Robotics: 5 Goals for Creating Prosthetic Body Arms

Robotics: A New Beginning After 40 Years
Combined Intelligence: A Breakthrough in Future Robotics
Hundreds of Specialists Will Support the Work of Thousands of Robots
Humanoid Robots: The Future of Technology
Service Robots: Innovations in Automation
Overcoming the Uncanny Valley: How Technology is Changing the Perception of Robots
The Future: A Robot in Every Home
The Future of Robotics: Tesla Bot, Sophia, and Boston Dynamics

Free Python Course: 4 Projects for Your Portfolio

Robotics: A New Beginning After 40 Years

The development of robots is the result of a combination of various factors, including the influence of fiction and movies. These works have inspired many to study technology and apply it to real life. Books and movies about robots often raise questions about the future, human-machine interaction, and how technology can improve our lives. This inspiration has become a powerful impetus for the design and creation of robots that can perform tasks previously only possible for humans.

While movies and books have had a noticeable influence on my hobbies and projects, my path into the world of robotics began for completely different reasons. I have always sought to understand how technology works and how it can be applied to solve real-world problems. My interest in robotics stemmed from a desire to create something unique that would improve everyday life. This interest led me to delve deeper into the study of mechanics, electronics, and programming, which ultimately led to my involvement in various robotics projects and developments.

Fifteen years ago, when I was in my early forties, I realized that at this age, many people begin to rethink their lives and face issues of aging. During this period, I saw robots as a potential solution to overcome the associated difficulties.

Robots can have a significant impact on the fight against aging by providing various solutions to improve the quality of life for older people. One key area is the automation of elderly care. Robots can perform routine tasks such as reminding people to take medications, assisting with mobility, and providing support with household chores.

Furthermore, artificial intelligence technologies allow robots to analyze health conditions and detect early signs of disease. This can help in the prevention and timely treatment of various age-related ailments.

An important aspect is also the use of robots in rehabilitation and physical therapy. Specially designed devices can help the elderly regain physical activity and improve mobility.

Thus, robots are becoming an integral part of the support system for the elderly, helping to improve their quality of life and slow down the aging process.

Even the simplest mechanisms have clear advantages over the human body, especially when it comes to the possibility of repair. I realized that this opens up a unique perspective for me, which I intend to exploit.

The ultimate goal of robotics is to develop prosthetics capable of replacing any part of the human body, creating a kind of robot avatar. If we can create a remote-controlled version of such a device, this will be a significant step towards the realization of technologies resembling teleportation. Such advances in robotics will not only transform medicine but also open new horizons for human activity, enabling us to overcome physical limitations.

Are you referring to an advanced telepresence robot?

Absolutely correct. Current robotics technologies can be called telepresence robots, but they still fall short of the original concept. A true avatar should provide the user with a complete sense of presence in the robot's location, creating the effect of teleportation and interaction with the environment. The development of such technologies opens new horizons for remote work, virtual meetings, and real-time interaction.

With this device, we can extend an active and fulfilling life into old age. After all, who doesn't dream of conquering the peaks of Everest at 80 or participating in exciting expeditions to the ocean floor, all while remaining in comfort? This device opens up new horizons, allowing you to enjoy adventure and an active lifestyle even in old age.

Have you ever thought about robots before you turned 40? This is a question that may pique the interest of many. Robots and automation are increasingly permeating our lives, and understanding their role in the future is becoming important. Discussing robotic technologies, their applications, and their impact on various fields of activity can help better understand how they will change our everyday lives.

As a child, I had no interest in mechanics because I considered mechanical parts unreliable. Instead, I focused on electronics and eventually received an education in this field.

My first two businesses focused on electronics, including personal computers and controllers. The second project, LED screens, was unique in that it had no moving parts, which temporarily reduced the relevance of mechanical solutions. This experience allowed me to gain a deeper understanding of the electronics market and develop my skills in modern technologies.

Was your experience in LED screen production successful?

ATV Alexart is a leading developer of LED screens, which are successfully used both in Russia and abroad. One of our team's significant achievements was the largest LED screen in Europe, installed on Novy Arbat in Moscow. We are proud of the quality of our products and strive to continuously improve technologies to create innovative solutions in the field of visual communication.

Alexander Ambartsumov with his robot KIKI. Photo: A. Ambartsumov's personal page on VKontakte.

