agricultural robot. The United Nations estimates that the world population will reach 10 billion by the year 2050. This will increase demand for agricultural products by more than 30%. The scale of the challenge is exacerbated by the availability (or scarcity) of labor and natural resources. This makes scientific and technological advances (such as agricultural robots) the only way to drive the third agricultural revolution. Agricultural robots powered by GNSS, SatEO and Satcom technologies are poised to be at the center of the third agricultural revolution. By increasing the value of farmers while maximizing yields and optimizing the use of natural resources, rather than displacing them. Robotics for infrastructure monitoring. In recent decades, a significant number of sensors and detection systems have been developed to monitor and assess the condition of structures. Structural health monitoring (SHM) is an integral part of civil engineering to ensure the safety and integrity of structures such as buildings, bridges, power plants, offshore structures and tunnels. State-of-the-art sensor, automation, and robotics technology will greatly facilitate construction automation of infrastructure systems. Robots specifically for SHM applications have only recently been developed with a unique locomotion system that provides mobility within the structure to be inspected. Robotics in transportation. Robotics is expanding the transportation and logistics industry. Equipped with radio transmitters, vision cameras, magnetometers, LiDAR, lasers, digital maps, navigation systems, and built-in sensors to detect obstacles, robots individually navigate to targets and calculate their exact location and route. I can do it. With the help of sensors, it can recognize dangerous situations and react accordingly by sharing routes with people and other vehicles. Automating transportation can improve safety, reliability and efficiency. As demand for drivers and pilots dwindles, new roles are opening up in control and management. However, to be fully effective, infrastructure, regulation, and attitudes will need to change. from a self-driving carFrom robotic buses already being tested on European roads to drones set to create entirely new transportation networks in cities, companies are already investing to change the face of personal and commercial travel.
Robotics for social care. While there have been many successful innovations at the forefront of social care, the underutilization of both current medical and digital technologies has the potential to revolutionize how and when care is delivered. means there is a real opportunity to spark a new wave of innovation in Patients interact with professionals to manage their own health and care. Robots and autonomous systems, along with AI, connected data, and digital infrastructure, have the potential to revolutionize the way social and medical care is delivered to the elderly and disabled.
soft robotics. Soft robotics is inspired by animals such as earthworms, starfish, snails, and animal body parts such as elephant trunks, octopus arms, and mammalian limbs. Soft robots are characterized by compliance thanks to the elastic and soft materials used in their bodies, such as rubber and electroactive polymers. This softness has some advantages and disadvantages compared to rigid robotics. Soft robots offer dexterity, greater variation in movement, greater usability in otherwise inaccessible locations, and greater safety. Soft robots, on the other hand, are difficult to control because their body has virtually infinite degrees of freedom. There are different types of soft robots and they are applied in different fields that represent strong commercial potential, such as:
Robotic muscles, climbing, wearables, prosthetics and edible robots.
Based on the nature and nature of these jobs, here's an overview of the jobs AI machines are most likely to do in the future.
1. Customer Service Representative
Customer Service Her leader doesn't need a high degree of social or emotional intelligence to be successful. Many companies are now using AI to answer his FAQs and customer support questions. Chatbots aren't just becoming an important part of customer interactions. It also supports many inner queries, among others.
2. Accounting and data collection
You may not have heard of the accounting profession for a long time. Instead of using humans for data entry and accounting, it makes sense to introduce AI and ML (machine learning) into the product lifecycle.
3. receptionist
And automatic check-in at hotels big and small will reduce the need for receptionists in the long run. Today, even fast food restaurants can order from communication screens and tabs. With the introduction of AI, it is quite possible that robots will take over ordering and other related functions.
