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Robotics

Exploring the Developments in Robotics : AI-Machines to Collaborative Cobots

As a field that is rapidly evolving, robotics involves the design, construction, and operation of robots. In addition to manufacturing and assembling, they can transport, inspect, and even provide healthcare.

Robots can learn and adapt to a variety of situations using artificial intelligence (AI), one of the latest developments in robotics. Through machine learning algorithms, robots can analyze data and adjust their behavior over time in order to improve their performance over time. Robots are now capable of performing complex tasks with high levels of accuracy and efficiency thanks to this development.

Collaborative robots, or “cobots,” are another robotic trend that is making its way into manufacturing and assembly line applications. These robots work alongside humans instead of replacing them. It is generally true that cobots are smaller and safer than traditional industrial robots, and they can adapt their movements to those of their human colleagues. Companies will be able to increase productivity and reduce accident risk by doing so.

One of the most promising robotics applications is in the world of healthcare. Robotic systems are being employed to help with surgery, rehabilitation, and even companionship for the old or crippled. Robots, for example, may be trained to aid in physical therapy activities, allowing patients to recover from injuries or surgery faster. In the future, robots may potentially be used for surgery, allowing doctors to operate remotely from a separate place.

To summarise, robotics is a fast-evolving technology with several applications. In industries ranging from manufacturing to healthcare, robots can improve productivity, accuracy, and safety. As technology advances, we should expect to see even more creative applications for these intelligent gadgets.

The deployment of cobots in the automobile sector is one real-world example of robots in production. Many automakers use cobots to help with operations like welding, painting, and assembly. BMW, for example, has adopted a cobot system at its facility in Munich, Germany, where robots assist human workers in the assembly of car doors and other components.

Exoskeletons for persons with spinal cord injuries are another example of how robotics are being used in healthcare. These wearable gadgets are intended to offer assistance and movement to persons who are unable to walk independently. The ReWalk exoskeleton, for example, employs sensors and motors to allow individuals to walk again.

Robots are being employed in the agricultural industry to undertake duties such as planting, weeding, and harvesting crops. Companies such as Blue River Technology and Naio Technologies, for example, have created robots that can locate and eradicate weeds from crops, thereby reducing the need for pesticides.

To automate the handling and delivery of products, robots are also utilised in the logistics sector. As an illustration, Amazon employs robots in its warehouses to transport parcels and help with order fulfilment. Similar to this, businesses like Starship Technologies have created delivery robots that can deliver things to clients in populated regions.

As a result, robots are being applied in a variety of sectors and fields, such as manufacturing, healthcare, agriculture, and logistics. These sophisticated devices are opening up new opportunities across a range of industries while also assisting in enhancing efficiency and safety.

Robotics

What is Robotics ?

Robotics is a technical science that studies the automation of industrial and other systems using robots. It involves the design, creation and use of robots to interact with the external environment to perform various tasks without human intervention. It is a field of activity related to the development and operation of automated technical systems. Robots are created using special constructors.

Robot making process is extremely engaging for children, since they are able to build a robot on their own and, more importantly, they can see the results. A big plus is also the nuance that classes combine both knowledge and entertainment, and therefore are becoming more and more in demand among children and their parents. If your child shows a sincere interest in technology, pay attention to robotics, Through learning he will master many useful skills, become more independent, active, and confident in himself.

Areas of robotics:

There are many uses for robots, but here are four of the most prevalent areas where robots can be used like industrial robots, robotic scientists, robotic researchers, unmanned aerial vehicles, sapper robots, security and safety, micro and nano robots for research and medical purposes, household robots, vacuum cleaners, window cleaners and personal.

Robots are irreplaceable in the chemical and nuclear industries, they are used as manipulators in conditions hazardous to humans radiation, chemical pollution.

A robotics laboratory is an effective tool for improving engineering training and conducting experiments in the field of education and science. According to research, the volume of sales of robots for these purposes is already 8 million units.

Agricultural robots that can work in the fields around the clock in any weather , performing a variety of agro-technological operations , have proven themselves well .

The use of robotics in medicine makes it possible to create exoskeletons that return the ability to move independently for patients with musculoskeletal disorders.Special medical robots capable of performing surgical operations have already been developed and are being used.

Why is robotics important?

Robotics is a new area of technology used in many areas of daily life, as you can see from the section “Applications and examples of robots”. An important factor in the development of society is the education of all its members in terms of existing technologies. Robotics is not the only reason for its increasing importance. STEM (Science, Technology, Engineering, and Mathematics) disciplines are uniquely combined in robotics.

In classroom learning, students explore different disciplines and their interrelationships using modern, technological and fun tools. In addition, the visual presentation of projects that is required of students encourages them to experiment and be creative in the search for aesthetic and workable solutions.

Types of robots

Today, the most important classes of general-purpose robots are models of mobile and manipulation robots. Mobile robots are automatic machines with a moving chassis and controlled drives. They can walk or have wheels, a crawler track, crawl, swim, and even fly.

The manipulation models are based on an automatic stationary or mobile machine, which consists of a manipulator with several degrees of mobility and programmed control that performs motor and control functions in the production process. There are floor-standing, gantry or overhead handling robots. Most often they can be seen in instrument-making and machine-building industries.

Robotics

How is RPA technology taking the burden off the business world?