Fused Intelligence: A Breakthrough in Future Robotics

Fused intelligence is a concept that integrates artificial and human intelligence to develop more effective robots. The basic idea is that in complex and non-standard situations, where artificial intelligence algorithms cannot provide an adequate response, the human factor comes to the rescue. This interaction allows us to create systems that can respond to challenges more accurately and quickly, which opens up new horizons in the field of robotics and automation. Combined intelligence is used in various fields, such as medicine, manufacturing, and the service industries, providing a higher degree of reliability and efficiency.

To provide high-quality support, not just one operator is needed, but an entire call center capable of promptly responding to customer requests. Each employee must have experience in solving specific problems, which will guarantee fast and effective assistance. Having qualified call center staff improves service levels and customer satisfaction, which in turn positively impacts the company's reputation.

Users can recognize the difference between communicating with artificial intelligence and a human agent by several key characteristics. First, AI often responds faster and may provide uniform answers to various questions. Second, communication with AI may be less natural, as algorithms may not account for the nuances of human emotion and context. Furthermore, AI may not understand complex requests or jokes, while a human agent is capable of engaging in a more in-depth dialogue, tailored to the user's individual characteristics. Finally, errors and omissions in responses may indicate interaction with an AI, as it is still being improved and may misinterpret information. It is important to understand these differences to more effectively interact with support systems.

The differences in communication are virtually imperceptible. All information is generated using a single synthesizer, making it difficult to determine whether the answering agent is artificial intelligence or a human agent. When an operator connects, their responses are processed through speech-to-text and text-to-speech systems, ensuring a smooth and natural dialogue.

This interaction creates the impression of communicating with a high-tech machine of the future, capable of adapting to various situations. Today, no autonomous mechanism offers such a degree of flexibility and intelligent response.

According to information presented on the AlexRobotics.ru website, combined intelligence demonstrates significantly higher adaptability and interaction rates compared to traditional artificial intelligence systems. This makes it a more effective tool for solving complex problems in various fields.

When an operator connects to a robot, they have access to complete information about the device's location and the current dialogue state. This allows for effective interaction management and prompt response to user requests. In addition, this information helps optimize the robot's operation and improve the quality of service.

It's truly like interacting with a bank. If your identity has already been confirmed, no further questions about you will be asked. All necessary data is transferred automatically, significantly speeding up the process.

The operator receives data from the robot about its actions and previous interactions, allowing it to respond quickly to user requests. When switching to a live operator, the artificial intelligence can "disguise" this transition by using humor or asking clarifying questions to maintain the conversation. This improves service quality and creates a more natural interaction with customers.

Yes, this system operates over the internet. It allows users to access the necessary services and functions remotely, providing convenience and flexibility. Thanks to an internet connection, users can interact with the system from anywhere in the world, significantly simplifying the workflow and increasing efficiency.

The system operates over any internet connection, allowing operators to work from anywhere. We also actively engage employees with disabilities, which helps resolve personnel issues and create an inclusive work environment. This not only improves the team atmosphere but also expands our talent pool, allowing us to attract a diverse range of talent.

Do you have your own call center to effectively work with robots?

We have modern technology and equipment that ensure the effective implementation of this system. We guarantee high-quality work and compliance with all modern standards.

Hundreds of specialists will support the work of thousands of robots

Artificial intelligence (AI) raises many questions about its potential in various areas, including customer service. Although AI has the potential to automate many processes and improve service efficiency, it is unlikely to completely replace humans. Human interaction brings unique qualities such as empathy, contextual understanding, and the ability to creatively solve problems, making it indispensable in a number of situations. AI can serve as an excellent tool for supporting employees, allowing them to focus on more complex tasks, but in most cases, a combination of technology and human interaction is necessary to achieve the best results in customer service.

Today, artificial intelligence (AI) faces a number of limitations. Despite rapid progress in technology, the ideal autonomous robot capable of providing service quality equal to that of a human has not yet been created. In some cases, robots show insufficient efficiency, and situations arise that put them in a difficult position. Developing more advanced AI systems requires time and effort to overcome existing barriers and improve their functionality.

Our concept of integrating artificial intelligence with a human operator represents a solution that can effectively address existing challenges. However, we are currently unable to implement this approach on a large scale.

