PROVEN Robotics

Category: Technology

  • Robotics Market Analysis: Size, Growth and Trends

    Robotics Market Analysis: Size, Growth and Trends

    Introduction 

    Robotics, the interdisciplinary field of science and engineering, involves robot design, operation, construction, and use. These machines are programmable, automated devices capable of precisely, efficiently, and accurately carrying out tasks. With technological advancements becoming more widespread and more affordable, the robotics market is expanding at a rapid pace. Robots find their array of applications in the modern workforce, including industrial, medical, domestic, agricultural, and military purposes. This blog will review the current state of the robotics market, examine the latest trends and drivers of growth, and provide insights into future developments.

    According to a research report by Market Reports World, the global robotics market was valued at USD 40,190 million in 2022 and is expected to reach USD 59,720 million by 2029. This represents a CAGR of 5.4% during the forecast period 2023-2029.

    Key Takeaways

    1. The global robotics market is projected to hit USD 59,720 million by 2029 with a CAGR of 5.4% 
    2. In 2022, the conventional industrial robot category secured a 52% market share based on type.
    3. The hardware segment claimed a significant 72% market share in the same year, categorized by component. 
    4. Regarding application, the manufacturing segment dominated with 68% of the revenue share in 2022. 
    5. The Asia Pacific region emerged as the top contributor, achieving the highest revenue share at 46% in 2022.
    6. Saudi Arabia’s robotics market’s projected revenues are expected to reach US$116.10 million by 2024. 

    Robotics market analysis in the GCC region

    The forefront of robotics technology adoption in the GCC region, particularly in Saudi Arabia and Dubai, is evident. A recent survey by the Saudi Ministry reveals an impressive 52% growth in the issuance of commercial records within the robotics sector in Saudi Arabia. By the end of the second quarter of the last year (2023), the number reached 2,344 records, a significant increase from 1,537 in the same period of the previous year (2022).

    Statista predicts substantial revenue expansion for Saudi Arabia in the robotics market, with projected revenues expected to reach US$116.10 million by 2024. Simultaneously, Dubai’s unwavering commitment to digital transformation significantly contributes to the growth of the global robotics market, which is anticipated to hit $150 billion by 2025.

    The UAE holds promising potential as a future regional hub for manufacturing or assembling personal robots, supported by the availability of all necessary components. The increasing adoption of Pepper robots is noticeable across various sectors, including retail, restaurants, and marketing activities. This trend underscores the growing influence of robotics in transforming business operations.

    Robotics market analysis: Key drivers for robot adoption 

    The advent of robotics has revolutionized many industries by increasing automation and improving efficiency. In the industrial sector, robots are employed to perform repetitive and mundane tasks, such as assembly and packaging, with higher accuracy and at a faster pace than human workers. This reduces production time and costs while increasing output and product quality. Integrating robots in production lines has transformed manufacturing processes, leading to significant advancements in productivity and competitiveness. Several factors have contributed to the growth of robotics. 

    Global distinctiveness: The expansive global reach is a pivotal factor in the growth of the robotics market worldwide. The market’s diversity, featuring a wide array of types and applications, serves as a driving force. Different regions and markets may display unique trends and demands, creating opportunities for market expansion and adaptation to local preferences.

    Ongoing innovation: Ongoing innovation and continuous product development are crucial drivers for market growth. The introduction of new and advanced robot models not only meets evolving consumer expectations but also has the potential to allure a broader consumer base, opening up new market opportunities and driving overall expansion.

    Segmented market: The strategic division of the market into various types and applications facilitates targeted approaches by businesses. This segmentation allows companies to focus on specific niches, tailoring their offerings to meet distinct market needs. Companies may increase their market share and enhance overall profitability by doing so.

    Long-Term growth outlook: The emphasis on long-term growth projections, spanning from 2024 to 2029, indicates a forward-looking perspective that influences strategic decision-making and investments. This future-oriented approach allows stakeholders to anticipate market trends, challenges, and opportunities, thereby shaping the trajectory of the Top Robotics market.

    Dynamic market: The robotics market is subject to various factors, including consumer preferences, economic conditions, and technological advancements. These elements can significantly impact market growth, requiring businesses to remain agile and respond to the changes in the external environment to sustain and enhance their positions.

    Regulatory landscape: Changes in regulations pertaining to the robotics product category can notably influence market dynamics. Regulatory shifts may either create growth prospects or present challenges for market participants. Staying informed and adaptable to regulatory changes is essential for businesses operating in the Top Robotics market.

    Competitive environment: The competitors and their strategies within the robotics market play a crucial role in driving innovation. Competitors can influence the pace of market growth by introducing novel technologies and approaches. This competitive environment encourages continuous improvement and adaptation to changing market dynamics.

    Growing demand from users: Fluctuations in consumer demand for various types and categories of robotics products are pivotal in shaping market trends. Understanding and responding to changing consumer preferences are essential for businesses seeking to capitalize on growth prospects in the Top Robotics market. Adapting offerings to meet evolving consumer needs is critical to maintaining a competitive edge.

