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Robotics: Blessing and Curse?

Siddhartha Kumar | January 05, 2022

Change is the only constant in life. Nothing is permanent and so is the case of technology and science; they have only progressed with the progress of necessity which drives inventions and discoveries across the global paradigm of mankind.

The word paradigm is intrinsic to the concept of change or shift and the biggest paradigm shifts in the history of mankind have been caused by the 4 Industrial Revolutions starting from the 1st In Britain to the current Industry 4.0. The backbones of the 4th Industrial Revolution are Robotics and Artificial Intelligence. Thus whether we agree or not Robotics have been coming and it has come because it is necessary and it is growing day by day for a reason: ease of life, betterment of humanity. Humans need change but are generally afraid of it until and unless people like Steve Jobs, Bill Gates, Mark Zuckerberg, Jeff Bezos, etc point it out to us and tell us what we need. Then the people start adapting with time and realise the fact that embracing change makes things ultimately easier even though the process of adaptation might be a bit tough.

Let us think of a revolutionary invention known as computer. Think about it, it must have been tough for our ancestors to get used to it and some of them are still in the process of getting used to it. Most of them are still more comfortable with using landline phones for calling up someone, maintaining diaries instead of setting reminders on smartphones, queueing up at banks to withdraw money instead of using a Debit card, paying via cash instead of using E-wallets. They will even tell us younger generation that we are becoming unsocial, lazy and we will get affected by various diseases easily because of such using the computer or smartphone for too long; they will even go to the extent of telling us that due to such lifestyle the life expectancy of the younger generation will reduce drastically with respect to the older ones. However, can any one of us remotely argue the necessity of computers? The benefits it has brought to the society? Can we honestly think of a day without our smartphones? Every coin has two sides, same for computers or any inventions. Anything can become a blessing or a curse and that depends on how we use it.

Now let us come to robotics. They have brought ease of doing business, safety and efficiency in various industries. Robots have improved healthcare (Robot nurses, surgical robots), surveillance, delivery of goods (drones), spacecraft, travel, manufacturing, logistics, etc. Robots have been assigned to work in places which might be harmful for humans like mines, furnaces, etc. Robots are used in banking and financial sector too to help process works that are repetitive in nature and other labour intensive ‘low-value add’ tasks.

There will certainly be a number of people who will argue against the concept of Robotics : Blessing and Curse just like they did in case of computers. They will say that robots will take over the world, they will bring loss of jobs, etc. But, it is our duty to use the robots wisely. Who knows? They might be necessary evils, but necessary they are!

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What are the Consequences of Not Embracing Robotics & AI?

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What are the Consequences of Not Embracing Robotics & AI?

Kiran Gupta | September 07, 2021

Humans have seen a lot, been through a lot, done a lot; some worth it, some not, some good things and some bad as well. Technological advancement has been the mainstay for us since the beginning of time. From lighting fire by striking two stones to programming robots, technological revolution and evolution has existed parallel to that of human evolution. Just like biological adaptation, humans have had to adapt to technological changes as well and on the hindsight, we can firmly conclude that science and technology have made things possible for us and other than the structure of our brain it is the scientific development over the years that has set us apart from the rest of the animal kingdom.

The most vital of those revolutions are the four industrial revolutions: from the 1st in the year of 1784 to the 4th in current years.

Let us focus on the current of the four Industrial Revolutions, the 4th Industrial Revolution or Industry 4.0. The mainstay of this 4th revolution are Robotics and Artificial Intelligence. Human Beings have always been afraid of change other than a select few and have been allergic to it because we are afraid of the consequences of change, we are afraid of the scope of change and the process of adaptation to the changes. But if we look back, can we deny that the 1st Industrial Revolution was necessary? Can we deny that computers were necessary? In fact, we cannot think of a society without Industry or electricity or computers. Was the process of adaptation to the inventions easy? Maybe not, but we have been through them and now we have adapted to the change, we don’t realise how good we humans are at adaptation.