Implementing fused intelligence is challenging for several reasons. First, it requires integrating various technologies and systems, which requires significant effort and resources. Second, fused intelligence includes both artificial and human elements, creating additional complexities in managing the interactions between them. Third, the need to adapt processes and foster cultural change within the organization can lead to employee resistance. Furthermore, ethical considerations and data security also complicate implementation. As a result, successfully implementing fused intelligence requires careful planning and a comprehensive approach.

The main challenge is that many customers require fully autonomous robots. Despite their limited capabilities, current market conditions are driving such demands. Autonomous robots, while promising, often face technical limitations that prevent them from fully performing the tasks expected by customers. This creates an imbalance between customer needs and the actual capabilities of the technology, which in turn hinders the successful implementation of robotics in various fields.

Users, inspired by Hollywood films, have come to believe that robots are capable of operating completely autonomously, without any human intervention. This leads to a reluctance to accept human assistance, even in situations where their intervention is necessary for the robots to function effectively. Such expectations can negatively impact the safety and efficiency of automated systems.

Perhaps they fear being monitored.

Some customers claim to allow robots into their personal spaces, such as homes and offices. In such situations, they request that people be excluded and, if possible, internet access be excluded. As a result, we are forced to abandon the use of combined intelligence. This limitation can impact the quality of task performance and the level of interaction, which is important to consider when developing and implementing automated solutions.

Solving this problem requires a careful analysis of market requirements. Customers' radical requests often significantly limit the capabilities of the technologies they ultimately receive. This leads to the need to find a compromise between the desire for complete autonomy and the real-world conditions of engineering execution.

Are you planning to abandon the use of fused intelligence?

We continue to use fused intelligence, which functions effectively in public spaces and at mass events. People do not pay attention to whether they are being watched or not; the main thing for them is that the robot successfully completes its task. Fused intelligence allows us to optimize processes and improve interaction with the environment, ensuring safety and comfort.

At events, visitors warmly welcome our robots, which look natural and perform their functions effectively. In such conditions, complex requests typically do not arise, which allows us to focus on demonstrating the capabilities of the technology.

Efficient remote support of robots requires the presence of qualified personnel. Typically, a small number of specialists capable of monitoring, diagnosing, and resolving technical issues is sufficient. The optimal number of employees depends on the complexity of the robots used and the volume of tasks that need to be performed. It is important that the team has access to modern technologies and tools for remote control. This will ensure high quality of service and minimize equipment downtime.

We introduced the concept of "human involvement factor." Our research shows that in most typical scenarios, this factor is no more than 10%, and in some cases, it can reach as low as 3-5%.

One operator can actually control ten robots simultaneously. This significantly increases work efficiency and reduces personnel costs. Modern automation and communication technologies allow an operator to control multiple devices while ensuring high precision and efficiency. Increasing the number of controlled robots opens new horizons for optimizing production processes, making such solutions especially relevant for modern enterprises.

Not quite true. In fact, ten operators can service a hundred robots. In the future, with sufficient funding, we intend to create a large call center that will provide support for multiple groups of robots. This will allow hundreds of specialists to manage thousands of robots or even more. This approach will ensure effective interaction between people and technology, which is especially important in the context of increasing automation and the use of robotic systems in various fields.

Humanoid Robots: The Future of Technology

Modern technologies make it possible to create robots with a high degree of realism. Our company is actively developing two main types of robots: anthropomorphic and service robots. Anthropomorphic robots have a human-like appearance, which allows them to interact with people more naturally. Service robots, on the other hand, can take a variety of forms and do not necessarily resemble a human, which expands their functionality and areas of application. We continue to research and innovate to improve the quality and performance of our robots.

Our humanoid robots include animatronics that can accurately reproduce facial expressions and gestures. These devices are ideal for acting. The use of high-quality silicone masks and modern actuators allows the animatronics to achieve striking resemblance, including the smallest movements. Thanks to these technologies, animatronics can effectively interact with the audience and create impressive theatrical performances.

Despite the fact that some companies offer better technical specifications, our animatronics remain competitive in price. We focus on minimizing the number of actuators, which contributes to their reliability and quality of operation. Our goal is to provide customers with high-quality solutions at an affordable price, while maintaining excellent performance.

Programming plays a key role in our work. We use skeletal animation, which allows us to record human movements and transfer them to the robot. This technology is similar to motion capture used in the film industry, where animators initially attempted to create movements mathematically but soon realized that this approach was ineffective. Using skeletal animation significantly simplifies the process of creating realistic movements, improving human-robot interaction.

