Nearly three million industrial robots are currently employed in factories all over the world, as reported by the International Federation of Robots (IFR).

Understanding Robotics And AI

As more and more sectors come to rely on them, robots are moving from the realm of science fiction and the hyperactive imagination to the mainstream.

Robotics is a subfield of AI that focuses on the design and implementation of autonomous robots and other intelligent machines. Robotics is interdisciplinary since robots are mechanically constructed, include electrical components, and are controlled by computer code.

Although robots and AI are aimed at separate problems and have diverse applications, the two are often discussed as if they were the same. Robots have a human-like appearance and, with the help of artificial intelligence, can mimic human behavior.

When We Talk About “AI Robots,” What Exactly Do We Mean?

Sensors (such as 2D/3D cameras, vibration sensors, proximity sensors, accelerometers, and other environmental sensors) are added to AI-powered robots to provide them with sensory data on which they may make decisions in real-time.

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Intelligent robots powered by AI bridge the gap between the two fields. AI robots are piloted by computer programs that employ various forms of artificial intelligence (ML, CN, RL, etc.). The vast majority of robots now in use are not AI robots; rather, they are programmable machines designed to carry out specific, repetitive motions. These robots, however, have restricted capabilities.

If you want the robot to be capable of more complicated jobs, artificial intelligence algorithms are a must.

One possible method for a warehouse robot to make its way around is through the use of a path-finding algorithm. When a drone’s battery is low, it may utilize built-in directions to return to base automatically. Possible artificial intelligence algorithms used by a self-driving automobile to identify and sidestep road dangers. These robots are all good instances of those with artificial intelligence.

Benefits Of Incorporating AI Into Robotics

• Artificially intelligent robots’ primary value is in providing social care. With chatbot-like social abilities and powerful processors, they can help guide people and are especially useful for assisting the elderly.
• Another area of robotics application is in agriculture. The use of these robots eases the burden on farmers.
• Military bots can replace troops and save lives while also spying on the enemy undetected via voice and vision detectors.
• Robots are used in environments where people would perish, such as inactive volcanoes, the depths of the ocean, extreme cold, and outer space.
• With a set of instructions and some extra Intelligence, robots can execute difficult procedures that carry a larger risk of error in the hands of humans. There may be many fewer casualties if robots were enhanced with AI.
• Faster product delivery, increased productivity, and more time for humans to focus on value-added activities like process improvement, AMR problem-solving, and creative problem-solving are all the results of this development.
• Artificial intelligence robots can do in-line quality checks in manufacturing settings, eliminating the need to wait until the conclusion of the production cycle.
• Because AI-enabled robots can pick up on cues from human speech and body language, they can get better at their jobs as they securely assist humans.
• Robotics is often used by huge corporations with even larger warehouses since it reduces operating time and intermediate expenses.
• They might greatly enhance our living conditions in places like the classroom and the household.
• Humanoid robots are helping to accelerate the trend toward individualized education.
• Robots that are linked to the internet at home may conduct things like sweeping and cooking for their owners.
• They hold great promise for addressing global issues including climate change, energy scarcity, and healthcare disparities.
• They can be programmed to undertake many of the mundane, repetitive duties that eat up our day so that we have more mental bandwidth for more interesting activities.
• They give us fresh resources for figuring out how to preserve our natural environment for the benefit of present and future generations.
• They give us hope for a society where everyone, regardless of who they are or where they come from, gets a fair shot at realizing their full potential.

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FAQ’s: AI And Robotics

• Will automation by AI robots make money and power obsolete in the future?

Money wouldn’t only be worthless; it’d be immoral. There would be no way to make money under such a regime. In any plausible scenario, the notion that “more jobs would be created” would have been phased out long before now.

• Will automation generate more job opportunities contrary to general belief?

On the one hand, automation often generates a comparable number of new employment to those it eliminates. Workers who are trained to use machines are more productive than those who are not; this drives down the price of products and services and gives the impression of prosperity to the general public.

• What computer technologies are expected to shape the future of home automation and robotics?

One of the most notable developments in smart home technology is the proliferation of AI-powered home systems. Because of the machine learning feature of AI, it can study sensor data and anticipate what needs to be done before the homeowner ever gives the instruction.