    The healthcare sector is one such industry where the use of robots is predicted to rise exponentially in the coming years. Surgical robots, for example, enable surgeons to perform complex procedures with enhanced precision and skill, resulting in better patient outcomes. Collaborative robots, also known as cobots, are designed to work alongside humans and assist in tasks like patient monitoringand rehabilitation. Social robots like Pepper or NAO are also being adopted in service, hospitality or retail sectors to enhance engagement and provide more humanlike responses. Some robots are also used in prosthetics and exoskeletons, enabling individuals with disabilities to regain mobility and independence.

    Furthermore, the cloud robotics concept has gained significant attention in recent years. Cloud robotics combines robotic systems with cloud computing, enabling robots to access and utilize resources in real-time via the Internet. This connectivity allows robots to use cloud computing for tasks like data analysis, machine learning, and communication. Cloud robotics enhances the flexibility and efficiency of robot systems, enabling them to adapt to changing environments and requirements.

    Robotics adoption challenges 

    While the robotics market is experiencing tremendous growth, it still faces several challenges. One of the significant challenges is the cost of investment in robotics technology. While the cost of robots has decreased over the years, it can still be prohibitively high for many businesses, especially small and medium-sized enterprises. The high initial investment required for purchasing and integrating robots into existing systems may deter some companies from adopting robotics technology.

    Another challenge in the robotics industry is the need for more skilled labor capable of developing and maintaining robotics systems. As the demand for robots increases, there is a growing need for professionals with expertise in robotics and automation. Companies face difficulty finding qualified personnel to design, program, and maintain robotic systems. Bridging this skills gap is essential to fully harness the potential of robotics and ensure the industry’s continued growth.

    Robotics market analysis: Opportunities 

    Despite these challenges, numerous opportunities are available to businesses involved in the robotics industry. With the sustained development of artificial intelligence (AI) and machine learning, there is potential for robots to be more intelligent and adaptive. AI algorithms can enable robots to learn from their experiences and make autonomous decisions, enhancing performance and efficiency. Advancements in AI also facilitate human-robot collaboration, where robots can work cooperatively and safely with humans.

    Furthermore, the push toward Industry 4.0 creates new opportunities in the robotics industry. Industry 4.0 is to the automation and data exchange trends in manufacturing technologies. It involves integrating cyber-physical systems, the Internet of Things (IoT), big data, and cloud computing. As companies strive to develop smart factories and digitize their operations, the demand for robotics and automation solutions increases. Robots play a crucial role in implementing Industry 4.0, enabling companies to achieve higher levels of productivity, flexibility, and customization.

    Looking forward 


    In conclusion, the robotics industry is poised for significant growth in the coming years. The increasing demand for automation, remote monitoring, and advanced sensor technologies are driving the expansion of the robotics market. While challenges such as high investment costs and a shortage of skilled labor exist, the potential opportunities in the industry are immense. By focusing on key growth drivers and developing innovative technologies, businesses in the robotics market can achieve success and drive the industry forward. The future of robotics holds great promise, with robots becoming increasingly intelligent, adaptable, and integrated into various aspects of our lives. PROVEN Robotics, the leading robotics solutions provider in Saudi Arabia, has emerged as a one-stop destination for robot hardware, content, deliver and support solutions. Join the robot league by contacting our experts and develop an innovative solution for your sector.  

  • NAO in Classroom Settings: Benefits and Best Practices

    NAO in Classroom Settings: Benefits and Best Practices

    Technology has drastically changed the way we learn and teach. One such technology that has revolutionized classroom settings is the introduction of humanoid robots in education. Among these robots, NAO, developed by Softbank Robotics, has gained popularity among educators worldwide.

    In this article, we delve into the awe-inspiring capabilities of the NAO robot and explore its transformative impact on both technical education and the emotional well-being of students. Join us as we embark on an enlightening journey through the cutting-edge realms of educational robotics and discover how the NAO robot is reshaping the future of learning.

    What’s included?

    NAO educational robot: An innovative EdTech breakthrough

    Amidst the multitude of EdTech tools that have graced the educational landscape, few have captivated our attention like the remarkable NAO robot. This humanoid marvel stands as a testament to the potential of robotics in revolutionizing classroom dynamics, offering students a profound experience in understanding coding, social-emotional skills, and the intricacies of robotic behavior.

    However, the significance of the NAO robot extends beyond its technical prowess. For students with diverse learning needs, particularly in special education and those on the autism spectrum, the NAO robot has proven to be an invaluable resource, fostering a sense of tranquility and comfort in their interactions with this advanced technology. In our pursuit of empowering educators with the latest teaching tools, we will examine the benefits of using NAO in classroom settings with the best practices for harnessing the educational potential of this robot.