Our company's animatronics are actively used in various projects. In particular, we are planning a collaboration with a museum in central Moscow, where our high-tech robots will be installed. However, this project has been temporarily suspended due to the COVID-19 pandemic. We hope to quickly resume normal operations and continue implementing innovative solutions in cultural institutions.

Our website features robotic mannequins—simplified versions of animatronics that are perfect for use in stores. These animated mannequins activate when customers pass by and begin interacting with them, creating a memorable experience. Robotic mannequins attract attention and increase customer engagement, which can positively impact sales and the overall shopping experience. Using such technologies in retail allows you to stand out from the competition and create a unique in-store atmosphere.

Demand for robotic mannequins, although not as high, plays an important role in attracting attention to more complex products. The use of these technologies helps increase sales and enhance brand awareness. Robotic mannequins not only showcase products but also create an interactive experience for customers, which in turn can stimulate interest and desire to make a purchase. Integrating such solutions into marketing strategies allows companies to stand out from the competition and effectively promote their products.

Service Robots: Innovations in Automation

Service robots are a special category of automated technologies designed to perform various tasks in the service sector. Unlike animatronics, they do not strive to completely imitate the human form, which allows for a significant reduction in their development costs. These robots are used in the hotel business, restaurants, medical institutions, and other service industries, increasing work efficiency and improving the quality of customer service. Service robots can perform routine tasks, freeing up employees for more important functions. Their implementation contributes to process optimization and resource conservation, making them indispensable assistants in modern business.

Our laboratory has developed the innovative AR-D and KIKI models, which effectively solve customer service problems. These robots stand out not only for their high functionality but also for their aesthetic design, making them the ideal solution for businesses looking to improve the customer experience.

KIKI stands out for its unique design and innovative solutions. During the development stage, we used motion capture technology, which allowed us to implement natural and realistic movements. This makes the robot more interactive and engaging for users. KIKI's main goal is not to imitate human actions, but to effectively perform service functions, which significantly improves customer interaction and enhances service levels.

Many users are surprised when they first see KIKI at exhibitions. We openly admit that we use motion capture technology to create its movements. This approach is the key to our success and allows us to stand out from the competition. The use of motion capture not only gives KIKI a realistic appearance but also improves user interaction, significantly increasing their interest and engagement.

You are right, our robots also function in robotic kiosks designed for selling ice cream. This is a truly impressive example of how modern technology can improve the customer experience and streamline the purchasing process. The use of robots at such points of sale not only simplifies service but also increases business efficiency. KIKI robots don't just sell ice cream; they actively interact with customers, answering their questions. While the answers may not always be accurate, they help create an entertaining atmosphere and gather valuable sales information. All robot functions are designed with customer requirements in mind, ensuring high-quality service and customer satisfaction. The use of such technologies not only improves the customer experience but also contributes to business growth.

The price of our robots varies depending on the model and functionality. We offer a wide range, which includes both basic and more complex solutions. For accurate pricing information, please contact us, and our specialists will provide you with detailed information on the available options and their characteristics. We strive to provide our customers with high-quality robots at competitive prices.

The price of basic car models starts at 150 thousand rubles. However, adding additional features and options can significantly increase the total cost. As a rule, the final price does not exceed half a million rubles. In the case of the KIKI model, the price starts at 700 thousand rubles, which is due to the complexity of the design and high production costs.

Service robots such as KIKI and AR-D play a key role in the service industry. They not only provide high functionality, but also have an attractive design, which makes them indispensable for modern businesses. These high-tech devices help optimize service processes, increase the level of comfort for customers and contribute to improving the company's image. The implementation of service robots in business processes can significantly reduce costs and increase efficiency, which is an important factor in a competitive environment.

Overcoming the Uncanny Valley Effect: How Technology is Changing the Perception of Robots

The uncanny valley effect is an interesting phenomenon in psychology, which is also called the "mummy effect" or the "zombie effect". It occurs when a robot or artificial object possesses human-like features but retains certain visual imperfections. These imperfections can cause discomfort or even rejection in people. Research shows that the degree of comfort people experience when interacting with robots depends significantly on their appearance. The more realistic robots become, the more pronounced the uncanny valley effect can be. This phenomenon has important implications for the development of technologies related to robotics and artificial intelligence. Understanding the uncanny valley effect can help developers create more acceptable and appealing interfaces and devices for users. To avoid this situation, known as the "uncanny valley," developers prefer two main approaches. The first is to create robots that do not resemble humans too much, which helps minimize negative emotions in users. The second approach is aimed at achieving an ideal human appearance, but this is a task that requires significant effort and resources. Creating an exact replica of a human being presents numerous technical and ethical challenges that must be considered during the development process.

