AUTONOMOUSROBOTS

[Virtual Presenter] Welcome everyone to our discussion of Industry 4.0, the fourth industrial revolution. We will be examining how connected computers and autonomous robots can be incorporated into manufacturing and the potential advantages and issues that come with it. Let us start exploring the possibilities together..

INTRODUCTION. [image]. ISHWAR LAL SINGH. [image].

[Audio] Industry 4.0 looks to revolutionize production by combining physical and digital realms. It harnesses the use of computerization, automation, robotics, the internet of things, and artificial intelligence to create more efficient, automated, and cost-effective factories and processes. Companies can then tailor their production to customer needs, as well as collaborate with suppliers and customers to increase transparency in the production cycle. This in turn has the potential to drive economic growth, improve customer experience, and revolutionize manufacturing processes..

[Audio] Industry 4.0 is revolutionizing the manufacturing process, providing numerous benefits and challenges. It enables businesses to track customer usage and manufacturing process in real time, and analyse the data produced. Nonetheless, cost, interoperability and cyber security issues remain, posing a challenge to organizations. Consequently, it is imperative for organizations to understand these dynamics and put in place solutions that address their needs..

[Audio] Introduction of robot technology to the manufacturing process is essential to the advancement of Industry 4.0. Autonomous robots have been created to work in the industry for long periods of time without human assistance. They can be used to tackle tasks that are hazardous for people to do, and they can also complete these tasks more effectively. This can help to reduce the risks of harm and fatalities in the workplace. It is worth noting the emergence of collaborative robots, also known as cobots. These robots are capable of securely working in tandem with humans and are programmed to perform particular tasks, while humans can be assigned to other jobs. This supports increased output and safety in the workplace..

[Audio] Autonomous robots are making large strides in a variety of fields. From healthcare to agriculture, transportation, space exploration, education, and research, robots are becoming increasingly essential components of the industry. Their advanced capabilities are drastically altering the way these fields operate, with revolutionary technologies and procedures driving up efficiency and productivity..

[Audio] Robotic surgery and assistive or bionic robots have become integral components of Industry 4.0. Robotic surgery offers more accuracy, adaptability and power in complex processes compared to traditional techniques. Assistive robots aid individuals with impairment or constraints to become more independent and self-assured in their everyday routines. Through the use of these two types of robotic systems, Industry 4.0 is changing the way we function in various aspects..

[Audio] Industry 4.0 offers the chance to entirely automate the farming process. Automated farming robots have potential to increase productivity, optimize use of resources, and lower costs. By using cameras and other technology, these robots can locate and access crops. Seeding and flying drones can help farmers spread seeds faster and more evenly. Additionally, thermal sensors can be utilized to monitor the movements of livestock, helping to easily detect any lost animals, diseases, or injuries. Ultimately, with the help of Industry 4.0, we can revolutionize the way we farm and produce food..

[Audio] Autonomous robots have become a key feature of Industry 4.0. By connecting computers and introducing robots that can act without human control, businesses can enhance efficiency, accuracy and safety. For instance, robotic arms and mobile trolleys can be employed to carry out mechanical tasks with a high standard of exactness, as well as transport large quantities of materials and goods. Moreover, they can help lessen the likelihood of accidents by taking over tasks that are too risky or too complicated for people to do. In summary, autonomous robots have the capability to revolutionize the manufacturing and distribution processes..

[Audio] Autonomous robots are being used to revolutionise the way we travel, with self-driving cars being a prime example. Equipped with highly advanced sensors, cameras, radar, and lidar, as well as sophisticated artificial intelligence algorithms, these cars are able to process and interpret real-time data from their surroundings and make decisions accordingly. Onboard computers manage the control systems such as the steering, acceleration, and brakes. This is the future of transportation, a future that is full of potential..

[Audio] Delivery robots are quickly becoming a mainstay in the delivery industry, offering a more efficient and effective way to move packages from one place to another. These robots are equipped with autonomous navigation, payload capacity, and communication systems that allow them to deliver items quickly and reliably. As the technology is adopted by more companies, it will continue to improve the efficiency and convenience of the delivery industry..

[Audio] Autonomous robots are becoming an increasingly prominent factor in space exploration. Wheeled or tracked rovers are deployed on the surfaces of planets and moons in order to gather vital data, while autonomous landers enable the deployment of stationary science instruments and additional rovers after successful landings. These robots provide essential details regarding the atmosphere and surface of celestial bodies, acting as a crucial resource in our comprehension of the universe..

[Audio] Autonomous robots have the potential to revolutionize the world of education and research. Drones and humanoid robots are two main examples of autonomous robots being used in the research field. Unmanned Aerial Vehicles, or drones, can be used for data collection and environmental and geographical monitoring. Humanoid robots, on the other hand, can be helpful in studies involving human-robot interaction, and can also be used for teaching programming, AI, and robotics. Examples of such robots include NAO and Pepper. We at the company are proud to be a part of such an innovative landscape. We are committed to furthering research and education in this field, and hope to continue to play an important role in this sector..