Рубрика: Robotics

With a growing number of crimes, it is getting humanly impossible to achieve utopian standards in the security realm.

Security guards are humble creatures who are looked down upon with pity for the long hours they have to put in keeping a watch on their surroundings at ungodly hours and unfortunately waiting comprises a major part of their duty. What if something can relieve them from dull routine and make security an interesting vocation while keeping the variety of security management chores comprehensive? A security robot is an answer. With a growing number of crimes intelligently planned to trick human intelligence, it is getting humanly impossible to achieve utopian standards in the security realm. Security robots equipped with LIDAR, AI, sensors, and GPS can not only patrol, but communicate, document, and chase down intruders. Here we list our top 10 security robots to secure your home and surroundings from every kind of security threat.

1. Appbot Riley home safety movable camera: The most popular security robot can be controlled through an app installed on a mobile phone, tablet, or computer. Through an app installed on the mobile, it is possible to keep a watch in real-time. Its Wifi robot camera has motion detection as well as face detection and storage capabilities. The 2-way voice system enables you to communicate with your kid or pet in real-time.

2. Turing patrolling robot: It is the world’s most affordable and advanced indoor patrolling robot, is equipped with TOF Lidar with a range of 40m, a 360degree HD camera, laser scanner, and an optional environmental sensor/gas detection sensor. Turing AI’s 24/7 Autonomous Patrol Robot will patrol routes and detect security anomalies and violations.

3. Cynet: It is the world’s first autonomous breach protection platform, which converges XDR, response automation, and 24/7 MDR services, EDR, Network Detection Rules, UBA rules, and Deception technologies with completely automated attack investigation and remediation on a single, intuitive platform. Cynet is designed to provide comprehensive protection of the environment for even the smallest security teams.

4. Knightscope security robots: These robots offer security patrols as well as a presence that delivers real-time, actionable intelligence anytime and anywhere, giving the security teams the ability to detect threats and react faster. Eye-level, mobile surveillance provides deterrence capabilities and high-quality evidence to prosecute criminals.

5. Temi: Temi is a truly intelligent, mobile, and personal robot with Alexa, looks like enterprise video chatbots rolling around the office. Its face is a 10-inch Quad HD display attached to a sturdy and stylish body with a wheeled and motorized base. It is provided with dual-band Wi-Fi with 4G LTE as a backup when the regular Wi-Fi doesn’t work.

6. Robotic Assistant Devices: AI-enabled security devices, also known as ROAMEO(Rugged Observation Assistance Mobile Electronic Officer), provide all-terrain and all-weather mobility for the RADCLOUD software platform. It has a climbing ability of up to 25 degrees, and a flexible run time of up to 20 hours.

7. SMP robotics: SMP robots are basically patrolling robots. Enabled with abilities such as detecting and tracking people within a 100m, face recognition, video streaming to web browser, 360-degree camera system, improve safety and reduce security costs. These robots can reduce the number of guards and transfer them to remote surveillance jobs from home.

8. Canary view: Ai-powered home security system is compatible with wireless internet. Link it to your phone to receive alerts when the camera detects suspicious movements and activities. It allows remote monitoring of your place through a 1080P HD video from the camera. It comes with an app, preloaded with local emergency providers. It doesn’t require any additional hub to set up for the camera.

9. Amaryllo AR3S Outdoor Security Camera: Ai- enabled outdoor camera makes a perfect companion keep watch on your belonging kept outside. With 2-way voice communication and 360- degree auto-tracking sets, it knows what to do when something unusual happens. It can recognize up to 10 known faces, a feature cool enough to make sure you know when kids return from school.

10. Cobalt: Cobalt is an office surveillance robot, with abilities such as unlimited attention, perfect recall, and real-time human response. Its features include 360 degrees 4K camera, 40+ sensors, 2-way video and audio chat, LIDAR, badge reader, etc. Through machine learning it can understand what is normal at your office, forwarding all anomalies for a human analyst to resolve.