Society is constantly adapting to new technologies and cultural trends. Take, for example, the horror film genre. While it once evoked fear and disgust in viewers, it has become an integral part of popular culture, attracting numerous fans. Similarly, robots, once perceived as a threat, are now gradually integrating into our daily lives. They are becoming assistants in various spheres, from the home to industry, changing our perception of technology and its role in society. Every day, we see how these innovations are influencing our lifestyles and shaping a new understanding of human-machine interaction.

Is there hope that we will be able to overcome our fear of robots in the future? Current trends show that people are developing an interest in unusual and even unattractive objects. This may be due to the uncanny valley effect, which is becoming one of the characteristics of this new cultural phenomenon. As technology advances every year, our perception of robots changes. Perhaps in the future, we will learn to perceive them as something familiar and useful, which will help eliminate the fears and biases associated with artificial intelligence and automation.

Have you ever wondered if your robots ever caused fear in people? Today, our robots have not yet reached the level of sophistication that they fall into the so-called "uncanny valley." People, when encountering them, recognize that they are not human and therefore do not experience anxiety or fear. This circumstance allows us to focus on improving functionality and user interaction, avoiding potential negative emotions that can arise when encountering more human-like robots.

In the context of intelligence, the uncanny valley effect is not observed. When a robot with combined intelligence displays human qualities, viewers tend to feel admiration rather than fear. This suggests that technological advances often evoke positive emotions, and no one runs screaming from a highly advanced robot. Successful interaction between humans and intelligent machines can lay the foundation for further innovation and improvement in various areas of life.

The Future: A Robot in Every Home

In his article "A Robot in Every Home," Bill Gates discusses the important topic of introducing humanoid robots into everyday life. This begs the question: when will we see robots in every home? With the development of technology and artificial intelligence, the prospect of such devices is becoming increasingly real. Humanoid robots can significantly simplify household tasks, increase comfort and safety. However, this requires overcoming a number of technical and ethical challenges. Observing current trends, it can be assumed that robots will become an integral part of our lives in the coming decades.

In my opinion, such technologies will certainly appear in the future. At the initial stages, their reception may not be the most positive, and they may face the so-called "uncanny valley" effect. However, over time, society will adapt to them. I assume that the first mass implementations of these technologies will begin within 15-25 years. This will contribute to a change in our perceptions and habits, opening up new possibilities in various areas of life.

Modern technologies have already presented us with prototypes of robots that significantly simplify our daily lives. Among them are robot vacuum cleaners that effectively clean rooms, as well as devices capable of bringing drinks from the refrigerator. In addition, there are robot waiters and cooks that successfully cope with their duties, despite the high cost. These innovative solutions not only increase the level of comfort but also demonstrate the potential of robotics in various areas, from the home to the restaurant business.

Innovations in technology are largely aimed at improving the comfort of everyday life. However, the transfer of human consciousness to robotic bodies deserves special attention. This process raises numerous philosophical and ethical questions regarding aging and death. Such technologies have the potential to change our perception of life and death and raise debates about the essence of human existence. It is important to explore these aspects to understand how they may impact the future of humanity.

Specialized robots are actively replacing humans in various professions, including welders and painters. This process is especially evident in manufacturing plants, where automation has long been a part of everyday practice. The introduction of technology contributes to increased efficiency and cost reduction, but it also leads to job losses. With the rapid development of technology, it is important to consider the impact of automation on the labor market and prepare for changes in the professions of the future.

Today, we are witnessing the beginning of a new era of change associated with the introduction of technology. Delivery robots and service devices are gradually beginning to replace people in public places. This underscores the growing influence of automation and robotics on areas of activity previously considered exclusively human. The implementation of such technologies not only optimizes processes but also opens up new opportunities for businesses and users. Robots can increase service efficiency, reduce delivery times, and improve service quality. It is important to note that with the increasing use of robots in everyday life, society needs to adapt to these new conditions.

