In 2016, global institutions and governments invested a total of US$71 billion in research and development (R&D) and manufacturing of robotics. The projected future global spending on robotics is anticipated to surge from US$71 billion in 2016 to US$1,354 billion in 2019. In 2016, the Asia-Pacific region (including Japan) dominated robot-related investments, accounting for 65%, followed by Central and Eastern Europe. The Americas secured the third position.

Countries such as Japan, South Korea, Germany, and the United States, known for their high-tech advancements, consider robotic development as a pivotal research focus. For instance, Google has aggressively acquired technology companies in the R&D robot sector. Anticipating future trends, it is expected that more resources will be invested in developing new industries. Furthermore, the Japanese government allocates approximately US$2.6 million annually as research capital for Professor Hiroshi Ishiguro of the University of Tokyo, Japan, for the study of robotic technology. Human-robot development is categorized into two types: armor shell and human skin. Currently, Japan is emphasizing human-like robots, while other countries concentrate on metallic-shaped robots.

The Russian billionaire founder of the "2045 Future World" robot project (http://2045.com) believes that the human mind and soul can be transferred to a robot-driven shell. In 2015, a high-tech robot exhibition was held in New York, organized by the Russian billionaire. The event featured presentations from renowned robot scientists, garnering significant international attention.

The field of robotics technology emerged approximately a decade ago. According to the recently published Global Commercial Robot Spending Guidelines by the International Data Corporation (IDC), robots are poised to transform future production technology. The integration of robots into various sectors, including electronics, healthcare, retail, logistics, agriculture, services, education, and government departments, is on the rise. As such, it is imperative that we dedicate resources to developing robotic technology to avoid falling behind in this transformative era.

The development of robotic projects is akin to the historical milestones of the Wright brothers inventing aircraft in 1867 or Karl Friedrich Benz inventing the car. Today, their inventions continue to influence our society. Similarly, the life cycle of robot development is anticipated to be enduring and not easily replaceable. The key to mastering new industries in the future lies in the early development of robotic technology.

Robotics Combined with Intelligent Software Applications:

Artificial intelligence software development has been present for some time, resulting in limited opportunities for new entrants. Moreover, the risk of replication is high. Conversely, robot applications are still in the nascent stage of development. Successful integration of robotic apps with internet technology has the potential to revolutionize the world and people's lifestyles for the next 100 years.

Maximizing the Benefits of Robotics Development:

The impact of exploring robotics development extends beyond enhancing a country's global standing:

Technological Advancements: Pioneering innovations in robotics research have diverse applications, driving the creation of new products and services, fostering economic growth, and enhancing competitiveness.

Economic Growth: A thriving robotics sector can stimulate related industries such as manufacturing, automation, and artificial intelligence. This ripple effect generates employment opportunities, attracts investments, and significantly contributes to overall economic growth.

Improved Quality of Life: Advanced robotics promise the development of assistive technologies, medical robots, and robotic prosthetics, elevating healthcare services and enhancing the overall quality of life for individuals with disabilities.

Enhanced Research Capabilities: Robotics research necessitates collaboration across multiple disciplines, promoting knowledge exchange and expertise cultivation in various realms of science and engineering.

Addressing Societal Challenges: Applying robots in hazardous or challenging tasks, such as disaster response, environmental monitoring, and space exploration, safeguards human lives and provides solutions to pressing societal challenges.

Educational Opportunities: Robotics research offers invaluable learning experiences for students and researchers, nurturing a skilled workforce well-versed in cutting-edge technologies.

International Collaboration: Engaging in robotics research encourages international partnerships and collaboration with experts from different countries, facilitating a global exchange of knowledge and expertise.

Intellectual Property: Robotics research often yields intellectual property, including patents and proprietary technologies. These assets can be commercialized, generating revenue and fostering further innovation.

Industry Growth: A robust robotics research ecosystem attracts industry players and startups, promoting technological entrepreneurship and supporting the expansion of the robotics sector.

Social and Ethical Impact: Research in robotics allows for the exploration and addressing of ethical considerations and social implications, ensuring the responsible and beneficial integration of robots into society.

Nursing Assistant:

In hospitals, robots serve as valuable assistants to doctors and nurses during surgeries. They contribute to remote monitoring in medical wards, helping prevent the spread of infections, and provide 24-hour care for patients. Additionally, when patients are in isolation, robots can offer comfort and alleviate feelings of loneliness.

Home Care:

Robots play a significant role in performing daily household chores, caring for the elderly, pets, and educating children. They also contribute to monitoring home safety through facial recognition technology and maintain constant communication with users.

Entertainment Market:

In the entertainment industry, robots can replicate the faces of celebrities or movie stars with obtained portrait copyrights. This replication can be utilized for promotional events. Robots with aesthetically pleasing body shapes hold substantial market potential for sales and marketing purposes.

Rental and Authorized Service:

Implementing rental and authorized services can foster collaboration with the government to promote innovation and technology. Large-scale exhibitions, tourist hotspots, shopping malls, and department stores can host robots, drawing attention, increasing foot traffic, and showcasing government support for the high-tech field.

Virtual Reality (VR):

Incorporating VR technologies into robot applications caters to people of all ages globally, facilitating commercial work, travel, exploration of various fields, and simulated space journeys. Establishing a rental service fee for accessing these virtual experiences can further enhance the reach of these applications.

Other Development Goals and Purposes:

Fashion: Robots can revolutionize fashion displays by serving as a model when adorned with a celebrity or movie star's face.

Service: In shopping malls, Robots can function as a receptionist, providing assistance and information to customers.

Tourism: Placing celebrity look-alike robots at tourist attraction spots adds a unique and engaging element to the visitor experience.