• What factors do clients consider while employing RPA?

Clients may turn to RPA to speed up and improve service in response to consumer demands in specific circumstances. Automation of tracking and reporting activities is one way in which RPA may assist businesses in ensuring regulatory compliance.

• What sort of advances in human-robot collaboration might there be by 2050?

Households will increasingly have personal robots to help with chores like cleaning, cooking, and caring for youngsters and the elderly. Advanced AI will be built into these robots, expanding their capabilities and making them useful in a variety of settings.

The Perfect Match

Statistics show that just one percent of robotics firms are successful; nonetheless, that one percent is increasingly exerting global dominance.

Without a doubt, robotics and AI have the potential to revolutionize our society, giving us the tools we need to confidently and optimistically face an uncertain future.

Whether we welcome or reject these new forms of technology, they will certainly continue to play an ever-greater part in our lives.

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Astro Boy, the son of science, was born around 70 years ago. Humanoid robots that appear and act just like humans have long been a popular science fiction trope. And now we see a surge in humanoid robot R&D in the business sphere.

The time when the scientific progeny can peacefully cohabit with humans is getting closer.

Where have humanoid robots come and what do they have in store for the future?

What Is A Humanoid?

A non-humanoid possessing humanoid traits is said to be a humanoid. Humanoid is derived from the English terms “human” and “-old,” which signify “resembling” in this context. The word was first used in 1870 to describe natives of European-controlled territories. Humanoid robots, often known as androids, are robots designed to look and act like humans. Humanoid qualities in reported sightings of yetis, sasquatches, and bigfoot continue to pique our interest.

In its purest form, a humanoid robot is an actuated biped robot the size of a human that has a torso, limbs, and a head, and is programmed to do tasks normally associated with humans.

There are three areas in which humans excel above machines: Humans can discover, enquire, and be receptive to novel concepts and approaches.  Computers will never be able to match human imagination. Empathy is a uniquely human trait that allows us to connect with others and form lasting bonds.

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Top Five Humanoid Robots

1) Nadine
2) Geminoid DK
3) Junco Chihiro
4) Jia Jia
5) Sophia

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Why Are Humanoids Important?

Humanoid robots are increasingly commonplace in many scientific fields as valuable research aids. To create humanoid robots, scientists investigate the mechanics of the human body (biomechanics). However, the effort put into trying to recreate the human body leads to new insights into how it works.

Some of the most cutting-edge technology in the world is being used to develop humanoid robots. Boston Dynamics created the humanoid robot Atlas and the quadruped robot SPOT with funding from DARPA (Defense Advanced Research Projects Agency). Atlas shot to fame after posting videos of its parkour feats to YouTube.

Humanoid robot research is being conducted by a growing number of corporations and universities. Kawasaki’s Kaleido is the humanoid robot closest to taking over tedious jobs for human safety, but robots that can perform remarkable acts like backflips, playing instruments, or cooking are garnering more attention from the media.

About 85 kilograms in weight, this humanoid robot is about 180 centimeters tall. Because Kaleido is so similar to an adult human in size and strength, it may perform activities that are too perilous for humans to handle alone.

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FAQ’s: Humanoids And AI

Who is the first humanoid robot?

At around the same time, Ichiro Kato of Waseda University in Japan created WABOT, the first humanoid robot to be statically and later dynamically balanced. These researchers have paved the way for the development of humanoid robots and deserve to be acknowledged as such.

Is a humanoid an artificial intelligence?

Humanoid robots are machines designed to look and behave like humans. These robots are often designed to mimic human-like expressions, interactions, and movements, and they are equipped with a wide variety of cameras, sensors, and, more recently, artificial intelligence and machine learning technology.

What is the purpose of humanoid robots?

Humanoid robots are meant to look like people and execute a variety of jobs that would be easier for them to do if they had human proportions and mobility.

What Is an Autonomous Mobile Robot (AMR)?

Autonomous mobile robots (AMRs) are mobile robots that can navigate their environment without human intervention. Production and logistics professionals frequently employ it for transport-related operations.

What Is an Industrial Robot?

Within a manufacturing facility, these robots are used to transport raw materials, finished goods, and specialized equipment. Because of their articulated architecture, they can mimic human motions in industrial process activities while still outperforming humans in terms of efficiency and accuracy.