The human presence plays a key role in the development and use of military robots. The ethical aspects associated with their use, as well as their impact on society as a whole, must be considered. It is important that technology not replace humans, but rather complement them, ensuring control and accountability for decisions. Ethical considerations must be at the center of discussions about military robots to ensure their use is consistent with humanitarian norms and principles.

The Future of Robotics: Tesla Bot, Sophia, and Boston Dynamics

Modern robots, such as Elon Musk's Tesla Bot, are generating a lot of interest and discussion in the media. Their development and integration into everyday life open up new opportunities for automating and improving various processes. Tesla Bot, in particular, is designed to perform routine tasks, which can significantly simplify people's lives. It is important to pay attention to the potential benefits and challenges associated with these technologies, including issues of safety, ethics, and impact on the labor market. Discussion of such robots is relevant, as they are becoming an integral part of our future.

The Tesla Bot project is still perceived as something from the realm of science fiction. It's difficult to predict the final outcome of his development, but Elon Musk has already demonstrated the ability to create successful technologies that previously seemed impossible. If he succeeds in bringing his ideas to life, it will be a major step forward in the field of robotics. Hopefully, the situation will develop positively and Tesla Bot will become a real achievement in this dynamically developing field.

Sophia, created by David Hanson, is an outstanding example of modern achievements in robotics and artificial intelligence. This humanoid robotic system has attracted attention due to its high level of interaction with people and its ability to imitate human emotions and facial expressions. Sophia is capable of conducting dialogues, analyzing and answering questions, making her one of the most famous robots in the world.

Sophia's development is based on advanced machine learning and facial recognition algorithms, allowing her to adapt to a variety of social situations. The robot actively participates in public events and interviews, demonstrating not only its technological capabilities but also raising important questions about the future of human-machine relationships.

Sophia also serves as a platform for discussing the ethical and social aspects of integrating artificial intelligence into everyday life. Her impact on society and the perception of technology continues to generate interest among researchers and specialists in the field of AI, highlighting the importance of such developments in the future.

Sophia is a high-tech animatronic with a realistic silicone face that showcases cutting-edge achievements in robotics and artificial intelligence. Our team is also actively developing similar technologies. While Sophia may surpass our animatronics in some characteristics, the main question remains not so much the level of perfection as the possibility of creating functional and adaptive solutions capable of interacting with the surrounding world. The development of animatronics requires constant improvement and innovative approaches, which allows us to contribute to the development of this dynamic field.

The main problem lies in the insufficient understanding of key aspects of the topic. This leads to distorted information and makes it difficult to make informed decisions. It is necessary to take a closer look at the important factors to ensure a complete understanding of the situation. Analysis of current data and trends will help identify key obstacles and determine ways to overcome them. It is also important to consider the opinions of experts and practitioners in the field to form a holistic view of the problem.

A key aspect is the functionality and practical application of robots. You can develop an impressive device, but if its cost reaches three billion dollars, question its feasibility arises. Although such robots can be placed in specific locations, for this amount of money many people will agree to do any job, including the most complex and risky tasks. This calls into question the need for high-budget robots. Currently, Boston Dynamics is demonstrating outstanding achievements in the field of robotics, continuing to develop innovative solutions that combine efficiency and affordability.

The achievements of Boston Dynamics are of great interest and admiration. This company is known for its innovations in the field of robotics and automation. Boston Dynamics develops robots that can perform complex tasks, from logistics to emergency response. Their technologies, such as the Spot and Atlas robots, demonstrate a high degree of agility and adaptability, making them useful in a variety of fields, including construction, agriculture, and medicine. Boston Dynamics' successes not only highlight the potential of robotics but also raise important questions about the future of work and human-machine interaction. These achievements are driving new solutions and increased efficiency across a variety of industries, making the company a leader in its field.

Boston Dynamics is a leading robotics company, creating truly unique and innovative solutions. The company's products are expensive, but thanks to the support of investors, it continues to actively develop and introduce new technologies. Today, Boston Dynamics is opening new horizons for developers worldwide, demonstrating practical examples of the possibilities offered by modern robotics. These achievements are not only inspiring but also set high standards in the industry, spurring the development of new ideas and technologies.

In the future, I hope that investors will actively fund the robot avatar projects I'm working on. These innovative avatars have the potential to radically change our perception of aging and death. I dream of witnessing these changes and seeing how technology transforms our understanding of life and its end. Investing in robot avatars could open up new horizons in healthcare and personal productivity, helping to improve people's quality of life.