What are the Consequences of Not Embracing Robotics & AI? We won’t be able to go ahead as these are the next big things. We cannot remain Neanderthals anymore. What would have happened if some of us chose not to embrace computers? We would have become vestigial limbs of the society. Robotics and AI has given us safety, efficiency and precision in whatever works they have been assigned to by the manufacturers or the clients. It will be foolish if we choose to turn a blind eye to this wonderful scope of change and if a company is myopic in terms of adaptability, that company might eventually cease to exist and become defunct. Think of companies like Grundig, Amkette; how big they were, cutting edge technologies and market leaders within their respective sectors during their heydays. Where are they now? Why do we see companies like Ford, Tata, Unilever, HSBC wither all kinds of storms since their inception and continue to be major players in the market? This is because the latter group of companies chose to embrace changes.

Robotics, AI, IoT are ell essentials. It depends on us as to how we use it to our benefits. If we can use them properly and don’t get over attached or addicted, this Industry 4.0 can be a beautiful thing.

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Robotics and the Pandemic 2020

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Robotics and the Pandemic 2020

Rajesh Sharma | November 01, 2021

Humanity as we know has been taken on by a cold hearted, invisible enemy, a virus: The COVID-19 Coronavirus. Since the month of January 2020, till today as I type this article, in the battle between humans and the virus, it is the virus that is winning by a considerable margin. Current WHO statistics say 9,05,728 people are affected, 66,542 people have died across the globe because of this invisible, silent killer. This is an entirely new challenge for humanity and there are no vaccines or medicines made particularly for this disease, the doctors say, the primary way to combat this virus is ‘Social Distancing’, that is, staying away from people, avoiding crowded places, staying indoors.

However, essential services cannot cease to exist, food delivery, banking, hospitals, pharmacies etc must keep working for the sake of the survival of humans. So what about the medical workers then? What about the Police, the food and grocery delivery associates? These front liners are in direct risk of contamination of the virus as they have to come in direct contact with people. Even the gloves and masks they wear might not be sufficient enough to prevent the virus as we evidently see health workers getting affected on a daily basis.

Robotics and the Pandemic 2020

This is where Robotics can come in, robots can help reduce the human contact. They can help in proper social distancing. They can reduce the number of times a doctor or a paramedical team need to visit a quarantined patient and such robots have been in use in some of the countries around the world. Let’s site a few examples: There is a Robot called TUG, created by an US company named Aethon which is a nurse robot strolling through hospital corridors and delivering essential meds, towels, food etc to the desired patient on the desired bed number. Another example is the ‘Da Vinci Surgical System’ which is controlled by the hand movements of a trained surgeon to operate on a patient, the precision of this machine might be highly necessary for patients who are suffering from other conditions as well as from the coronavirus. These robots or machines help the doctors keep a safe distance between themselves and the patient as well as in reducing human error. Similarly, in case of delivery of necessary goods, companies like Amazon, Alibaba, etc has started using drones to deliver goods in many countries. Drones are also forms of robots which help in surveillance, delivery, etc.

Though we need human touch in every aspect of our lives, this is a unique situation where a human ‘touch’ can be fatal, and the touch of a robot might save lives and prove to be more efficient. Let us hope that humanity can work towards the creation of more such robots as well as a vaccine to combat the virus. We can definitely hope to win against the Pandemic as the virus is fighting alone, but we humans have robots in our team.

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Why should you have Robotics Labs in Schools?

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Why should you have Robotics Labs in Schools?

Siddhartha Kumar | July 30, 2021

The world is changing and so is the technology alongwith. In today’s technology driven world it is essential for us to imbibe proper skillsets required for sustainability and growth.

The kind of lifestyle which we are currently adoring is because of the technological advancements. Technology has become a backbone and comfort zone of our lives.

With the advancements in the changing technology, it is important to prepare the youth generation for adapting the same in their day to day lives as it proves to be an essential part of survival. It is imperative to imbibe the proper knowledge and provide them a good exposure at an early age so that they feel comfortable working around with machines and robots, as the world is inevitably moving towards that future.

What is the aim of Niti Aayog?