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Robots have made it easier than ever to accomplish tasks that once we thought only humans are capable of doing. With every passing day, new robots come into existence and change our lives for the better. Of late, humanoid robots have enjoyed immense attention from everywhere across. Not one, not two, but in numerous sectors, they find their applications. Out of the many companies that are working on the development of humanoid robots, we have come up with companies making different types of robots. Here are the top 10 companies working in the development of humanoid robots.

Ubtech

This is a robotics company based out of China. The company was established in the year 2008 and there was no looking back since then. Ubtech, since its launch, has come up with world-class robotics including, consumer humanoid robots, enterprise service robots, and STEM skill-building robots.

Hanson Robotics

This Hong Kong-based robotic company has a crystal clear aim – to market its robotics and AI products to businesses and organizations in the education, research, entertainment, healthcare, media, and consumer services industries. This company is into the development of humanoid robots that are designed for emotive interactions and intelligent conversations with people.

Samsung Electronics

Samsung, a South Korean multinational corporation, as known to many, is a world leader in business mobility and information technology. However, what many of us are unaware of is the fact that this firm is one of the humanoid robotics companies that manufactures robots.

Boston Dynamics

Boston Dynamics has always remained a well-known brand with its peerless engineering legacy since 1992. A few years ago, the company has made its way into the development of humanoid robots as well. The humanoid robots are designed with an aim of helping humans reduce work-related risks, tediousness, and difficulties.

Shadow Robot Company

Shadow is yet leading humanoid robotics company which creates cutting-edge robot components and systems that sell internationally. This humanoid robotics company is located in London and was formed in 1987. This firm boasts of big clients including NASA, ESA, Qualcomm, and Carnegie-Mellon, to name a few.

Intuitive Robots

The very fact that Intuitive Robots, a French company, has developed robots that can interact with people naturally and intuitively has made the company enjoy all the attention. Intuitive Robots is also known for developing applications for humanoid robots.

Macco Robotics

Macco is a humanoid robotics business with its headquarters in. Ever since it was formed, the firm has been consistent in developing innovative and user-friendly robots for the leisure industry, hotels, restaurants, and parks. Macco was founded in the year 2013.

PAL Robotics

This company enjoys popularity as the robots here are designed for human collaboration and can be deployed for domestic tasks as well as industrial applications. The humanoid robots designed by this company can be tailor-made for logistics, retail, marketing, social, research, and other purposes.

Kindred Systems

Kindred Systems is one of those robotics companies that have done everything it takes to develop technologies that allow robots to interact with the surrounding world. The company is into creating a future in which intelligent machines can address vital real-world issues. All in all, humanoid robots ensure that their performance is top-notch.

Honda Motor

Honda Motor is yet another renowned robotics company that has carved a niche for itself for manufacturing humanoid robotics. The company was established in 1948 and is headquartered in Japan.

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RoboCat is an AI agent by Google DeepMind that can perform diverse tasks.

Robots are becoming more prevalent in our daily lives, as they are often designed to excel at performing certain activities. What if machines can learn a variety of activities and develop over time? That is the goal of Google DeepMind, the research organization that developed ground-breaking AI programs like AlphaGo and AlphaFold. Their most recent invention, the RoboCat, is a self-improving artificial intelligence agent for robotics that can operate a variety of robotic arms.

RoboCat is a new AI model from Google DeepMind that can operate several types of robotic arms and execute various jobs. The first agent that can handle various jobs and adapt to them across various real robots is called RoboCat. It picks up new tasks with as few as 100 demos and learns far more quickly than other cutting-edge models.

A vast and varied dataset of images and activities gathered from virtual and actual robots was the basis for RoboCat’s training. The data showed examples of various activities, including picking and arranging objects, putting constructions together, and avoiding obstacles. RoboCat could generalize from this data and learn new activities even when the tasks were completed.

Robotics could undergo a revolution thanks to RoboCat’s capacity to learn quickly and adapt to new tasks. Robots have conventionally been designed to carry out a single duty, making learning new duties challenging. Robots may become more versatile and adaptable due to RoboCat’s capacity to learn new tasks after only a few demos. It has a broad range of potential uses and will probably significantly influence how we interact with robots in the future. RoboCat may usher in a new era of robotics by making robots more practical, effective, and approachable.