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Redefined Smart Lawn Mower Robots with Patented High-Efficiency Trimmer System and Unstoppable Tracked Treads.

Lymow, a forward-thinking tech company specializing in yard care, proudly announces the preview of its inaugural boundaryless smart lawn mower robot at CES 2024. The patented LyCut trimmer system and robust tracked treads distinguish Lymow One from its counterparts in the current market. The  LySee multi-fusion navigation provides precise positioning with semantic recognition and depth perception.

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Wangshu Gao, Lymow’s Founder and CEO, underscores their product strategy: “Technology should innovate with purpose. We’re developing smart tools to alleviate the workload for our users, not creating flashy robotic toys.” Drawing on eight years of experience at the helm of the robot vacuum R&D department at SharkNinja, Gao places emphasis on functionality, usability, and durability, setting Lymow apart from gimmicky competitors.

Efficient Mowing with LyCut Trimmer System

Lymow’s patented LyCut trimmer delivers unparalleled mowing efficiency with industrial-grade blades boasting a 21-inch cutting width and an adjustable height ranging from 1.2 to 4 inches. Unlike traditional cutting discs, reciprocating blades prevent clogging from grass debris, and a grass guider directs long grass to the trimmer blades, making it suitable for various grass types and lengths.

Unmatched Traversal with Tracked Treads

Designed to conquer any landscape, Lymow One’s tracked treads system enables it to navigate effortlessly, with 2 inches of obstacle clearance and 100% slope incline capability. Its 300W powerful output ensures uninterrupted mowing on challenging terrains.

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Precision Navigation with LySee Multi-Fusion Technology

Lymow’s navigation system employs a decentralized multi-sensor fusion approach, providing precise navigation for the mower robot. Advanced features include RTK-GNSS localization for centimeter-level accuracy, binocular camera VSLAM for reliable signal amidst trees and obstacles, semantic recognition and depth perception for secure navigation in complex landscapes.

Additional Features of Lymow One Include:

• Ultrasonic radars and bumper sensors for collision avoidance
• User-friendly app for multi-zone and no-go zone management
• Real-time tracking, mowing schedule, and work log
• Geo-fence for anti-theft alerts
• Auto-recharge and resume at interrupted point
• Rain detection for automatic return to the base
• Patented blade fender exceeding international safety standards
• Instant blade stop upon shutdown
• Safeguards for children and pets
• Resilient aluminum alloy one-piece die-casting shell for longevity
• LiFePO4 battery prioritizing safety and long cycle
• Precision brushless motor for reliability and durability

Since the patenting of the first mower robot in 1969, the evolution of this product category has been a continuous journey of improvement. Lymow One stands as the embodiment of brains and brawn, redefining the landscape of robotic lawn care with unmatched intelligence and resilience.

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Auterion, the company building the software-defined future for mobile robotics and powering the world’s leading drone manufacturers, has released an update to its popular all-in-one autonomy solution for drones, Skynode X.

Updated platform contains a Flight Controller, Mission Computer and LTE Connectivity to power autonomous vehicles of all sizes

Auterion, the company building the software-defined future for mobile robotics and powering the world’s leading drone manufacturers, has released an update to its popular all-in-one autonomy solution for drones, Skynode X. Auterion’s technology for autonomous computing empowers a diverse range of robots to perform high-risk and mundane tasks, deliver goods, and aid in life-saving missions.

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Skynode X not only preserves all the foundational capabilities of the original product, it also grants access to the most advanced technology available, guaranteeing superior performance, unwavering reliability, and impeccable precision. Highlights include:

• A powerful yet lightweight design that is 30 percent thinner and 15 percent lighter than its predecessor. All core components are combined into one single hardware, allowing easy integration into small or space-constrained vehicles without sacrificing performance capabilities.
• Incorporates the latest Flight Management Unit (FMU), FMUv6x, which brings upgraded performance, stability and reliability. With 2x the compute power and 2x RAM, it provides more headroom for the operation of larger vehicles requiring features like large CAN networks.
• Enhanced computer vision support. The new vision software development kit can be used to develop custom applications for Skynode X or install third-party applications that add new functionality like GPS-denied navigation, vision-guided landing on moving landing pads and obstacle detection.