    Benefits of humanoid robots in education, focusing on NAO

    Humanoid robots exhibit distinct human-like characteristics in both form and behavior. Incorporating a human-like form has demonstrated its ability to establish a profound connection with students, fostering a sense of ownership and engagement. Remarkably, “learning by teaching” and caregiving educational styles have proven particularly effective in leveraging this connection to enhance the learning experience. NAO also has the same characteristics that can benefit teachers and students alike. Here are some of them:

    • Enhanced learning experience: NAO provides an interactive and engaging learning experience that can help students better understand complex topics. With its natural language processing ability, NAO can communicate and interact with students, making the learning process more effective.
    • Facilitate individualized learning: NAO is programmed to detect and respond to emotions. This capability enables it to provide personalized education to students based on their learning styles and emotional needs. This individualized approach enhances the learning experience and improves comprehension.
    • Developing social and emotional skills: Interacting with NAO can help students improve their social and emotional skills, like empathy and emotional regulation. They can practice communication, collaboration, and conflict resolution in a low-stakes environment, preparing them for real-world experiences.
    • Improved classroom management: NAO can help teachers manage classrooms by serving as an additional resource. It can deliver lesson plans, take attendance, and support students struggling with a particular topic. This support can free up time for the teaching staff and enable them to focus on improving other aspects of classroom management.
    • Enhanced accessibility: NAO can support students with disabilities by providing visual and auditory aids, facilitating communication with the teacher, and providing individualized feedback.

    Best practices for integrating NAO into the curriculum

    While NAO provides several benefits, it is essential to integrate this technology into the curriculum effectively. Here are some best practices for using NAO in classroom settings:

    • Define clear learning objectives: Start by defining clear learning objectives that align with the curriculum. This will help educators identify how NAO can support student learning and provide a precise point of reference for assessing the success of the integration.
    • Upskill teachers before deploying: Just as students need to learn how to use technology, so do teachers. Educators need to be trained on how to use NAO to teach effectively with it. Additionally, students need to understand how to interact with NAO and how it can support their learning process.
    • Integrate NAO into existing curriculum: Integrate NAO seamlessly into existing curriculum and lesson plans. Avoid using NAO as a standalone tool separate from the curriculum.
    • Complement NAO with other resources: NAO is an excellent supplementary tool but should be one of many tools used in the classroom. Use NAO alongside other resources like textbooks and digital resources to provide students with a well-rounded learning experience.
    • Monitor performance: Regularly monitor and evaluate NAO’s performance to ensure it delivers on the learning objectives. Use performance data to adjust and improve the use of NAO to support student learning better.
    • Maintain NAO: Finally, ensure that NAO is well-maintained and in optimal working condition at all times. Charge its battery, update its software, and troubleshoot any issues comprehensively.

    In conclusion

    Integrating NAO into classroom settings provides a myriad of benefits for both teachers and students as it delivers an interactive and engaging learning experience personalized to each student’s style and emotional needs. The robot also improves classroom management and accessibility for students with disabilities. However, to integrate NAO effectively, you must train teachers and students, define precise learning objectives, integrate it seamlessly into the existing curriculum, supplement it with other resources, monitor its performance, and maintain it optimally. These best practices can create a conducive learning environment for students and enable teachers to deliver personalized and practical instruction.

    Want to hire NAO for your educational setup? Contact the PROVEN Robotics team today.

  • A Year of Opportunity for Robotics: What to Expect in 2023 and Beyond

    A Year of Opportunity for Robotics: What to Expect in 2023 and Beyond

    As customer demands continue to surge, companies seek innovative solutions to maintain efficiency and productivity to combat the pressure of skilled labor shortage. Robotics has emerged as a game-changer, offering a range of possibilities across various industries. From automated assembly lines to intelligent warehouse systems, robots are stepping in to plug the gaps left by the shortage of skilled labor. This article will discuss the top three robotics trends predicted by ABB in the wake of the current situation. Read more

    Current trends in robotics

    Approximately 3.5 million robots are currently operational around the world – the value of the installations is estimated at 15.7 billion USD

    Defining current trends is significant in robotics to attract users from small businesses to global OEMs, according to the International Federation of Robotics President Marina Bill. She further added that

    Robots play a fundamental role in securing the changing demands of manufacturers around the world

    Robotics Trends#1 Demand for robots will increase due to the labor shortage faced by industries globally. As companies increasingly consider reshoring their operations, robot labors take on new responsibilities in various tasks.

    The persisting labor shortages across industries, driven by factors such as aging populations and the aversion to low-paying and unfulfilling jobs, are already causing significant impact and are projected to continue into 2023 and beyond. As a result, it is estimated that over 85 million job positions will remain vacant by 2030, hindering economic growth and necessitating innovative solutions for workforce gaps.

    Demographic shifts and aging populations indicate that countries such as the U.S. will suffer from an ongoing labor shortage and hiring will remain challenging, as per economists’ predictions worldwide. According to a Manpower survey (conducted across 41 countries among 39000 employees), the average skill shortage in all countries in 2023 is 77%.

