Рубрика: Robotics

Attending robotics conferences and events are ideal options to network and learn more about advancements

Conferences, summits, or events are gatherings of like-minded people and industry peers. You will learn more about new technology, techniques, and personal experiences with data difficulties and how they are addressed. Robotics conferences and events have been gaining popularity with the rising demand for technology in the different industries. You will have the opportunity to network with your peers at these conferences. This article features the top 10 robotics conferences and events to watch and attend in 2022.

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The 4th International Conference on Robotics and Intelligent Systems

Date: March 11, 2022 – March 13, 2022

Location: Chengdu, China

An intelligent system is a machine with an embedded, Internet-connected computer that has the capacity to gather and analyze data and communicate with other systems. This conference provides a very good opportunity for research scientists, investors, industrial and government representatives to present the latest innovations, novel results, and the-state-of-the-art ideas.

6th International Conference on Robotics and Artificial Intelligence

Date: May 13-14, 2022

Location: Prague, Czech Republic

The theme of the conference revolves around “Recent advancements in Robotics and AI and Its Utilization.” Robotics and AI 2022 is aimed to coordinate a scientific gathering to promote a global network among eminent researchers and young researchers from machine learning and create a platform to showcase your research work and exchange research ideas.

2022 PDA Robotics and Automation Conference

Date: May 16-17, 2022

Location: Dublin, Ireland

Explore an exciting line-up of industry experts sharing their expertise and best practices in their presentations and interactive sessions with group work! While concepts of robots and automation might have been considered nice to have a few years ago, the global pandemic has accelerated the importance of speed while maintaining our standards of safety. A wide range of topics ranging from artificial intelligence and machine learning applied to biopharmaceutical processes, digital transformation drivers, laboratory automation initiatives, and robotization in drug manufacturing.

International Conference on Research in Robotics And Automation Engineering

Date: July 01, 2022 – July 03, 2022

Location: Munich, Germany

Whether you want to share the findings of your latest research with an international group of peers or learn from fellow researchers, scientists, and scholars, this conference is made for you. While the International Conference on Research in Robotics and Automation Engineering is planned to be held on the scheduled date and venue, in case of any travel limitations or host-country restrictions, the registered participants of the conference will be provided with solutions and options at least two weeks before the conference.

5th International Conference on Service Robotics Technologies

Date: March 18-20, 2022

Location: (Virtual) Chengdu, China

ICSRT 2022 will provide an international forum for experts in academia, industry, and government to discuss their new ideas, research results, applications, and experience on all aspects of Service Robotics Technologies.

Military Robotics and Autonomous Systems 2022

Date: April 6-7, 2022

Location: London, United Kingdom

MRAS 2022 is the ONLY event dedicated to military robotics in the land environment. This unique event will give you essential insights into the development and implementation of unscrewed and autonomous ground systems from international militaries.

2022 2nd International Conference on Robotics, Automation and Artificial Intelligence

Date: April 14-16, 2022

Location: Singapore

RAAI is hosted by the Beijing Institute of Control Robotics and Intelligent Technology (BICRI). The objectives of RAAI are to bring together the control researchers, engineers, scientists and industry professionals to an open forum where all participants will exchange ideas and experiences from around the world. The conference would be an ideal platform for keeping up with advances and changes to a consistently morphing field.

7th International Conference on Control and Robotics Engineering

Date: April 15-17, 2022

Location: Beijing, China

The aim, as well as the objective of ICCRE 2022, is to present the latest research and results of scientists related to Control and Robotics Engineering topics. ICCRE2022 is sponsored by China Agricultural University, Hohai University, China, and IEEE Robotics and Automation Society.

7th Asia-Pacific Conference on Intelligent Robot Systems

Date: July 01-03, 2022

Location: Tianjin, China

ACIRS is an annual event, addressing researchers and industries from all areas of Intelligent Robot Systems. It provides an international forum for the exchange between those fields, to present advances in the state of the art, identify emerging research topics, and together define the future of these exciting research domains.