In order to motivate students in this field NITI Aayog (A Government Body) has started an initiative with a vision to ‘Cultivate one Million children in India as Neoteric Innovators’ known as Atal innovation mission. The main aim of this mission is to establish and motivate schools all over India to participate by building the Atal Tinkering Laboratories in their schools. These Atal Labs are to foster curiosity, creativity and imagination in the young minds. It gives them a perfect platform to outperform their own creativity and their imagination into reality.

Why to implement these labs?

Why should you have Robotics Labs in Schools? These labs can provide the children a hands-on experience to prove their capabilities and learn innovative skills. With this, they will get a chance to use most of the advanced tools and equipments for better understanding of concepts based on the very famous STEM ( Science, Technology, Engineering & Maths).

The Atal Labs provide all the necessary materials, do-it-yourself kits and equipments which can help them in learning and gaining practical knowledge as well.

With these labs the schools can motivate their students to participate in various workshops, state & national level competitions, exhibitions which can nurture their problem-solving abilities and critical thinking skills.

Almost all students are curious about robotics and after the continuous lessons of complicated subjects it becomes monotonous, so if they link some of their science or physics lessons with the robotics labs it can do wonders and maybe prove helpful for the students to extend their interest in this field.

How can these labs help students?

Learning the programming and coding is easy but are the students really relating it to their studies and assignments? Coding is an art where, if the students are given a platform to explore for themselves, they can apply their learnings by actually writing algorithms which can provoke them to do even better. It helps increasing their thinking and problem-solving capabilities.

As observed lately, the post-millennial generation is more exposed to different types of technologies at a very tender age, so they are inquisitive about the new emerging technologies. So, empowering robotics labs in schools and introducing students about it can incline to their successful futures.

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Will there really be loss of jobs due to robotics & AI? a mythbuster

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Will There Really be Loss of Jobs Due to Robotics & AI? a Mythbuster

Vikash Sharma | June 30, 2021

Jobs: A primary source of income for living for majority of the middle class people across the globe. Some are better paid, some are not so, but whatever it is and wherever it is, jobs are essential for the middle class unlike the upper or lower class who are mainly into businesses and agriculture respectively. The upper class have the Dollars and the lower class are often bailed out by government policies, but the middle class end up being trumped in the middle. So, what if inventions take away the primary source of income from the middle class who spend so much time, effort, money behind education just for the sake of securing a ‘good’ job? What if new machines eat away at the vacancies? This is the particular area of discussion for this particular topic.

We often hear a lot of discussions about whether Robotics and Artificial Intelligence will snatch away from us what is rightfully ours: our jobs. We hear a lot of arguments for and against this concept. However, if we think logically with our past experiences, we might be able to appreciate the fact that Robotics & AI and the whole of the Industry 4.0 are actually blessings. First of all, we must agree that they are here because they were necessary, otherwise they wouldn’t have been invented in the first place, would they?

Let us think about computers or smartphones. Did they actually take away our jobs or did they create more for us? The person who used to be a typist types on a computer now instead of a typewriter, a bank manager instead of maintaining bulky registers uses a computer to jot down all the essential info and if we think deeply, we will see a lot of examples of this type. Thus we can say that computers haven’t really taken jobs away, in fact new people have been hired by different tech companies for the maintenance of these machines. Think about the IT sector…a whole new sector is here today just because someone invented computers and make no mistake, IT companies are one of the biggest hopes the middle class engineering graduates have these days. Ask any IITs or NITs, software and IT giants are the backbones of mass recruitment there.

We can say the same thing about Robotics and AI. They are helping us have smart cities, they are making jobs safer and work more efficient. In addition to that, more and more people are being recruited for maintenance of these Robots, for operating these robots: think about the Da Vinci Surgical Robot…no matter how precise it is, a surgeon is still needed in the OT to operate the remote controls, think about a drone with AI, someone has to program that thing and maintain it. Yes, we might argue that the number of jobs needing unskilled labours might be going down but there will never be a scarcity of vacancies for a skilled personnel.