Businesses are turning towards more advanced approaches that help them stand in the competitive world. Automation of the repetitive task has always been the talk of the town as businesses need to spend a lot of their time, effort, manpower, and money behind the things that can be a program using technology to accomplish these mundane tasks.

Implementing RPA technology reduces the burden of these small tasks from the business work process to help the workers focus on more innovative jobs.

Based on the survey, 40% of the workers spent 1/4th of their workweek doing repetitive tasks, this increases the opportunities for implementing automation by 70% taking the work productivity ratio to 60% higher.

These numbers are the mirror to the increasing craze of RPA in the business world. So let’s dive deep to understand the terms and its various advantages to the business world.

What is RPA technology?

Robotic process automation is an application designed to automate the business process using the concept of Artificial intelligence technology in the software. The application aims at automating business processes using business logic and some structured daily inputs.

Unlike traditional automation tools, RPA systems analyze the list of actions that the users perform by tracking their interaction with the Graphical user interface (GUI) of the software. This self-learning tool understands the repetitive nature of actions and performs the monotonous tasks that the business users perform on a daily basis.

Implementing the RPA system in the organization can help them with tasks like updating and manipulating data, processing business transactions, sending a notification or reminder, or triggering some automated responses.

The RPA systems cover a wide range of automated tasks, from sending reverts through emails to deploying hundreds of bots that coordinate to perform automation tasks individually.

There are 3 types of RPA technology that works differently in different scenarios;

●    Attended automation:

The attended RPA system requires human involvement to run the process. These systems are used in the front office where a user needs to invoke certain data.

For example, during the customer support call, the RPA system automatically collects relevant customer data from one app to another app to start the process, this helps the employee to focus more on the problem rather than switching between apps for information.

●    Unattended automation :

Unattended automation doesn’t require any human involvement and is fully automated. These systems are capable of performing high-volume transactions and back-office work that could replace the need for human effort.

These RPA systems are powerful and intelligent enough to have decision-making capabilities and are self-learner to draft their next step.

●    Hybrid automation :

Hybrid automation combines the capability of both attended and unattended RPA systems. Here the processes need human involvement at the initial stage, once the system enables the same task, the unattended bots start working to complete the process.

The attended bots do some process and shift some of its load to unattended bots to form a full-fledged RPA system.

Moving forward let’s look into the advantages these RPA features provide in a different industry.

Industries where RPA technology can act as a boon

The automation process is indeed an integral need for every business, below are some of the examples of business automation process implementation in various industries.

  • RPA helps retail business brands like Walmart with their everyday office tasks like digitization of documents, answering employee questions and retrieving useful information from documents, this helps a lot to the company to manage backend service processes.
  • The airline industry leverages the RPA system by automating processes like airline ticket cancellation and refund process. It also helps the airline staff with expense management and generates recommendations for rebooking in the scenario where airlines are off the operations.
  • RPA plays a huge role in the Healthcare industry, whether its a hospital, a pharmacy, or an LTC home, the automation processes play a vital role in each of these aspects. Appointment scheduling, sending checkup reminders, insurance management, prescription ordering, and invoice processing, the system automates each of these tasks to streamline the work process of the huge industry.
  • The finance and the banking industry too involves a great amount of rule-based repetitive tasks where a banker has to enter small details about their customers, fill forms, check upon the compliance and much more. These tasks have to be accomplished very carefully to ensure no human error occurs to get the customer into trouble. The RPA system helps this industry with these minor but valuable tasks to give their customers good banking experience.

What benefits does RPA provide to businesses?

RPA helps businesses to improve in the following areas;

●    Increases work productivity

Implementation of the monotonous tasks by a robot increases its pace of getting things done. As the machine works faster than humans, there is much work done in less time. Moreover, as the system takes over their time-consuming work, they get more free time to work on an essential task that can improve overall company performance.

●    Reduces chances of human error

When done manually, the chances of a human making an error is higher as doing the same task in the loop might increase the chance of a miss. RPA systems reduce this risk factor as the machines are programmed in a way that minimizes human work and errors.

This helps maintain quality and improve the work processes.

●    Saves costs

The amount of input to be processed at a time is higher in the RPA system which reduces the operational costs of the company.

Moreover, machines are capable of replacing humans, which reduces the need for more employees thus makes the cost-cutting more convenient.

●    Improves customer services

Faster and accurate services can change the experience a company could give to its customer. Implementing RPA systems enables the organization to achieve such efficiency in its work process which could ultimately help improve customer retention with its service.

●    Enhances compliance

RPA systems use artificial intelligence and machine learning processes to make their system robust to use. It doesn’t have a vast or harmful integration process but adapts the automation processes in the existing work interfaces and updates the information in the apps accordingly.

RPA is a step to create a productive tomorrow!

Robotic process automation is spreading in the business world, helping the various industries to redefine their work processes. With its efficient learning process, quick data processing ability, and easy integration capability it can help businesses to work more efficiently by freeing them from involvement in everyday repetitive tasks.

So, now the business can take their focus off the small tasks and focus on what’s important for the business, GROWTH.

Author Bio :

Parth Patel is a serial entrepreneur and CEO of SyS Creations – a leading managed IT services firm focused on technology-driven healthcare solutions with a customer-centric, journey-first approach. Operating the IT Infrastructure of Healthcare SMEs and startups keeps him on his toes and his passion for helping others keeps him motivated.