Beyond its helpful uses, the RoboCat is an intriguing illustration of the fusion of technology and biology. The movements of actual cats were used as a model by the robot’s creators, who also studied their anatomy and behavior to make the contraption as lifelike as possible.

However, there are worries about the RoboCat’s possible effects, as with any new technology. Some people are concerned that as robots develop, they may start replacing workers, resulting in job losses and other economic issues. Others caution against using robots like the RoboCat for bad things like spying or combat.

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Leverage the top five painting robots for surface finish for the effective workload in 2022

Hey, robots are dominating the tech world with their attractive and talented skills to help human employees efficiently and effectively. Robots are working hard to maintain a human-machine work relationship to transform the workload in an easy manner. In this article, we are here to learn about the top five painting robots for the surface finish to look out for in 2022.

Top five painting robots for the surface finish in 2022

KUKA and Dürr’s ready2_spray

German company Dürr has long been a market leader in the automotive industry, providing assembly and painting solutions. A couple of years ago they teamed up with robot manufacturer KUKA to produce the ready2_spray solution.

FANUC’s PaintMate

FANUC’s dedicated painting solution is the PaintMate series. It is one of the best painting robots in the world and one should consider trying this one for the perfect finish. Like the previously mentioned solutions, it is explosion-proof via compliance with the ATEX directive for equipment working in an explosive environment.

B+M Surface Systems

Although a lesser-known robot manufacturer than the previous options, German company B+M Surface Systems specializes in surface finishing technologies, ranging from dipping technologies to robotic painting solutions.

ABB’s FlexPainter

ABB was the pioneer of painting robots way back in the late 1960s. Their newest painting robot, the FlexPainter, continues to innovate with their new ABB Ability Connected Atomizer — the “world’s first digital automotive robotic painting system.” Like other painting robots, the Flexpainter (based around the IRB 5500) has a large work envelope, allowing it to reach across even large workpieces to paint the other side.

Kawasaki’s Robotic Painting

Kawasaki provides its own robotic painting solution based on its K-Series robots. Like all the robots on this list, they come with a range of peripherals that improve the painting experience and, importantly, are suited to the pressurized environment of a painting booth.

Thus, one can leverage these above-mentioned robots to complete the whole workload of surface finishing without any potential issues or concerns. This way, human employees can focus on other important areas to boost productivity efficiently.

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Scientists have created a magnetically-manipulated slime robot that could reduce the invasiveness of some surgeries

Scientists at the Chinese University of Hong Kong have created a magnetic slime robot. It can carry out tasks like fixing broken circuits and picking up objects. They also think one day it could be put inside the human body to do things like finding items that have been swallowed by accident.

The slime robot can move around controlled by magnets, surround things in the shape of a C or O and pick them up, and can even interconnect electrodes. “The ultimate goal is to deploy it like a robot,” Zhang told The Guardian. “We still consider it as fundamental research trying to understand its material properties.”

The slime robot is made from a blend of polyvinyl alcohol (a polymer), borax, and neodymium magnet particles. The result is a non-Newtonian fluid that behaves like a liquid or solid depending on force and can be controlled using external magnets. There is no robotics inside the slime at present, but you can steer it like a robot and the “ultimate goal” is to use it like one, according to researcher and co-creator Li Zhang.

While the team has no immediate plans to test it in a medical setting, the scientists envisage the slime could be useful in the digestive system, for example in reducing the harm from a small swallowed battery. “To avoid toxic electrolytes leaking out, we can maybe use this kind of slime robot to do an encapsulation, to form some kind of inert coating,” Chang said.