Will There Really be Loss of Jobs Due to Robotics & AI? a Mythbuster we can say that if all the jobs are being eaten up by robots or AI, then there will be a loss of buying power amongst the general public and the companies and recruiters will definitely not want that to happen. In that case, loss of jobs will eventually become loss of revenues for the companies, so no need to worry, people will be hired!

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How are Bio-Robo Inter Limb Cordination in Prosthetics Improving Human Lives?

How are bio-robo inter limb coordination in prosthetics improving human lives?

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How are Bio-Robo Inter Limb Cordination in Prosthetics Improving Human Lives?

Aarnav Maitreya | March 03, 2021

Think about a person who is a chef or a sculptor or a painter who lost his/her arm in an accident or a nature lover who loves roaming through the fields & gardens on bright sunny mornings whose foot had to be amputated because of gangrene. How devastated would these people be in life after such a loss which endangers their professional life or their hobbies? Think about a daily wage earner who works in a factory with heavy and risky equipment like a lathe machine, how would his life turn out to be without a limb? Hell! Even the loss of a single finger or a toe would be devastating for any normal person, let alone a leg or an arm. Thus a few decades back, science came up with a concept known as prosthetics which is a term which we are familiar with. Prosthetics, we can all agree, to some extent have helped such people lead a comparatively better life with a false arm or leg instead of no arm or leg at all & to be fair, prosthetics have curbed the extent of disability amongst people who suffered a loss of their body part or people who were born disabled

However, the chef who lost an arm wouldn’t be satisfied with a normal prosthetic limb as it won’t be sufficient to pick up an egg and crack it. Similarly, a painter won’t be satisfied with a routine prosthetic arm as it won’t allow him/her to pick up a brush and stroke it steadily on a canvas and that might ruin the painting. So, even though normal prosthetics are better than having absolutely nothing, they are not good enough. Thus necessity took its course and scientists came up with a Bio-Robo coordinated concept of prosthetics. How are Bio-Robo Inter Limb Cordination in Prosthetics Improving Human Lives? Bio-medical engineers of various universities in the US are making such prosthetics which can move with the thoughts of the amputees and the person will even be able to feel a sensation of touch via a network of electrodes implanted in the muscles of the patient. The University of Utah in the US came up with the first of such prosthetics which turned out to be successful. Now imagine the situation, the patient could control the robo arm with just his will power and thought process and just like a normal person’s arm, the robo hand would know how to pick up an egg without squeezing too hard or how to stroke a brush on a canvas without spilling too much paint on it. So even though we can bet that such an arm won’t be as good as the original arms we are born with, these kind of robo-prosthetics are the best chance the amputees have got. We can all agree that people like these need more accuracy and precision rather than just an arm right?

The complex mathematical algorithms which connect the robotic arm with the senses of the person via an array of electrodes make the prosthetic almost as good as a regular human limb. However, what do we need to do in order to increase the number of such prosthetics? Research need more researchers, more Bio-Med engineers, more mathematicians and for that more and more sections of the youth need to be made aware of such possibilities in the future. Can’t we raise this awareness to put more smiles on the faces of patients like Nigel Ackland who lost his limb in an accident and has now become an example of what biomedical prosthetics can do?

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Robotics: Building the roadmap for tomorrow’s Digital Workforce

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Robotics: Building the Roadmap for tomorrow’s Digital Workforce

Pranoti Ghirnikar | January 30, 2021

Q1) What do you mean by Digital Workforce?

Digital Workforce means a variety of robotic and automated solutions for driving productivity efficiencies in the workplace. Some of these are in the early stages of development while others are in the maturity or undergoing process. In most cases, the digital workforce will not be a physical body of a digital worker. Rather a virtual robot that will be either working in the background or operated by consumers and co-workers through a command-based interface

Q2) How digital workforce can be set-up for Businesses and Customers?