    The demand for robotics is expected to surge, particularly in countries where companies are pursuing re- or near-shoring strategies to enhance the resilience of their supply chains in the face of global events. As per a survey conducted by ABB Robotics in 2022 involving 1,610 companies from the United States and Europe, approximately 74% of European businesses and 70% of U.S. businesses expressed intentions to re- or near-shore their operations. Among these respondents, 75% in Europe and 62 percent in the USA indicated plans to invest in robotic automation within the next three years.

    Robotics Trends#2 The use of artificial intelligence and autonomous technology will allow robots to perform more tasks in a range of new industries, making them easier to use, integrate, and access

    As the advancements in autonomous technologies continue, the adoption of robots in various industries is expected to increase. Companies will either make their initial investments in robots or explore new applications for their deployment. They can also go for tried and tested method by relying on RaaS (Robot-as-a-Service) to avoid the initial investment costs and leverage robot rentals. PROVEN Robotics’ premium delivery robots, like BellaBot or KettyBot, powered by state-of-the-art autonomous navigation technology, have already demonstrated their ability to enhance productivity, improve operational flexibility, and expedite processes. These solutions facilitate the transition from conventional production lines to integrated, scalable, and modular production cells while optimizing component delivery across facilities.

    Integrating artificial intelligence (AI) in robotics drives significant progress in autonomous grasping and positioning capabilities, expanding the range of tasks robots can undertake. For instance, many GCC government and private sector clients have employed Pepper robots in client-facing roles to enhance customer experiences. Furthermore, continuous simplification of robot programming software and controllers eliminates the need for specialized expertise, thereby reducing barriers to adoption.

    In the near future, connected digital networks will emerge, leveraging open platforms that facilitate seamless integration of robots, software, and controllers from different vendors, making robots more accessible to smaller companies and start-ups and enabling them to embrace automation.

    Robotics Trends#3 Enhancing the collaboration between industry and educational institutions through specialized partnerships will play a pivotal role in equipping present and future workers with the necessary skills to excel in an era of automation.

    As the integration of robots becomes more prevalent across various industries, it becomes increasingly crucial for workers to acquire new skills that will enable them to thrive in an automated environment. This necessitates a comprehensive and collaborative approach involving educational institutions, businesses of all sizes, and supporting associations to provide adequate training opportunities.

    In response to the growing presence of robots in factories, warehouses, and other work settings, partnerships between robot vendors, manufacturers, and educators are expected to rise. These collaborations ensure that individuals possess the requisite skills for a future driven by automation. Educational institutions can effectively teach people of all ages the programming and operational skills essential for utilizing robotic automation by using tools such as simulation and programming software, as well as augmented and virtual reality (AR and VR).

    Future of Robotics: 2023 and Beyond

    In the face of escalating energy costs, enhancing energy efficiency is paramount for companies to maintain competitiveness. Incorporating robotics within manufacturing processes offers numerous advantages in reducing energy consumption. Compared to conventional assembly lines, using robots significantly saves energy by minimizing heating requirements. Additionally, robots operate at high speeds, enhancing production rates and ultimately rendering manufacturing processes more time- and energy-efficient. These factors will contribute to a massive surge in robot demand, and for that, 2023 will be seen as a year of opportunity for robotics, enabling companies and their workforces to reach new levels of productivity, efficiency, and flexibility.

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  • How Robots are Changing the Face of Customer Service

    How Robots are Changing the Face of Customer Service

    In Star Wars, C-3PO, a protocol droid serving on the Galactic War’s frontline, took the audience in awe with his ability to speak multiple languages and cross-cultural etiquette. This depiction of a robot assistant may be fictional, but it is not far-fetched from real-life robots in customer service that perform similar frontline duties.

    For instance, Robots like Pepper, the humanoid robot, are being utilized to transform and elevate the guest experience in the hospitality sector, banks, government sector, and more. Some people may think that they have not interacted with a service robot. Still, they most likely have seen one in the customer care kiosk or at least encountered a robot as an airport concierge- thanks to the growing adoption of cutting-edge technologies in customer-centric roles. During the pandemic, the rise of self-centric kiosks was at the front and center of customer service trenches. As the pandemic fears have subsided, service kiosks are still around, and robots will dominate customer service. In this blog post, we’ll explore the various ways that robots are revolutionizing customer service and the benefits they bring to both businesses and customers alike. Read on 

    Benefits of robots in the Workplace

    The advantages of service robots are evident. They eliminate the risk of airborne virus transmission and are not susceptible to burnout due to long working hours. These robots hold immense potential for cost reduction, enhanced efficiency, and the automation of mundane tasks. Except for occasional glitches or software updates, they can work tirelessly round the clock, ensuring that the front desk of hotels or car rental services is consistently manned for the convenience of customers without requiring sick leave, holidays, or time off.

    Robots are designed to resemble humans to a point

    Customers often expect an interpersonal rapport and prefer to receive service with a smile. Is it possible for service robots to satisfy customers?