“Skynode and AuterionOS drive the adoption of software-defined robotic fleets by offering the highest levels of integration.” said Lorenz Meier, CEO and Founder of Auterion. “The Skynode X updates ensure we are meeting the autonomy, reliability and flexibility that our customers need, so large retailers can utilize and scale drone delivery programs and governments can perform their missions more efficiently and safely.”

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Since its first release in 2020, Skynode has enabled dozens of manufacturers to successfully develop a range of robotics systems powered by the Auterion operating system. These drones carry out a variety of tasks, including repetitive, precise or even dangerous tasks in any commercial or government setting. Current uses include search and rescue missions, cargo delivery, mapping dangerous terrain and surveillance missions.

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Researchers develop a technique to allow fragile objects to be transferred and released by robotics, without damage, while using a gecko inspired adhesive.

The subtle adhesive forces that allow geckos to seemingly defy gravity, cling to walls and walk across ceilings have inspired a team of researchers in South Korea to build a robotic device that can pick up and release delicate materials without damage. The team, based at Kyungpook National University and Dong-A University, has published their research work in Science and Technology of Advanced Materials, an international science journal. The researchers are hoping it can be applied to the transfer of objects by robotic systems.

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The dry but sticky secret of a gecko’s foot lies in its coating of tiny hairs- made of protein- called micro setae. These hairs are around 100 micrometers long and 5 micrometers in diameter. Each hair divides into a number of branches that end in flat triangular pads called spatulae. The spatulae are so small that their molecules interact with those of the surface the gecko is climbing. This creates weak forces of attraction between these molecules, known as van der Waals force. This force is strong enough to hold the gecko in place.

The gecko’s innate adhesive ability has drawn the attention of many researchers and has inspired the use of its adhesion mechanism in robotics. An artificial, mushroom-shaped dry adhesive, that mimics this mechanism, has been used to robotically pick up materials. However, the force needed to detach the adhesive from the material’s surface can lead to its damage, especially if the material is fragile, such as glass. “There have been problems in getting the adhesive to detach easily,” explained Seung Hoon Yoo, first author of the research article. “In order to exploit these adhesive powers in robotic systems, it is imperative that the robot can not only pick up an object, but also readily detach from it to leave the object in its desired location”.

In their study, the team resolved this detachment problem by using a vacuum-powered device, made of soft silicon rubber. In order to detach the dry adhesive without damaging the fragile object being moved, a new detachment method was introduced. This method involves a twisting and lifting motion that pulls the dry adhesive off of the glass surface without causing any damage to it. The researchers found that the addition of this twisting motion caused a ten-fold reduction in the force required for detachment, which could be vital when handling delicate materials.

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On conducting tests in which their transfer system was attached to a robotic arm, the researchers demonstrated that it could pick up a delicate glass disc from a sloping surface, move it to a different location and gently set it down without causing any damage to it.

“We expect our research will garner significant interest from the industry, since many companies are very interested in using dry adhesives for temporary attachment and movement of components, especially in robotic applications,” said Sung Ho Lee, one of the study’s authors. He added that his team hopes to serve as a bridge between research and industry by applying it to real industrial applications and developing more advanced models.

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Locus Robotics, the market leader in autonomous mobile robots (AMR) for fulfillment warehouses, announced its award-winning AMR warehouse automation solution is now available to customers in Italy and Poland. Locus’s intelligent robots leverage innovative technology and artificial intelligence to optimize productivity, lower costs, and improve workplace ergonomics and quality for workers.

“We are thrilled to bring Locus’s transformative warehouse automation solutions to Italy and Poland as we continue expanding our European footprint,” said Rick Faulk, CEO of Locus Robotics. “Our AI-powered robotics solutions allow customers in these countries to optimize productivity, efficiency, and accuracy in their facilities, boosting output 2-3X while lowering labor costs by 50% or more. As the pressure grows on supply chains, our intelligent robots enable companies to cost-effectively scale and stay competitive. We enable the future of smart warehouses.”

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Locus Robotics’ innovative AMRs are designed to work collaboratively with human associates and easily scale up and down to meet fluctuating order volumes during peak and standard seasons. Our flexible robotics-as-a-service subscription model provides customers with a fully managed solution covering bots, upgrades, maintenance, and support. By collaborating with human workers, Locus enhances productivity and fulfillment efficiency. Our award-winning technology, algorithms, and real-time analytics optimize warehouse layouts, reduce travel time, and boost accuracy – enabling faster processing and reduced costs.