For Robotics: Building the Roadmap for tomorrow’s Digital Workforce: Robotics Process Automation (RPA) has allowed reductions in headcount in high manual and cost intensive process. For Customers: Chat function on instant messaging (IM) or through website they may be exposed to robotics

The introduction of digital workforce is likely to divide into steps like

Robotic Process Automation (RPA)
Cognitive Computing
Artificial Intelligence

Digital Workforce employs the largest number of certified RPA consultants with experience in process automation. IRPA AI can help to navigate the rapidly changing landscape of automation solutions. Automated processes in the remote management of IT infrastructures can consistently investigate and solve problems for faster process throughput. RPA can improve service desk operations and the monitoring of network devices.

Q3) How to enable the modern workforce: –

Company are recently expanded its vision and product portfolio to support what it calls the truly modern workforce. The company now offers a dozen different applications that support many types of processes using AI algorithms to support each unique workflow. The employee workflow begins on day one on the job, streamlining and simplifying processes like managing payroll, inputting insurance data, and requesting help from IT. From that day on, the solution supports the employee experience by providing a modern, digital workflow that offers functionality using AI and machine learning (ML) capabilities to provide tools like chatbots, virtual agents, and performance analytics—all of which add to the company’s longer-term margins. Company’s AI product roadmap, mobile experience, platform innovations and agent dashboards are key focus areas as it strives to drive employee engagement, retention, and productivity with rewarding emotional experiences.

The Robotic Process Automation (RPA) is a new wave of the future technologies. Robotic Process Automation is one of the most advanced technologies in the area of computers science, electronic and communications, mechanical engineering and information technology. It is a combination of both hardware and software, networking and automation for doing things very simple.

To put in the right place of RPA in business operations, their many allied technologies are working at the background level, artificial intelligence, machine learning, deep learning, data analytics, HR analytics, virtual reality (second life), home automation, blockchain technologies, 4D printing etc.

Cognitive computing is the use of computerized models to simulate the human thought process in complex situations where the answers may be uncertain. Cognitive computing overlaps with AI and involves many of the same underlying technologies to power cognitive applications, including expert systems, neural networks, robotics and virtual reality (VR).

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How VR and Robotics can work together?

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How VR and Robotics can Work Together?

Vikash Sharma | December 5, 2020

The robotics industry around the world is steadily gaining momentum and the applications of robotic technology are being paired with several innovative technologies is creating solutions to many real-world problems. The convergence of robotics with other industries is nowhere better seen than with augmented reality and virtual reality.

What actually is Augmented Reality and Virtual Reality?

Augmented reality or AR, is the alliance of digital information with the user’s environment in real-time.VR is a computer simulation of a 3D environment that will allow a user to function within them, such as moving around and building objects in virtual worlds. The difference between Augmented reality and Virtual reality is that virtual reality creates an unreal and man-made environment whereas augmented reality uses the currently existing environment and superimposes new information on top of it.

How AR & VR be converged with robotics?

As AR and VR converge with robotics, one important aspect where this hybrid technology can be applied is the manufacturing industry. Virtual reality is already being used to improve the way how to control the robots and drones by human operators in manufacturing. Organizations can implement dual neural networks for robotic training. Visual neural network and Imitation neural network together forms the dual neural network. The visual network can be used to recognize an object and the imitation network will make the robot decide what action can be taken in the object. In this way, robots can be trained to perform many manufacturing tasks.

What is THR?  

Toyota has developed THR 3, also known as Toyota’s third-generation humanoid robot. The robot was controlled through virtual reality. It allows a person with a VR headset on, can hold a virtual handle in the virtual world, which would then control the real world robot. This can be applied to help surgeons who are looking to train with robot arms.

How VR and Robotics can Work Together?

While the convergence of VR and robotics takes place in manufacturing, medical, and military, the potential for this to emerge in other sectors is unlimited. One idea can be by using VR, robots can be sent to a crime scene to give more accurate and clear information or a substantial evidence about what happened, how the environment looks and who is responsible — affecting the outcome of the trial Researchers believe that together, these technologies will help to explore a new way of human-machine interaction and make several business procedures more accurate and efficient.

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How farmers and robots will work together for future farming?