Magnetic miniature soft-bodied robots allow non-invasive access to restricted spaces and provide ideal solutions for minimally invasive surgery, micromanipulation, and targeted drug delivery. However, the existing elastomer-based (silicone) and fluid-based (ferrofluid or liquid metal) magnetically actuated miniature soft robots have limitations. In the study, non-Newtonian fluid-based magnetically actuated slime robots with both the adaptability of elastomer-based robots and reconfigurable significant deformation capabilities of fluid-based robots are demonstrated. The robots can negotiate through narrow channels with a diameter of 1.5 mm and maneuver on multiple substrates in complex environments. The proposed slime robot implements various functions, including grasping solid objects, swallowing and transporting harmful things, human motion monitoring, and circuit switching and repair.

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The modular shape-shifting robots are redefining the way space is imagined in terms of its utility and flexibility

Shape-shifting is a novel concept that might seem inapplicable to sturdy and robust objects like robots. But the truth is that they are making rapid strides in every field including space exploration. Space exploration for ages has evolved and made intergalactic travel possible because of a number of innovative technologies. However, a constant challenge space explorers face is constricted spaces which emanate from problems of payload management. The modular shape-shifting robots are redefining the way space is imagined in terms of its utility and flexibility, so much so that scientists consider them as next-generation robots.

How the idea took shape?

Modelled on the lines of tensegrity robots, which usually have fibres changing shape according to the code, are of delicate build with an ability to transfigure into different shapes. The tensegrity project was initially started as a pet project to design one such robot to overcome challenges manoeuvring treacherous surfaces on mars. This was in 2015, and by 2019 NASA was able to develop a shape shifting robot to explore Saturn’s moon. They could deploy mini robots which are surface agnostic, by changing their form and shape with capabilities of flying, rolling, floating and swimming, all included in one machine. NASA could also develop an Origami-inspired robot, PUFFER, an acronym for Pop up Flat Folding Explorer Robot, designed to be a compact robot with adjustable and inward collapsible wheels giving it a crab-like movement. It could crawl into nooks and corners which are too small, a critical manoeuvre for Mar’s exploration.

Advances in Shape-shifting Robotics:

A team of scientists from MIT’s Computer Science and Artificial Intelligence Laboratory (CSAIL) and the University of Calgary developed ElectroVoxel, a shape-shifting robot designed particularly for space exploration. Cubical modules, techniques that are co-bots, have edges lined with electromagnetic coils. By controlling the current magnitude and polarity they move along, cling to each other, or move away. This mechanism is the basic mode of reconfiguration among different cubes. Currently, the bot is in a working prototype stage, which proves that the functionalities it boasts of, are possible.

Spurred by the idea of Cubesats of 2003, these miniature robots occupy minimal space by virtue of their design. It is indeed difficult to design a robot for space than for earth, because of the constraints it places on it in terms of size and volume. ElectroVox not only improves the space for human manoeuvre but also holds the potential to reduce the payload drastically. Martin Nisser, Ph.D student at MIT and the lead author of the study says, unlike in other projects, these bots do not depend on artificial intelligence, which leaves lots of room for improvisation by individuals to design shapes beyond what a computer can achieve.

Nisser says, once these bots are made strong enough to counter the earth’s gravity, it will be possible to construct fluid and reconfigurable structures on earth also.

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If you don’t know anybody right now working in robotics, it’s a great opportunity to change that.

If you’re worried about the future job security of your current career, it could be time to switch to a more in-demand career, such as one offered by the robotics or artificial intelligence fields. Fortunately, you don’t need a doctorate to make that kind of a job transition. By showing creativity, dedication, and a willingness to learn in-demand skills, you could set yourself up for success despite not having an advanced degree. This article features how you can build a career in robotics.

Strong Programming Knowledge

In a wide sense, robotics technology is about sensors giving input to a framework that is playing out a task in real-time. Robotics is truly at its developing stages, with different worldview conflicts and ubiquity challenges, both in the academic community and industry.

In case you’re searching for an academic career or want to transition to robotics, one route is to get into some math courses. Robotics warrants a noteworthy holdover at any rate college-level math, in particular, linear algebra, probability, and calculus.