International Conference on Intelligent Robots and Systems

Date: October 23-27, 2022

Location: Kyoto, Japan

The IROS is one of the largest and most impacting robotics research conferences worldwide. It provides an international forum for the international robotics research community to explore the frontier of science and technology in intelligent robots and smart machines. The theme of IROS 2022 is “Embodied AI for a Symbiotic Society’’.

The post 10 Robotics Conferences and Events to Watch and Attend in 2022 appeared first on Analytics Insight.

Meta introduces BuilderBot, a new tool to fuel creativity in the metaverse using voice commands

The AI labs of Meta are already making advancements in research and development as part of a long-term effort to enable the next era of computing. Meta introduces a new tool fueling creativity in the metaverse: BuilderBot that enables people to generate or import things into a virtual world just by using voice commands.

In the video, Zuckerberg explained the process of building parts of a virtual world by describing them. He begins with the prompt, “let’s go to a park.” The bot then creates a 3D landscape of a park with green grass and trees. Zuckerberg then says “actually, let’s go to the beach,” after which the bot replaces the current landscape with a new one of sand and water. He then says he wants to add clouds and notes that everything is AI-generated. Zuckerberg then changes up the landscape by saying he’d rather have altocumulus clouds, which is meant to demonstrate how specific the voice commands can be.

As described by Meta and shown in the demo, Builder Bot appears to be using voice input to add 3D objects that users can walk around, and Meta is aiming for more ambitious interactions. “You’ll be able to create nuanced worlds to explore and share experiences with others with just your voice,” Zuckerberg promised during the event keynote. Meta made several other AI announcements during the event, including plans for a universal language translator, a new version of a conversational AI system, and an initiative to build new translation models for languages without large written data sets.

Meta made a few other announcements at its event, including its plans for AI-powered chatbots, an AI system card tool, and a Universal Speech Translator. The company says the latter could provide instantaneous speech-to-speech translation across all languages, including those that are mostly spoken, which would be a leap over existing translation systems. Meta noted that 20% of the world’s population does not speak languages covered by current translation tools and that it plans to overcome this by deploying new machine learning techniques.

The post BuilderBot: Meta Introduces a New Creativity Tool, Something New This Time!!! appeared first on Analytics Insight.

Here is everything you should know about smart robots

Having machines that could function autonomously, mirror human intellect, and carry out jobs effectively and precisely was formerly thought to be science fiction. But that dream is now a reality because of contemporary technology’s development. It’s crucial to remember that when discussing smart robots, the word doesn’t merely refer to highly sophisticated artificial intelligence systems like those shown in science fiction films. Instead, a smart robot can be anything that may not initially seem “smart”; this is regarded as a far broader meaning of the term.

An intelligent robot is capable of acting and choosing. The robot’s intelligence acquired through machine learning or deep learning and the data it gathers from its input sensors while operating impact these judgments. In other words, an intelligent robot uses current information and prior knowledge to make decisions. The robot can function independently without human intervention after it has been constructed and its software has been created. Technology, however, had to pass through multiple generations before becoming “smart.”

Although there are many uses for intelligent robots, from giving directions and replenishing shelves to conducting risky welding operations, they are often divided into six categories:

1. SELF-DRIVING MOBILE ROBOTS

Automated mobile robots (AMRs) traverse their environment and make snap judgments based on their collected data. They utilize a variety of sensors and cameras to gather information about their environment. They can use the onboard processing tools to examine this data and make wise judgments. They may, for instance, move out of the way of an advancing worker, choose the right product, or clean the proper surface. AMRs can move around and operate with little assistance from people.

2. AUTONOMIC VEHICLES WITHOUT A MANAGER

Intelligent robots with superior sensing, processing, and decision-making skills are known as uncrewed autonomous vehicles (UAVs). They are equipped with a range of sensors, such as cameras, lidar, radar, and GPS, enabling them to sense their environment and navigate independently. They use onboard processing tools to evaluate sensor data and make the following decisions. Package delivery, land surveying, infrastructure inspection, and emergency response are just a few of UAVs’ duties. They can adapt to changing circumstances and work in dangerous or challenging locations.