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How Farmers and Robots Will Work Together for Future Farming?

Aarnav Maitreya | October 12, 2020

Q1) What is Agriculture 4.0?

Agriculture 4.0 gives an idea about how the farm will look in the future. It mainly focuses on direct and indirect causes of degraded farmland like Deforestation of unsuitable land, Overcutting vegetation, Overgrazing, Unbalanced fertilization use etc. The innovations show mainly focus on the cereal growers and wine growers. The next step in feeding the world’s rapidly growing population which involves self-driving tractors, precision farming and Internet of Things sensors to quantify agriculture in vast new ways. So by that means digital farming is revolutionizing the future.

Q2)How Farmers and Robots Will Work Together for Future Farming?

An agriculture robot is also known as Agribot. This is a robot which is autonomous and is helpful in farming. It helps the farmers to raise the crops efficiency and also reduces the need for manual labour to the farmer. In the coming generations we can expect many farming things like tilling, sowing, harvesting etc by the agriculture robots individually. Other activities include weeding, control of pests etc

The agriculture robots can also get connected to the wireless sensors networks and by using the drones, the robots will collect a huge amount of data and information. In order to replace the manual labours the trends of agriculture robots will increase.

In present time the agriculture robots are used for picking fruits, milking of cows and rearing of sheep and they are found successful in those task. The robots also helps the farmers in the automation of tasks which include pushing of feed and the cleaning of manure.

Q3) What are the Application, types, future and advantages of Agribiots?

Application of Robotics in Agriculture:

Nursery Planting
Crop Seeding
Monitoring the crop and giving analysis
Fertilization and Irrigation
Crop weeding and Spraying
Thinning and Pruning
Autonomous Tractors
Harvesting and Picking
Herding and Shepherding
Milking in Dairy Farming

Vision Robotics’ technology reportedly integrates algorithms with sensor technology to bring automation to lettuce farming and vineyards. Specifically, computer vision allows robots to generate 3D maps and models of areas of interest and then to complete various tasks within those parameters.

The young farmers will make more investments in robotic technology with more interest. The main thing is that robots will work best in every environment which are constructed as per the need and can get easily used to the layout of the farm.

The industry of milking will grow by the year 2025 so there are robots which move along the rows of crops, detect the weeds and remove them.

Types of agriculture robots includes:

Precision Agriculture
Monitoring the pollution
Livestock Ranching
Control of weeds
Automation of nursery
Harvesting of crops
Harvesting of fruits
Seeding and Planting

Advantages of Agriculture Robots:

Labour can be eliminated
Farmers will be self employed
Reduction in the usage of pesticides and harmful chemicals
Consumption of water can be reduced
Drastic increase in the production of crops

Future of Agriculture Robotics:

Implementation of Agriculture will change
Young farmers will start using robotic equipment
Agriculture robots in dairy farms, Agrochemicals and fresh fruits
Drones in the agriculture sectors

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Why Robotics For Student?

Siddhartha Kumar | June 15, 2020

Why Robotics For Student?

With the rapid growth of technology under Industry 4.0, the education is also being upgraded to Education 4.0 which means most of the future jobs will be related to Artificial intelligence(AI), Machine Learning (ML) and Robotics. The current level of education taught in schools needs to be upgraded by bringing more practical exposure to the students. Robotics is way by which students can develop the skills of problem solving, practical approach to challenges and give a shape to their creativity.
Providing Robotics education to engineering students was prevalent for last many years in India, however many institutions have started giving this exposure to the school students and the result has been exceptional. Very recently Govt. of India under NITI (National Institution for Transforming India) Aayog has started providing funds to schools for setting up ATAL TINKERING LABS in schools so that this Robotics and other STEM courses could be taught to students.
Research shows that 80% of the Jobs will need strong foundation of STEM subjects. Most of the jobs will be related to Internet of Things (IOT), AI, Automation and Robotics in most of the fields like Aerospace, Aeronautics, Nuclear, Chemical, Pharma, Heavy Engineering, FMCG, Electronics, Medical Science, Home Automation and many more.

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