Robotics. “As order fulfillment and labor shortages continue to grow around the world, the acquisition of Waypoint Robotics will accelerate our ability to meet these global needs in just months rather than years, helping us drive the digital transformation of the warehouse.” Read More |
|
ABB Acquires ASTI Mobile Robotics to Expand Flexible Automation
ABB has announced it will acquire ASTI Mobile Robotics Group, a global provider of autonomous mobile robots (AMRs). The acquisition will expand ABB’s robotics and automation offerings, giving it a complete portfolio for the next generation of flexible automation, the company said in a statement. Financial details of the transaction were not disclosed, but the deal is expected to close in mid-summer 2021. Founded in 1982, ASTI is headquartered in Burgos, Spain, and employs more than 300 people in Spain, France, and Germany. The company is majority owned by Veronica Pascual Boé, who is also the company’s CEO. The company supports one of Europe’s largest installed fleets of AMRs, with a broad customer base in automotive, logistics, food & beverage, and pharmaceuticals in 20 countries. The company has enjoyed close to 30% growth on an annual basis since 2015, and is targeting approximately $50 million in revenue in 2021. Read More |
|
My Favorite Robots
HaptX, Haption Team up to Accelerate Full-Body Haptics Commercialization
HaptX, which makes realistic haptic gloves for VR and robotics applications, has announced a multi-year, exclusive partnership with Haption, a France-based producer of premium force feedback devices. The goal of the partnership is to accelerate the commercial introduction of full-body haptic devices (concept photo at left). HaptX Gloves include true-contact haptics that “physically displace the user’s skin the way a real object would,” the company said. The gloves feature more than 130 points of tactile feedback and 40 lbs. Of force feedback per hand, as well as a proprietary magnetic motion capture system with the industry’s highest level of precision. Read More |
|
Immervision’s JOYCE Teams Up With Hanson’s Sophia to Improve Robot Vision
Immervision has announced a new partner for JOYCE, a humanoid robot that aims to unite the computer vision community. Hanson Robotics, creator of the humanoid robot Sophia, will work with JOYCE to “further evolve machine perception to help deliver human-like vision and beyond,” the companies said. Hanson Robotics will use its expertise gleaned from Sophia to create a state-of-the-art humanoid body for JOYCE. The body will be equipped with a visual cortex based on Immervision’s panamorphEYE, which includes three ultra-wide-angle panomorph cameras. Sophia will be upgraded with the same visual cortex. Read More View Video |
|
Beewise Launches Autonomous Beekeeping Robot to Save Bees at Scale
Beewise, a startup dedicated to saving the world’s bee population, has launched Beehome, a smarthome for bees with an autonomous beekeeping robot that acts as a medic and guardian. The company said the Beehome is the first at-scale solution for saving the global bee population. More than 30% of honeybee colonies are disappearing each year, the company said, with California at the epicenter of this crisis. The state produces more than a third of America’s vegetables, and two-thirds of its fruits and nuts. Beehome is an autonomous, solar-powered beehive that uses artificial intelligence, machine learning and precision robotics. Using 24/7 monitoring and smart technology, the Beehome can significantly increase pollination capacity and honey production. The system can automatically detect threats to a honeybee colony, such as pesticides or the presence of parasites, and the robotic system responds by addressing the threat in real time, in the field. This around-the-clock surveillance and treatment requires no human intervention, and works to not just protect the honeybee population, but help it thrive. Read More |
|
Cleo Robotics Announces Availability of Rugged Drone for Inspection, Defense, Construction Uses
Cleo Robotics, which has developed a stable and highly maneuverable ducted bi-rotor drone, has announced the availability of the Dronut X1, aimed at law enforcement, industrial inspection, construction and defense use cases. The company’s patented thrust vectoring technology has made the hyper-efficient ducted fan design stable in flight. The Dronut’s completely enclosed propellers enable the X1 to safely bounce off objects and people, and is a fraction of the size of similarly featured drones. For industrial and commercial applications, the Dronut X1 enables unmanned inspections of dangerous and confined spaces, such as tanks, pressure vessels, and crawl spaces, where no drone or robot could previously go. The Dronut X1 is portable, rugged and also a reliable intelligence, surveillance and reconnaissance (ISR) solution for GPS-denied environments, making it ideal for defense use cases. In the law enforcement space, the X1 can scout areas in advance of deploying officers into high-risk situations, or act as a flying surveillance camera for facility security operations. Read More View Video |
|
About Us Unsubscribe Privacy Policy |
This email was sent to @. |
|