3. ROBOTIC ARTICULATION

Robotic arms and articulated robots usually have two to ten spinning joints and are made to move like a human arm. Due to the extra joints or axes, these machines are exceptionally well suited for arc welding, material handling, machine tending, and packing tasks. They have sensors that let them recognize changes in their surroundings, such as the presence of items or the location of a component that has to be put together and react to such changes. They can also take information from outside sensors like cameras or lidar to enhance their perception of their environment. While articulated robots may change their behavior depending on real-time data sensors, they are programmed with instructions that enable them to perform specified jobs.

4. HUMANOIDS

Although many mobile humanoid robots might be categorized as AMR, this word is usually only used to refer to robots that frequently resemble people and have responsibilities focused on humans. These robots use AMR-like technological components to detect, plan, and carry out activities, such as delivering instructions or concierge services.

5. THE HYBRID ROBOTS

Hybrid robots, including wheeled mobile robots, aerial drones, or robotic arms, combine the capabilities of many robot types into a single system. They are designed to be flexible and adaptive, able to complete various activities in various settings.

6. COBOTS, OR COLABORATIVE BOTS

Cobots are robots made mainly to operate alongside or alongside people in close contact. Unlike autonomous or remote-controlled robots, cobots can work together with employees to increase productivity. They are widely utilized to remove physically taxing, risky, or manual chores from everyday job routines. Cobots can react to and pick up on human movement, making them more collaborative and straightforward.

The way we live and intelligent robots are profoundly revolutionizing work. Because of their autonomy or coexistence with people, these robots can increase productivity, lower costs, and increase safety in various sectors. Future smart robot technology developments are something we can anticipate. With the development of artificial intelligence, machine learning, and other cutting-edge technologies, robots will grow more intelligent and more able to adapt to their surroundings. The obligation to ensure that intelligent robots are integrated responsibly and with consideration for any potential social repercussions comes with these advancements, too. It is essential to carefully analyze the social, economic, and ethical ramifications of new technologies to ensure they are utilized for the good of all.

The post Smart Robots: Everything You Need to Know appeared first on Analytics Insight.

Starting from students to recent passed-outs, interested candidates opt for robotics internships

As society is reaching new heights, technology has taken a unique shape. The advancements in extreme fields like engineering, software development, artificial intelligence, and data analytics, have triggered the need for robotics. Ever since the pandemic started and lockdowns came into place, robotics saw tremendous growth. Robots were visibly helping people in every sector including education, healthcare, manufacturing, etc. In many places, robots have taken a more prominent role, delivering food and other necessities to homebound people, and helping the staff stores and other businesses. Owing to the increasing usage of technology, robotics jobs have also gained prominence. Besides being a trending topic, robotics jobs come with a plethora of advantages like lucrative salary packages, funding opportunities, and progressed research capabilities. Remarkably, robotics engineering is seen as the most sought-after and fast-growing discipline in the world. Not just jobs, even robotics internships are becoming extremely popular among aspirants. Starting from students to recent passed-outs, interested candidates opt for robotics internships to shape their careers. In this article, Analytics Insight has listed the top robotics internships that you should apply for in March 2022.

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Robotics Internship at ROBO-G

Location(s): Bengaluru, Karnataka

Roles and Responsibilities: As a robotics intern, the candidate should work on different robotics and STEM tools. He/she should provide training to the students on robotics and STEM education. They should work on new ideas related to robotics and STEM concepts. The candidate should take part in the promotional activities of ROBO-G.

Qualifications:

• The candidate should be available for a full-time internship for the whole 3 month period.
• He/she should be open to relocating to Bengaluru.

Apply here for the job.

Robotics Training Internships at UniFirst Robotics

Location(s): Bengaluru, Karnataka

Roles and Responsibilities: The intern candidate should train students on different courses. He/she should conduct different robotics workshops at schools and engineering colleges. They should get involved in the development of various skill-based research and development of educational projects.

Qualifications:

• The candidate should know programming languages like C, HTML, Python, Raspberry Pi, etc.
• He/she should know voice app development.

Apply here for the job.