    Customer service robots that look like humans and connect with customers on an emotional level can satisfy customers’ needs. A study published in the 2021 Journal of Applied Psychology revealed what 194 guests felt about the first robot staff in a Japanese hotel and their satisfaction with the stay. At check-in, half of the guests were given instructions anthropomorphizing the hotel robots – to imagine them as thinking and feeling beings – and the other half were not. Although both groups interacted with the same service robots, the ones who humanized the robots had greater satisfaction than the other group. This was due to perceiving the service robots as emotional beings. Even customers were more forgiving of the service failures of robots they perceived as humans because humans are bound to make mistakes. Such that customers could view failures with human-like robots with more empathy.

    The above study clarified that looking like a human is not enough; customers want an emotional connection. Pepper, the customer service robot capable of understanding basic human emotions and looking like a human, can quickly build an emotional bond when placed at the service kiosks and accurately serve the purpose.

    Robots are created for use, not just a mere attraction

    Functionality is the most crucial component of interactions between humans and robots and has the most considerable influence on customer satisfaction. People frequently believe that using robots in service roles will result in effective and error-free performance. However, bugs and user errors can frustrate the experience, as with any technology. However, most service robots are designed to replace mundane tasks to improve efficiency and reduce costs.


    The novelty of customer service robot technologies will eventually fade as they become more widely used and integrated into daily life. It’s critical to combine leveraging robots’ advantages with keeping in touch with humans in order to secure their long-term success in customer service. 

    Robots are adapted to tasks and customer base

    Are robots a perfect fit for the service industry or your organization? Industries that rely on personalized client services, which heavily depend on building rapport, trust, and problem-solving, may be better for using service robots. Instead, service sectors that involve more standardized and automated processes are better suited for robot integration, such as cash register transactions and hotel check-in services.

    However, it’s also essential to consider the characteristics of the customer base. For a successful interaction with a robot, customers must possess the confidence and the willingness to engage with automated systems. While hotels have witnessed significant success with concierge robots, high-end clientele might hesitate to invite a robot into their hotel room to deliver additional towels, as they may prefer the personal touch of interacting with a human staff member.

    Robots are introduced to work in harmony with their human counterparts, not replacement

    Introducing robots into customer service roles can evoke a sense of relief and a feeling of threat among human employees. Placing robots at the forefront of customer service can alleviate the burden of repetitive tasks and minimize mistreatment towards customers. However, human coworkers may harbor skepticism regarding the effectiveness of robots or harbor concerns that they are too capable and may replace their jobs. However, there is currently no reason to be fearful or apprehensive.

    So, how are robots used in the service industry? Human employees are necessary to supervise client interactions with robots providing customer service. They must be there to assist clients as needed throughout robot interactions. Make sure to make your consumers work and take away the choice for human services to avoid becoming like the self-checkout lane at the grocery store. In a nutshell, the most effective service team consists of employees and robots.

    Final thoughts

    There might be unexpected benefits beyond customer service interactions of service robots, as this emerging technology is still in its infancy. Technology that integrates robots should not be added as a novelty but to provide value to customers and support employees – maintaining a balance between automation and human interaction.

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  • Top Robotics Trends/Predictions to Watch Out for in 2023

    Top Robotics Trends/Predictions to Watch Out for in 2023

    Artificial intelligence (AI) and robotics are two fields that are developing quickly and have limitless potential for the future of humanity. Developing robots that can do tasks with incredible speed and accuracy, from the easiest to the most complex and demanding in our everyday lives, is now possible thanks to advancements in robotics and AI. We no longer need to be worried that these machines will supplant humans in the workforce. Instead, robots and AI work in conjunction with humans to execute jobs more efficiently and correctly than we could alone. Thanks to services like Alexa, Siri, Google Assistant, and others, we predominantly interact with robots and AI daily. Because of developments in AI, we can now create computer systems that grow and change over time.  

    Recent research by StartUS insights was conducted on 8949 robotics startups and scaleups to gain data-driven insights into technology-based solutions to comprehend the upcoming trends in the robotics industry. Here are the future robotics trends you need to know. 

    Here’s a glimpse of future trends in robotics 

    Source: StartUs insights 

     
    Autonomous mobile robots (AMRs) 

    According to industry predictions, demand for autonomous mobile robots (AMRs) has been expanding over the past several years and will continue to do so in the years to come. Manufacturing and hospitality are the two industries where AMRs are most common. Workers are exposed to hazardous scenarios like toxic chemicals, heavy machines, or confined spaces in manufacturing environments. Startups and scaleups automate several industrial processes to counteract this. They use sensors, AI, and vision of computers to comprehend their immediate surroundings and maneuver on their own, 

    In plants, AMRs transport sub-assemblies and parts over long distances to speed up processes and save workers from moving heavy carts. AMRs are mainly used for disinfection and food delivery in the hospitality industry. Robots are being quickly adopted for quick and contactless deliveries and offer something distinctive to attract shoppers’ attention with robots serving food. As a result, the delivery robots’ market is expanding rapidly worldwide.  
     