Locus is currently deployed at more than 65 sites in Europe, serving dozens of retail, ecommerce, healthcare, manufacturing, and logistics customers. In August, Locus surpassed its 2 billionth pick globally, just 11 months after reaching the industry-first landmark of 1 billion picks in 2022.

“LocusBots have already helped our European customers in retail, e-commerce, healthcare, and logistics to significantly improve productivity and efficiency,” said Denis Niezgoda, Vice President, EMEA at Locus Robotics. “Our powerful and flexible AMR technology enables a wide range of businesses to easily meet today’s existing demand, seamlessly scale for future growth, and remain competitive within their industries.”

The AI and data science-driven LocusOne warehouse automation execution platform enables the smooth orchestration of multiple robotic form factors at enterprise-scale within a single coordinated platform. It provides real-time optimization of tasks to be completed within the four walls and across multiple levels in warehousing environments. LocusOne optimizes task allocation, route planning, and resource use, while delivering real-time business insights into warehouse operations.

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The Locus solution has won more than 27 industry awards, including the coveted IFOY award. Global businesses across industries like retail, ecommerce, logistics and 3PL have used Locus to pick more than 2 billion units worldwide with 99.99% accuracy. Locus AMRs easily deploy into existing warehouses and new greenfield sites without infrastructure changes or disrupting workflows. The Locus solution delivers a measurable return on investment (ROI) in just months vs. years.

Proven at enterprise scale, labor-challenged 3PL, retail, healthcare, and manufacturing operators can seamlessly add robots to increase capacity or meet growth in any operation in just minutes to optimize productivity in their operations, reduce costs, and stay competitive in the rapidly evolving fulfillment and e-commerce landscape. accuracy reinforcing the company’s position as the premier robotics provider for the warehouse and logistics industry.

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In a recent collaboration, ForwardX Robotics, a renowned global leader in vision-based Autonomous Mobile Robots (AMRs), joined forces with DHL, a highly regarded and internationally recognized supply chain service enterprise. DHL implemented ForwardX’s assisted picking solution in one of its flagship warehouses, dedicated to providing vital daily replenishment for approximately 600 locations for a chain brand coffee store within a single city.

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The number of stores supported by the warehouse has experienced an exponential growth, doubling from 300 to 600 within just one year, with peak shipment volume reaching an impressive 400 cubic meters. Anticipating a high-speed growth trajectory this year, the warehouse is projected to support an expansion to approximately 1000 stores. However, these rapid positive developments have also presented some pressing challenges, including an increased workload for our picking personnel, difficulties in recruiting new workers, and the burden of high training costs.

To address these challenges, DHL implemented Forwardx’s assisted picking solution. Within just two months of using ForwardX’s Flex 300-S AMRs, the solution has had a transformative effect on the warehouse’s operations. The collaborative project has yielded a remarkable increase of over 100% in UPH (units picked per hour) and substantial savings of over 30% in operational costs. These results are a testimony that showcase the solution’s accuracy and reliability, reducing costly mistakes.

It is important to acknowledge that manual lift carts and forklifts are indispensable equipment for warehouses dealing with case picking of small and medium-sized items. Ensuring safe collaboration between humans and machines is of utmost significance in such settings. However, it is crucial to note that not all AMRs seamlessly work alongside forklifts. Laser-based AMRs often position their sensors in a way that may create blind spots near the ground, as these sensors rely on horizontal beams and have limited detection angles. Placing laser sensors above a forklift’s fork can lead to a higher risk of collisions and safety concerns, especially when dealing with heavier payloads.

ForwardX AMRs stand out by leveraging advanced sensor fusion technology and computer vision cameras. This combination allows for a comprehensive view of the environment, enhancing perception capabilities and reducing blind spots. This integration ensures safe navigation, minimizing the risk of collisions. When combined with ForwardX’s assisted case picking solution and utilizing a batch picking method, the efficiency and safety of case picking operations are greatly enhanced.