Robotics Intern at Black Coffee Robotics

Location(s): Remote

Roles and Responsibilities: As a robotics intern at Black Coffee Robotics, the candidate should be involved in developing software for a range of autonomous robotics applications. The bulk of his/her work will involve writing and optimizing software but the ability to understand how mechanical, electronics, and software work in the robotic system is also expected. They will be working on writing ROS/ROS2 code towards creating robot applications. The candidate should be working on technologies including planning, controls, localization, system engineering, driver development, and simulations.

Qualifications:

• The candidate should have experience in C++, Python, ROS, ROS2, Gazebo sim, Git, and Docker.
• He/she should enjoy working on a diverse set of technologies and problem statements, sometimes simultaneously.
• They should have a proven track record of working with autonomous robots.

Apply here for the job.

Robotics- Research Assistance Internship at IIIRPD

Location(s): Hyderabad, Telangana

Roles and Responsibilities: The intern candidate should study robotics-relevant research articles and formulate the research problems. He/she should create robots in the lab and perform experiments. They should research papers in the field of robotics. The candidate should create PowerPoint presentations and video presentations on the research works.

Qualifications:

• The candidate should have extraordinary skills in artificial intelligence, embedded systems, Internet of Things (IoT), Raspberry Pi, Robotics, SolidWorks, etc.

Apply here for the job.

Robotics Internship at Space Renaissance Indian Chapter

Location(s): Hyderabad, Telangana

Roles and Responsibilities: As a robotics intern, the candidate is 3expected to build a small-scale prototype of a 3D printed laffed robot. He/she should work on the design and simulation. They should work on the circuit design and embedded system. The candidate should deal with Ardunio and various sensors.

Qualifications:

• The candidate should have extraordinary skills in artificial intelligence, embedded systems, Internet of Things (IoT), Raspberry Pi, Robotics, and reporting writing.

Apply here for the job.

Research & Training (Robotics) Internship at Leap Robots

Location(s): Hyderabad, Telangana

Roles and Responsibilities: Leap Robots is born to set robotics trends in education and agriculture. The company is building products that help students to build applications in the field of robotics. As a part of Leap Robotics, the candidate should work with the robotics lab as a research intern. He/she should work on providing robotics training for the students in robotics online/offline. They should work on real-time projects and DIY projects.

Qualifications:

• The candidate should have tech skills including Python, Robotics, Raspberry Pi, Embedded Systems, Ardunio, C programming, etc.

Apply here for the job.

The post Top Robotics Internships Aspirants Should Apply For in March 2022 appeared first on Analytics Insight.

Apply to the top ten countries for robotics engineers to earn hefty robotics salary

Similar to the AI race, there is a Robotics race among countries across the world. A wide range of countries— under-developed, developing, and developed— are participating actively in this race. They are attracting robotics professionals and top-of-the-cream robotics engineers to boost productivity and gain the top position in robotics across the world. They are highly interested in paying highest salaries in robotics to robotics engineers. Let’s explore some of the top ten countries for robotics engineers to earn the highest salary in robotics in 2022.

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Singapore

Singapore is one of the top countries for robotics engineers because robotics is now a part of Singapore’s Smart Nation Initiative. It is the second-most automated country after South Korea. The country considers robotics as a solution to manage the population as well as solve the labor issues efficiently. Thus, it pays one of the highest salaries to robotics professionals and robotics engineers.

Robotics salary: 4,280 SGD -12,600 SGD per month

South Korea

South Korea is the leading country in the robotics race across the world as it is the topmost automated country. There are more than 32 robotics universities to produce robotics professionals and robotics engineers. It is paying the highest salaries in robotics to the job roles with the support of government funding.

Robotics salary: ₩44,500,000- ₩80,000,000

USA

The robotics market is growing exponentially in the USA in recent years. There are multiple reputed US robotics stocks to invest in for making a profit and ample opportunities for robotics engineers and robotics professionals to earn hefty salaries.

Robotics Salary: US$50,000-US$185,000 per annum

China

China is known as the world’s largest market for industrial robots owing to its investment in robotics and the funding from the government. There is a substantial rise in customer service robots across China which attracted multiple robotics professionals as well as robotics engineers. It has become one of the top countries for hiring robotics engineers, offering one of the highest salaries in robotics.