    PROVEN Robotics amps up the supply of autonomous delivery robots in the GCC  

    PROVEN Robotics, in collaboration with Pudu, supplies premium autonomous delivery robots, i.e., BellaBot and KettyBot, in the GCC region. BellaBot, a cat-like robot, is equipped with a multimodal interaction system and can avoid obstacles in three dimensions. On the other hand, KettyBot functions as a delivery cum reception robot. It comes with a clearance of 55cm and can easily maneuver through complex surroundings. Many restaurants have already adopted the service of these two robots to provide contactless delivery of food, beverages, groceries, and other items.  

    Intelligent Robots 

    Robots can use real-time information and optimize tasks due to incorporating AI into robotics. To achieve this, startups employ machine learning, reinforcement learning, dynamics modeling, computer vision, and more. Robots are also taught to become more accurate and effective with large datasets and real-time data, enabling them to recognize objects and navigate seamlessly.  

     
    Collaborative robots (cobots)  

    In contrast to traditional industrial robots, collaborative robots use cutting-edge sensors and algorithms, ensuring safe behavior around people. End-of-arm tooling is typically used for automating assembly tasks like screw drilling or welding. During integration, cobots complement current production lines to assist workers while minimizing production downtime. Additionally, cobots can be a perfect tool for STEAM lessons, allowing learners to practice independently.  

    PROVEN Robotics brings DOBOT, a robotic arm, to daily life 

    DOBOT can optimize human-robot collaborative work to help enterprises in cost-cutting, in addition to serving as a STEAM assistant for the education sector. Whether doing fine work or moving big objects, DOBOT can perform wonderful things by bringing excellent convenience from 3D printing, laser engraving, writing, drawing, or grabbing objects.     

    Robots-as-a-Service (RaaS) 

    The global RaaS market is expected to increase by over US$2BN in 2026, growing at a CAGR of 18.12% between 2021 and 2026. Different industries have used robots to remain competitive as their operations get more sophisticated every day. By using robots-as-a-service, businesses can benefit from their capabilities without incurring the upfront costs of expensive automation upgrades. RaaS is a cloud-based ‘robotic rental’ system that enables users to install robotics without requiring the necessary infrastructure required by more traditional robotics implementations. Users can integrate the capabilities, upgrade or downgrade systems as requirements change, and install robots anytime. 

    PROVEN Robotics is equipped with the most competitive robots in the market, allowing organizations to leverage our robots through a subscription model.  

    Robotics Cybersecurity  

    A robotic cybersecurity solution prevents data breaches and asset outages by securing endpoints and connection stacks. The growing need for connectivity in robotics and integration of IoT has become the new target for cyber-attacks. To avoid that, many organizations feel the need to deploy cybersecurity. Furthermore, safeguarding robotic solutions against unwanted access is essential due to the utilization of robotics in the defense, manufacturing, healthcare, and space industries.  

    Drones  

    The application of drones benefits a range of industries by delivering packages, mapping and collecting aerial data, looking after infrastructure, and many more. Additionally, drones are expanding in agriculture to track crops or monitor cattle movements. Last-minute delivery of groceries and medical supplies can be made more efficient with drones’ adaptability. 

    Internet of Robotic Things  

    Robotics focuses on interaction, manufacturing, and autonomous behavior, while the Internet of Things (IoT) provides sensing, tracking, and monitoring. The performance of connected robots is driven by edge computing platforms, enabling feedback-driven workflows by collecting and sending data. 

    Humanoid Robots  

    Since the epidemic, the demand for humanoid robots has increased because of the variety of industries in which they can be used. They also visit the sick and old and serve as hosts and welcome guests at the front desk. They automate jobs, like other robots, to reduce costs and boost production.  

    PROVEN Robotics offers humanoid robots Pepper and NAO in a wide range of industries. Pepper is extremely popular as a reception assistant and NAO as an ASD therapy assistant and classroom companion.  

    Automated Guided Vehicles (AGVs)  

    AGVs typically transport materials in warehouses, distribution centers, and production facilities. In addition to obstacle-detection bumpers, their movement is controlled by software and sensor-based navigation systems, enabling them to follow a predetermined path.   

    Assistive Robots 

    People with a range of disabilities increasingly benefit from assistive robots by providing them with independence and quality of life. They use sensors and clever algorithms to sense, process and communicate with people. Startups improve the cognitive decision-making abilities of robots to help the elderly, differently abled, or unwell carry out their daily tasks. 
    Keep following the space for more such news and updates from the world of robotics.  

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  • An analysis of the use of humanoid robots in the government sector

    An analysis of the use of humanoid robots in the government sector

    The public sector is undoubtedly one of the supporting pillars of any functioning and thriving economy. Working in the public sector can be challenging since the stakes are much higher, and every task should be performed without any mistakes. Each public sector hosts and caters to several hundred citizens or residents daily and is comparatively busier, making the job even more intricate. During the pandemic, the public sector was confronted with more significant obstacles compared to the private sector. It was when the necessity for countermeasures to protect consumers and minimize human interaction became more pressing than ever.