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The tangible outcomes of the solution have manifested in a profound enhancement of the overall productivity and efficiency of the picking process. This has been complemented by a noteworthy reduction in picking errors and substantial cost savings. By leveraging our solution, the DHL warehouse has empowered itself with the steadfast ability to expand in capacity and elasticity, a formidable force prepared to conquer the challenges of a rapidly expanding business.

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Olis Robotics, specialists in remote monitoring, control, and error recovery technology for industrial robots, announced that it has raised $4.1 million funding in a round led by PSL Ventures. Additional investors include Tectonic Ventures, Ubiquity Ventures, as well as several prominent strategic angel investors, including robotics pioneer Daniel Theobald, the President and Cofounder of MassRobotics and Founder and Chairman of Vecna Robotics.

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“What really excites me about what Olis brings to the market is the ability to unlock company resources through remote robot access in real time, ultimately providing better support for customers and their robotic applications.”

By safely enabling remote monitoring, control, and troubleshooting of industrial robots, Olis Robotics’ unique ‘Olis Connect’ system significantly improves Overall Equipment Effectiveness (OEE), effectively addressing costly robot downtime.

“In the midst of a global manufacturing labor crisis, companies are adopting automation in record breaking numbers, resulting in calls from both manufacturers and integrators for robust, safe, and secure remote monitoring, diagnostics, and control solutions,” says T.A. McCann, partner at PSL Ventures, who joins Olis Robotics’ Board of Directors. “Olis Robotics’ unique remote robot control technology answers that call; it can easily be deployed on both brand new and legacy automation, which means a dynamic and exciting market opportunity for investors.”

“Robot downtime can cost a large plant over $1 million per hour. When every minute counts, you need to leverage remote tools to react as quickly as possible no matter where you are,” says Fredrik Ryden, CEO of Olis Robotics.“Our technology is ingeniously simple to use and intensely practical in terms of its impact.”

Olis Connect is controlled directly in a web browser and delivered on an edge-hosted PC that can be quickly connected to both brand new and legacy industrial robot arms and robotic cells. The system works across robot brands, with Olis Robotics currently providing full support for robots from Universal Robots and FANUC, addressing approximately 20% of the operational stock of more than 3.5 million industrial robots deployed worldwide. With its new funding, Olis is adding support for additional robot brands representing more than half of all industrial robots. The funding will also help expand partnerships with robot system integrators in North America and develop new software products.

“Being able to remotely operate industrial robots is a game changer for us and the industry as a whole,” says Brad Sparkman, President and CEO of Innovative Finishing Solutions (IFS), an Olis Robotics Partner and leading integrator of FANUC paint robots for the automotive industry. “We have deployed thousands of robots in the past two decades as a company. Given the current labor challenges, we expect a majority of those to be retrofitted with Olis technology within the next couple of years.”

Silas Robertson, SVP of Sales and Marketing at Applied Automation and an Olis Robotics Partner, emphasizes how Olis Connect empowers companies to leverage their best robot programmers anywhere in the world: “What really excites me about what Olis brings to the market is the ability to unlock company resources through remote robot access in real time, ultimately providing better support for customers and their robotic applications.”

Once Olis’ plug & play device is installed and secure remote access has been configured, users can monitor and manage their automation remotely from anywhere via any browser-capable device. If a problem occurs with the robot, Olis Connect sends out an alert via a secure connection to the user’s device all without connecting to the cloud – a key consideration given the threats surrounding today’s industrial cybersecurity landscape. Users can then use the system to remotely perform error recovery actions such as releasing its grip on a part or moving the robot from its error position.

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Olis Connect provides users with a unique remote error correction functionality, which means that they can get robots back up and running remotely, reducing downtime from hours to mere minutes. Three cameras provide low latency monitoring of the entire cell, enabling 24/7 measurement of Key Performance Indicators such as OEE and instant, on demand video replay to forensically diagnose the root cause of any error.

Leveraging the Olis Robotics team’s expertise in industrial robot safety, Olis Connect is designed to provide remote access without violating the robot’s existing safety permissions and restrictions. This means that velocity, acceleration, and joint limit settings on the robot are always obeyed when remote controlling the arm.