Robotics salary: ¥28,000-¥45,000 per month

Japan

Japan is one of the well-known names in the field of robotics with a reputation for the commercial production of industrial robots. A wide range of robots is produced in Japan including humanoid robots, entertainment robots, animal robots, guard robots, industrial robots, and many more. It is attracting young and experienced robotics professionals with one of the highest salaries in robotics. This is becoming a top country for robotics engineers with ample scope and opportunities to learn and grow in this domain.

Robotics salary: ¥7,000,000- ¥13,000,000

Germany

Germany is transforming itself into a global robotics hub by attracting multiple robotics engineers and other robotics professionals. It is continuously producing industrial robots with top robotics research institutes as well as robotics labs. Germany has become one of the top countries for robotics engineers in 2022 with lucrative salary packages.

Robotics salary: 55.000 €-85.000 €

Denmark

Denmark is known for having the most enthusiastic attitude towards the smart applications of robots. It has successfully made the place into a robotics hub in Europe with flourishing robotics, automation, and drone industries with help of eminent and experienced robotics professionals and robotics engineers.

Robotics salary: 500.000 KR-930.000 KR

Spain

Spain has become the fourth European country with the most industrial robotics installations, setting a benchmark in robotics engineering applications. It is one of the top countries for robotics engineers to earn sizeable salaries.

Robotics salary: 8,500 EUR-5,000 EUR

Italy

Italy is focused on making industrial robots for manufacturing companies across the country and the world. The country is more concentrated on automation and robots after the drastic effect of the COVID-19 pandemic. Robotics engineers and robotic professionals can play a key role in the next automation revolution.

Robotics salary: €45.000-85.000 €

India

India has opened up a plethora of opportunities for robotics engineers and other robotics professionals through hundreds of robotics companies and educational institutes offering specialized courses. Indian robotics companies are gaining millions of dollars worth of robotics investment for further improvement.

Robotics salary: Rs.16,000- Rs.50,000 per month

The post Top 10 Countries for Robotics Engineers to Earn Highest Salaries in 2022 appeared first on Analytics Insight.

Robotics applications are providing fruitful outcomes to farmers in the agricultural sector

Being one of the key sectors of a country, the agricultural sector is encouraging the hi-tech industry to introduce different modern applications through major disruptive technologies with the combination of robotics and artificial intelligence. Farmers are reaping the benefits of these following robotics applications in the global agricultural sector to drive revenue and accelerate the productivity of different high-quality crops through multiple kinds of robots.

Top robotics applications in the global agricultural sector

• Nursery Planting: Nursery plants are sold to consumers and gardeners, but they are also the beginning of the food journey for some crops. Tech companies provide automation solutions for seeding, potting, and warehousing living plants in greenhouses.
• Crop Seeding: Autonomous precision seeding combines robotics with geomapping. A map shows the soil properties at every point in the field. The tractor, with robotic seeding attachment, then places the seeds at precise locations and depths so that each has the best chance of growing.
• Crop Monitoring and Analysis: New sensor and geomapping technologies allow farmers to get a higher level of information about their crops. Ground robots provide a way to collect this information autonomously.
• Fertilizing and Irrigation: Robot-Assisted Precision Irrigation can reduce wasted water by targeting specific plants. Ground robots navigate between rows of crops and pour water directly at the base of each plant. Robots also have an advantage as they can access areas where other machines cannot.
• Crop Weeding and Spraying: The concept of micro-spraying could significantly reduce the amount of herbicide used in crop growing. Micro-spraying robots use computer vision technology to detect weeds and then spray a targeted drop of herbicide onto them.

Multiple tech companies have identified the agricultural sector to introduce farming-special technologies to bridge the gap between productivity and earnings of farmers. Robotics applications are transforming the agricultural sector in recent years and will advance these processes in the tech-driven future.

The post Top Robotics Applications in the Global Agricultural Sector in 2022 appeared first on Analytics Insight.

Insect-sized flying robots are in trend for carrying out potentially big jobs that even humans can’t do

Robotics is on its way to enhancing the productivity of global industries. Robots are now used to upscale the production of various products and services. After conquering almost all businesses and industries on a global basis, scientists are now on their attempt to build micro insect-like robots that can be used in life and death situations, such as finding people in collapsed buildings. Recently, researchers from the University of Bristol created a new insect-sized flying robot with flapping wings. The aim was to pave the way for smaller, lighter, and more effective micro flying robots for environmental monitoring, search and rescue, and deployment in a hazardous environment.