    The advancement of robotics and automation has made it possible for hundreds of robots to work in dozens of nations worldwide, doing what people have done for the longest: conversing with the public and improving lives. Pepper, an intelligent humanoid robot, is set to gain significant traction in the public sector in Dubai, France, and Germany by sending information, improving data collection, and entertaining you. In the article, we will highlight some use cases of Pepper as a helping hand in the government sectors and the advantages of implementing it in the government periphery.

    Pepper in action: Public sectors across the globe

    The Digital Coach is a robot that imparts more traffic-related knowledge to both novice and veteran drivers.

    Dubai: Dubai Road and Transport Authority implemented Pepper to train their drivers. Using Pepper’s magnificent AI base, interactive training sessions were held to train 600 drivers for 3 months before Dubai Expo 2020. Pepper assisted in improving training deliverables and driver skill development by overcoming the difficulty of teaching a large number of bus drivers in one go, ultimately contributing to obtaining the ISO 21001: 2018 certification in the public transport sector.

    Dubai Electricity & Water Authority (DEWA) deployed Pepper humanoid robot under the name of Rammas to reduce the number of visits. Between January 2017 and the middle of June 2020, Pepper responded to around 3.6 million inquiries, helping DEWA successfully achieve its goal of going paperless. It has already done so in 82% of its activities.

    Pepper x Neom Bay Airport – Softbank europ

    Saudi Arabia: NEOM Bay Airport wanted to implement a technology that can interact with passengers and help with all everyday inquiries, aiming for the best possible customer experience in the most effective way. A 50% increase in passenger satisfaction was reported after Pepper was hired to answer repetitive questions from passengers.

    A humanoid robot Pepper wearing a face mask greets Tokyo Gov. Yuriko Koike at the lobby of a hotel for the new coronavirus COVID-19 patients with mild symptoms during a media preview in Tokyo Friday, May 1, 2020. Eugene Hoshiko, AP

    Japan: Pepper significantly assisted the Tokyo government during the COVID-19 outbreak. Along with spreading happiness among isolated patients, Pepper welcomed guests and educated visitors about the virus in a quarantined hotel established for mildly ill coronavirus patients to free up beds at hospitals overcrowded with more severe cases.

    Pepper Mitigating Anxiety During the Vaccination Process in Germany – Softbank Europ

    Germany: Pepper made it possible for the Wuppertal Vaccination Center in Germany to conduct vaccination without any hazard by proactively welcoming patients and assisting in overcoming their anxiety before the process. It also collected meaningful customer feedback to make the process further seamless in the future.

    Humanoid robots in the government industry: Benefits

    Automation trends are boosting the use of robotics in the government sector for several reasons. Let’s look at the significant benefits listed below.

    Create an unforgettable experience

    There is a stark difference between the private and public sectors – the former deals with customers, and the latter caters to the citizens. Citizens tend to expect more from their government, and keeping them satisfied may reflect on the nation’s economy and other aspects. That’s why governments across the world strive to create experiences that leave a lasting impression on their constituents. Small changes can have a significant impact, like people learning crucial information about a specific subject from a social humanoid robot while waiting in a government building. Pepper enhances offerings and establishes itself as a valuable resource for public services by assuring proactive involvement and superior digital services.

    Optimize administrative tasks

    Repetitive tasks frequently take longer than necessary, squandering a lot of time for human staff on more strategic tasks that require their intervention. Pepper can optimize public sector administrative tasks by handling all repetitive jobs, including consultation, online administrative services, on-demand report production, concierge & ticketing.

    Collect constructive and unbiased feedback

    Although collecting feedback is now an essential element of every government facility’s daily operation, doing it consistently can be challenging, leading to erroneous information. Pepper’s humanoid shape and proactive personality make it easy to collect thorough and unbiased feedback from individuals. The information gathered can help the public institution provide better services and make informed decisions.

    Efficient queue management

    In today’s fast-paced schedule, waiting in a long queue is often a turn-off for most people. Pepper makes it possible to calculate overall footfall and conversion rates, among many other indicators. The information gathered can comprehend citizen demands, identify fresh prospects for citizen welfare, and effectively allocate employees. As a result, a public sector facility can make plans with certainty and use the data to uncover previously hidden insights.

    Final thoughts

    Like many other industries, governments are tasked with labor-intensive, repetitive tasks that form the foundation of their operations. As a result, public sectors increasingly adopt various technologies for their operations as they realize the advantages – one of them is using robots. Humanoid robots boost public acceptability and optimize usage to cut back on unnecessary costs through their distinctive and optimized user experiences. Pepper is a potent omnichannel touchpoint that gives each user of public services a unique but comprehensive view by catering to their individual needs.

    Get assistance from a humanoid robot at your disposal. Book a demo with PROVEN Robotics.