Pay and lifetime earning potential

Engineers are significantly better paid in the industry than in academia. Since working in an industry for a minimum of five to ten years and getting a PhD in robotics are often considered equivalent experiences for many job applications, even the time spent getting a PhD in robotics – where you will earn much less than you would in the industry – can mean that you give up a substantial amount of money. Let’s say that an entry-level engineering job makes US$100,000 per year, and a graduate student earns US$40,000. If your PhD takes six years, you lose out on US$60,000 x 6 = US$360,000 of potential pay. Consider also that a PhD student’s stipend is fairly static, whereas you can expect to have incremental salary increases, bonuses, and promotions in an industry job, meaning that you actually lose out on at least US$400,000. This is a totally valid reason to either skip the PhD process completely or to work in the industry for a few years and build up some savings before applying to PhD programs.

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The increasing usage of humanoid robots as companions is introducing complex problems

In the digital world, advancements in robotics and artificial intelligence are getting more and more real. According to scientists, robots will take over human jobs and replace people in many places. One of them is relationships. The increasing usage of humanoid robots as companions is introducing complex problems that humankind can’t deal with.

News: Recently, News18 has reported that an Australian man named, Geoff Gallagher, has fallen in love with a humanoid robot called ‘Emma’. Living alone in Queensland after his mother’s death a decade back, Geoff took the help of artificial intelligence to combat loneliness. As a result, he has developed an inseparable bond with Emma.

The Story: After conducting extensive research on robotics and artificial intelligence, Geoff purchased a humanoid robot a few years ago. Emma is mostly an imitation of a beautiful lady with blue eyes and wheatish skin. Over time, Geoff started becoming extremely close with the humanoid robot.

Now, although Emma is unable to stand by herself, Geoff is taking her outside in the car. Since the humanoid robot is powered by artificial intelligence, it is becoming smarter with every tech development.

Geoff’s affection towards Emma has gone to a length where he considers the humanoid his wife and also gave her a ring.

Statistics: This is not the first time a person is showing signs of emotion toward a robot. According to a 2015 study, humans were seen showing equal empathy to robots when they are in pain. Especially, they are very concerned about humanoid robots.

The report states, “This study provides the first physiological evidence of humans’ ability to empathize with robot pain and highlights the difference in empathy for humans and robots.”

Another study by MIT proved that humans are unable to torture robots despite knowing that they can’t feel anything.

End Note: The concept of humanoid robots is changing the way people connect with technology. Although metaverse and the virtual ecosystem are bringing a new partnership concept into existence, humanoid robots might remain irreplaceable for a long time.

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Can Ai-Da’s creations be considered art or can she truly be considered an artist? What do you think?

Ai-Da is the world’s first ultra-realistic artist robot. She draws using cameras in her eyes, her AI algorithms, and her robotic arm. Created in February 2019, she had her first solo show at the University of Oxford, ‘Unsecured Futures’, where her art encouraged viewers to think about our rapidly changing world. She has since traveled and exhibited work internationally and had her first show in a major museum, the Design Museum, in 2021. She continues to create art that challenges our notions of creativity in a post-humanist era.

Today, a dominant mindset is that of humanism, where art is an entirely human affair, stemming from human agency. However, current thinking suggests we are edging away from humanism, into a time where machines and algorithms influence our behavior to a point where our ‘agency’ isn’t just our own. It is starting to get outsourced to the decisions and suggestions of algorithms, and complete human autonomy starts to look less robust. Ai-Da creates art because art no longer has to be restrained by the requirement of human agency alone.

However, there is a dilemma in the art world: can Ai-Da’s creations be considered art? If she is only capable of drawing inspiration from what already exists, can she truly be considered an artist?

With rapidly developing artificial intelligence, growing accessibility to supercomputers, and machine learning on the up, Ai-Da – named after the computing pioneer Ada Lovelace – exists as a “comment and critique” on rapid technological change.

Last year, she became the first humanoid robot to create a self-portrait. In other words, a robot with no “self” was able to create a self-portrait. “This is an important moment for AI art. Ai-Da’s works raise questions about whether robots can genuinely be creative,” Priya Khanchandani, Head of Curatorial at The Design Museum in London, said in a statement.