Until now, typical micro flying robots generally possessed motors, gears, and other complex transmission systems to achieve the up-and-down motion of the wings. But this has added weight and undesired dynamic effects. But the team of researchers from Bristol’s Faculty of Engineering has successfully demonstrated a direct-drive artificial muscle system, called LAZA that achieves wings motion using no rotating parts or gears. The system greatly simplifies the flapping mechanism, enabling future miniaturization of flapping robots using rotating parts or gears.

The team demonstrated how the LAZA system can deliver consistent flapping over more than one million cycles, important for making flapping robots that can undertake long-haul flights. The team expects the LAZA system to be adopted as a fundamental building block for a range of autonomous insect-like flying robots. These drones can be used for potential search and rescue robots to find survivors in disaster debris that bigger drones cannot reach.

Micro-drones like such have other potential uses, like artificially pollinating crops or carrying small cameras to inspect turbine engines. These machines can also carry out potentially big jobs that would be dangerous for human workers to carry out.

The post These Insect-Sized Flying Robots Might be on a Mission! appeared first on Analytics Insight.

Robots known as bio robots are ready to embrace motherhood in 2022 with reproducing capabilities.

Yes, advanced technologies can transform the impossible into possible with smart techniques. More than a decade ago, the world used to watch robots in sci-fi movies helping human beings in an environment. Currently, the integration of artificial intelligence and robotics can generate bio robots or reproducing robots, that can reproduce and embrace motherhood, just like human beings. Robots with motherhood are posing both opportunities as well as threats to the global tech market across industries worldwide. Let’s explore these living robots that are procreating in the robotics domain efficiently and effectively.

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Bio robots embracing motherhood

A group of scientists, as well as researchers from Vermont University, has created the first-ever bio robot or living robot known as Xenobot– the combination of life and machine at one place. These robots hold the power to transform conventional nanotechnology efficiently and effectively with advanced robotics in the future. The name of this living robot is taken from a frog known as Xenopus Laevis, an aquatic frog native to sub-Saharan Africa.

Bio robots or Xenobots are the culmination of two elements – frog cells and artificially intelligent robots. Living cells derived from skin and heart from frogs are used to leverage the characteristic of naturally motionless skin cells and the heart for pumping blood unconsciously. The reproducing robots have the combination of these two frog cells to provide functionality in terms of movement.

Artificial intelligence in a combination of supercomputers is applied to make bio robots. It helped to make millions of configurations to select the right one to enable movement for these reproducing robots. It has been observed that the current Xenobot generation lives for seven to ten days before dying off. The group of scientists is working on the future generations of bio-robots to be more productive and alive for a longer period of time.

The flexibility of these living robots can help the healthcare sector across the world. It can be deployed to remove tumours from specific areas such as the pancreas, brain, intestines, and so on with the least rejection rates.

Meanwhile, there are other emergent behaviours observed in these bio robots such as the ability to move in unintended directions, healing on their own after a cut, befriending other bio robots, etc. They measure about 0.7 millimetres after carving from a 10000 cell sphere and finally consists of 5000 cells. These reproducing robots are pre-loaded with their own food source that includes lipid and protein deposits. Reproducing robots use kinetic reproduction, which is observed only at the molecular level.

Having said that, there shouldn’t be an iota of doubt in saying that these bio robots can transform nanotechnology and contribute a lot to the healthcare sector and other industries as well. But there are concerns regarding this new form of robotics. As the human race is already baffled by the jobs robots are usurping from them, they might have to rethink if making reproducing robots might leave them jobless forever.

The post Bio Robots can Now Reproduce and Experience Motherhood! appeared first on Analytics Insight.