A record 517,385 new industrial robots were installed worldwide in 2021, according to the World Robotics Report 2022 from the International Federation of Robotics (IFR), driven by a host of factors from labor shortages and reshoring initiatives to rising ecommerce demand. The IFR expects annual growth rates in the medium to upper single-digit range.

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Coherent a leader in semiconductor lasers, and TriEye Ltd., a pioneer in mass-market shortwave infrared (SWIR) sensing technology announced their successful joint demonstration of a laser-illuminated SWIR imaging system for automotive and robotic applications.

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The growing number of use cases for SWIR imaging, which expands vision in automotive and robotics beyond the visible spectrum, is driving demand for low-cost mass-market SWIR cameras. The companies leveraged TriEye’s spectrum enhanced detection and ranging (SEDAR) product platform and Coherent’s SWIR semiconductor laser to jointly design a laser-illuminated SWIR imaging system, the first of its kind that is able to reach lower cost points while achieving very high performance over a wide range of environmental conditions. The combination of these attributes is expected to enable wide deployment in applications such as front and rear cameras in cars as well as vision systems in industrial and autonomous robots.

“This new solution combines best-in-class SWIR imaging and laser illumination technologies that will enable next-generation cameras to provide images through rain or fog, and in any lighting condition, from broad daylight to total darkness at night,” said Dr. Sanjai Parthasarathi, Chief Marketing Officer at Coherent Corp. “Both technologies are produced leveraging high-volume manufacturing platforms that will enable them to achieve the economies of scale required to penetrate markets in automotive and robotics.”

“We are happy to collaborate with a global leader in semiconductor lasers and to establish an ecosystem that the automotive and industrial robotics industries can rely on to build next-generation solutions,” said Avi Bakal, CEO and co-founder of TriEye. “This is the next step in the evolution of our technology innovation, which will enable mass-market applications. Our collaboration will allow us to continue revolutionizing sensing capabilities and machine vision by allowing the incorporation of SWIR technology into a greater number of emerging applications.”

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The SEDAR product platform integrates TriEye’s next-generation CMOS-based SWIR sensor and illumination source with Coherent’s 1375 nm edge-emitting laser on surface-mount technology (SMT). The laser-illuminated imaging systems will enable the next generation of automotive cameras that can provide images through inclement weather. They will also enable autonomous robots to operate around the clock in any lighting conditions and move seamlessly between indoor and outdoor environments.

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Stack Capital Group is pleased to announce that Locus Robotics, Inc. (“Locus”), an existing portfolio holding has successfully expanded its business partnership with DHL Supply Chain, the world’s leading logistics provider.

Representing the industry’s largest autonomous mobile robotics (“AMR”) deal to date, DHL will deploy 5,000 Locus Origin AMRs across its global network of warehouses and distribution centers, which is expected to be fully integrated into DHL’s operations by year end. The expanded fleet of Locus AMRs with advanced automation technology will allow DHL to further optimize its supply chain operations, improve worker productivity, order accuracy, speed, and overall efficiency; while enhancing DHL’s capabilities in e-commerce fulfillment, retail replenishment, and pharmaceutical & healthcare logistics.

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“This exciting announcement further validates the value and strength of Locus’ industry-leading robotics technology,” said Jeff Parks, CEO of Stack Capital. “Without question, Locus has become a critical partner for DHL and is helping the world’s leading logistics provider digitize its warehouses, distribution, and fulfillment centers to efficiently meet the challenges associated with labor shortages, increasing order volumes, and rising consumer expectations. Stack Capital remains confident in the outlook for Locus and believes that its leadership team is on a path to delivering continued growth.”

Stack Capital is an investment holding company and its business objective is to invest in equity, debt and/or other securities of growth-to-late-stage private businesses. Through Stack Capital, shareholders have the opportunity to gain exposure to the diversified private investment portfolio; participate in the private market; and have liquidity due to the listing of the Common Shares and Warrants on the TSX. At the same time, the public structure also allows the Company to focus its efforts on maximizing long-term performance through a portfolio of high growth businesses, which are not widely available to most Canadian investors. SC Partners Ltd. (the “Manager”) has taken the initiative in creating the Company and acts as the Company’s administrator and is responsible to source and advise with respect to all investments for the Company.

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The post Stack Capital Holding Locus Robotics Expands Global Partnership With DHL Supply Chain appeared first on AiThority.