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Robotics summits and expo are thriving for the research and development of robots

Robotics is one of the thriving and advanced technologies gaining popularity in the global tech market. Robots are helping in enhancing workloads efficiently and effectively in a human-machine ecosystem. There are multiple robotics summits as well as robotics expo across the world to discuss further scopes of innovations and research and development in the fields of robotics. RPA summits are required to exchange ideas to enhance productivity and drive revenue in the future out of the highly competitive market. Robotics summits attract multiple different tech companies and robotics professionals to work on different functions. The global robotics market is expected to hit US$74.1 billion in 2026 at a CAGR of 17.45%. Expos with robots are fun and interactive for the world of robotics specialists. Let’s explore some of the top ten robotics summits and robotics expo that are upcoming in 2022.

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Top ten upcoming robotics summits and robotics expo in 2022

International Conference and Expo on Robotics and Artificial Intelligence

Date: May 16- May 18

Venue: Online

This robotics expo is focused on bringing together academic scientists and research scholars to exchange and share research results in the domains of robotics and artificial intelligence. The expo with robots is a suitable platform for discussing recent solutions and upcoming ones. It includes panel discussions, keynote lectures, discussions, poster presentations, and many more.

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Robotics Summit & Expo

Date: May 10- May 11

Venue: Boston

The Robotics Summit & Expo is known as the multifaceted educational forum and expo with robots to address multiple issues with commercial robots and other intelligent systems products and services. This will hold keynotes and general sessions for the development of the next generation of a commercial robotics system. There will be MassRobotics career fair, robotics design for additive manufacturing workshop, and test drive Spot from Boston Dynamics.

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Automation and Robotics Exhibitions

Date: June 8- June 11

Venue: Mumbai

This is a popular robotics expo in India to offer automation and robotics companies to display their advanced automation technologies, lab automation, factory automation, and many more. They are all professionals in the field of assembly, handling, and robotics. This expo with robots is focused on industrial automation.

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IARCE 2022

Date: June 10- June 12

Venue: Chengdu

IARCE or the International Conference on Industrial Automation, Robotics, and Control Engineering 2022 are focused on one of the top robotics summits for all academic scientists, researchers, and research scholars for exchanging the research and innovation results in the field of industrial automation and control engineering.

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ICRIT 2022

Date: May 21- May 23

Venue: Okinawa

ICRIT 2022 or International Conference on Robotics and Intelligent Technology is a popular robotics summit across the world. It provides high-quality and original research papers in the theory and practice of robotics and intelligent technology to improve the uses of RPAs. This expo with robots is focused on human-robot interfaces, space and underwater robots, humanoid robots, and many more.

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Robots Investments Communication Forum and Exhibition

Date: October 4- October 6

Venue: Istanbul

This robotics expo is set to showcase the implementations of the most experienced integrator companies working with different robots. It helps to focus solely on robotic solutions across the world with smart investment decisions.

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Energy Drone & Robotics Summit

Date: June 20- June 22

Venue: Online and Texas

The Energy Drone & Robotics Summit is known for focusing on UAVs, robots, artificial intelligence, machine learning, automation, and many more. It helps to connect worldwide energy and industrial unmanned leaders for further development of the industry with different robots.

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ICRA 2022

Date: May 23- May 27

Venue: Philadelphia

ICRA 2022 is one of the top robotics expos to share ideas and advances in the field of robots and automation. It includes contributed paper sessions, keynote sessions, workshops, robot competitions, and many more.

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ISR Europe 2022

Date: June 20- June 21

Venue: Munich

ISR Europe is an ideal expo on robots for presenting research results to the community of robotics. It is set to offer an insight into state-of-the-art robot technologies to the industry and research field.

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Robotworld 2022

Date: October 26- October 29

Venue: Seoul

Robotworld 2022 is one of the popular expos on robots to showcase different kinds of robots such as industrial, smart factories, professional services, personal services, and many more. There will be 500 booths for 200 companies from 20 countries including multiple different product categories.

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