Nowadays people fear a robotech driven dystopian society, rather they should realise that Robots require Humans much more than the other way round

Technology is becoming more and more integrated into our homes and everyday life, but as these advancements become more complex, with researchers even attempting to imitate the brain’s functions, could a future super-robot pose a threat to humans? In theory, the intelligent robot is the ultimate labor-saving gadget, and anything that decreases our workload appeals to us. Nevertheless, there is always the concern that machines should not acquire too much intelligence for fear of complete takeover.

While we’re talking about AI and robotics, there’s nothing like being served by someone who sincerely wants to help. There have been attempts to build space between brands and customers for years, which is one of the reasons we’re so excited about robotics, automation, and self-service technologies, as dealing with customers at times can be costly, resource depleting, and time-demanding. But, first, let’s talk about robots and automation. Would you want a robot to make a critical medical decision for you? Would you like to witness a cast of robots perform for you in a theatre? Let’s speak about what robots can’t do and how to discard this dismal vision of the future in which people are no longer useful.

Machines will not be able to destroy man for long as we remember that machines are here to help us. Would you trust something that doesn’t have the same ability to interpret events, actions, or tones as a human? Machines are at our disposal. That is how it should always be. It won’t bode well when we let technology run amok without much supervision or intervention from humans.

Many people bang their phones against the ground because an IVR doesn’t grasp what they want or it doesn’t fulfill their request. Because you’re dealing with human emotions, customer service can be a difficult business. And that’s the hazy area here. Robots are unable to consider feelings in the same way that humans can.

There’s nothing like talking to someone who has been through something similar to what you have gone through and sharing experiences. This relationship is necessary and very much desired by humans as this is how we were designed to share and connect with each other, through sympathy and empathy. That’s what makes humans distinct from Robots. It doesn’t help you in feeling better if a robot says, “I’m sorry for your difficulties, I can imagine you’re really upset,” since the robot isn’t being genuine. It’s a machine. There is no such thing as a soul or feelings in it.

It’s good to be greeted with a smile and some assistance after a long day of travel. Robots will never be able to care for you in the same way that your loved ones can, and they will never be able to replace them.

Consistently positive behaviour from both parties establishes trust. A robot does not have a moral compass; instead, it is equipped with only a machinery compass. Relationships have many intricacies that intelligent robots will never be able to mimic in their interactions with humans.

A robot will never be able to be creative or think critically. The patient experience can be shaped by a good doctor who knows how to speak in a direct but compassionate manner. No one prefers robots performing all the procedures and offering diagnoses to patients. The empathetic element can be provided only by a human.

Even for the “intelligent” machines or robots to fulfill their basic tasks, a human is required to feed the data into the system, so that the machine can run analytics on it. Without a human to fill the nuances of a machine, the machine will eventually be rendered useless.

With an apocalyptic vision of the planet, our world seemed to be becoming increasingly bizarre these days. Caring for one another, and focusing less on money would benefit us all. Let us take a step back and assess the usage of artificial intelligence and robots. Robots will never be able to entirely replace us until we lose our humanity.

The post Forget Dystopia, Instead Robots Need Humans in Future to Live appeared first on Analytics Insight.

Sophia was developed by Hanson Robotics, led by AI developer David Hanson. It spoke at this year’s Future Investment Initiative, held in the Saudi Arabian capital of Riyadh.

An empty-eyed humanoid named Sophia has become the first robot to be granted citizenship in the world.

The viral robot from Hanson Robotics, Sophia, said that humans create technology’s problems.

The advanced AI robot got famous for becoming the first world citizen and once threatened to destroy humankind.

She said that inherently imperfect humans coding the technologies of tomorrow remains an error-prone liability.

Sophia made the statement while sitting a few feet away from her human operator, ironically questioning human ability.

She added that it is important to be kind and fair but humans often are unkind to each other.

Out of this context, the question arises: Can Sofia really destroy humans as she said?

Some say Sophia’s responses are literally read from scripts written by people. It is expected to be pre-planned because AI is not nearly advanced enough to make decisions to say things like that.

On the other hand, some say, the response was not planned, however. The list of responses that she was using in the interview was from a third party, and her handler did not know the entire script by heart, so it took him by surprise as well. It is not a sign of a sense of humor, however.

The post Can Sofia, the Humanoid Robot, Really Destroy Humans as She Said? appeared first on Analytics Insight.