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  • Transform your Daily Life with these Assistant Robots

    Transform your Daily Life with these Assistant Robots

    How many of you saw Star Wars and wanted to bring R2-D2 home with you? We have not gotten that far yet, but robot companions, virtual assistants, and home management aids have steadily improved since Roomba was introduced in 2002. There are human-like robots that use artificial intelligence and that are less expensive than new computers and make life easier for humans. It is so simple to be bogged down by daily chores, never quite feeling like you can keep up with the mental to-do list that keeps expanding. This is likely why so many ‘ideal’ futures presented in literature and film include robotic partners that relieve some of the burdens of their human counterparts. This article will highlight some fantastic robot assistants that might be useful for your daily lives. Read on.

    What is a personal assistant robot?

    A robot personal assistant is an artificial intelligence that assists you with routine domestic chores and improves your quality of life. These adorable helper robots have several uses, including organizing schedules and providing educational support. They relieve you of the daily responsibilities that add to your stress, such as trying to remember impending appointments or birthdays!

    Why do you need a robot assistant?

    You can be on the cutting edge of technology with an assistant robot designed to do the chores that take up extra time in your day. They are also incredibly cool and contribute significantly to streamlining your household operations, so you have to make less effort.

    temi, your personal robot assistant

    We often imagine what it would be like in the center of technology. Now, we can stop imagining and make it a reality with temi. Are your hands occupied? No worries, temi will answer the call for you. Do you want to play your favorite music or capture a video while playing with your children or pet? Give temi a shoutout.

    temi is a self-navigating robot designed to be cost-effective, creative, and efficient. It is often referred to as a ‘personal robot’ for its ability to perform myriad tasks that make daily living more convenient, like taking pictures, placing service orders, running programs, and much more. temi is the first robot capable of interacting with humans, offering flawless autonomous navigation, and dynamic video and audio experiences with advanced AI.

    Why should you get it?

    With autonomous navigation, temi improves human-robot interaction capabilities. It also comes with some unique features as below:

    • Autonomous navigation
    • 360 degrees depth perception
    • Dynamic path planning
    • 13 mp camera and QHD display
    • Face tracking
    • Mobile control
    • Powerful sound system

    How does it work?

    You can harness the full capacity of temi with the PROVEN Robotic Management System (PRoMS), a robot management platform. It is integrated with a range of key features designed to ensure optimization, ease of use, and increased function efficiency, allowing organizations to create applications for their robots.

    Pepper, your humanoid robot assistant

    Another exciting robot assistant can be Pepper, a social humanoid robot known as an ‘interaction master.’ Pepper is designedto perceive emotions, form empathetic connections with users, and can don multiple roles.

    Consider that you are hosting a large gathering of people at your house or outside. Welcoming and keeping each guest entertained simultaneously can be daunting for one or two people. Pepper can be your ideal welcoming host who will greet them with a warm “Hello, how may I assist you,” propose games to keep the guest entertained, or take pictures of the gathering. Additionally, it has face recognition technology so that your guests will never be left alone, and it is supported by a touch screen that provides necessary information.

    Why should you get it? 

    Pepper is suitable as an office assistant or as a home companion. Some of the unique features of Pepper are as follows: 

    • 20 degrees of freedom for motions that are natural and expressive
    • There are 15 languages available for dialogue and speech recognition
    • Modules for perceiving and interacting with the person speaking to him
    • LEDs, microphones, and touch sensors enable multimodal interactions
    • Bumpers, an inertial unit, 2D and 3D cameras, and sonar are all included
    • A platform that is open and fully programmable

    How does it work?

    Like temi, you can harness the full capacity of Pepper with the PROVEN Robotic Management System (PRoMS). It is a robot management platform that is integrated with a range of key features designed to ensure optimization, ease of use, and increased function efficiency, allowing organizations to create applications for their robots. 

    Double 3, your next-level telepresence robot assistant

    Double 3 shows promise to revolutionize the way remote work or learning is conducted. This self-driving robot can be used to keep an eye on aging loved ones and have peace of mind when you are not nearby. Of course, keeping track of Zoom meetings, when your favorite shows are on, and other scheduling concerns will be at your fingertips. Double 3 has a Unified Pan Tilt Zoom feature to give you clear visibility from a remote location; point to the exact place you want to see.

    Why should you get it? 

    Some of the unique features of Double 3 are: 

    • Fully integrated- iPad installation and Bluetooth pairing is not required
    • 6 Microphones- the driver can hear people from far with less background noise
    • One super wide-angle lens, one super zoom lens
    • Remotely adjustable height (47″ to 60″ tall)
    • Custom applications can be built using developer API

    The bottom line

    We are getting closer to seeing the robots of our imaginations come to life as technology advances. It is an exciting time for consumers, and we recommend bringing one of these smart companions home or office as soon as possible.

    Book a demo with us to get ahold of any of these robot assistants.

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  • Telepresence Robots in Aged-Care Settings – A Research

    Telepresence Robots in Aged-Care Settings – A Research

    As the world’s population ages, there is a growing need for automated help. The World Health Organization (WHO) estimates that more than 1 billion persons are over 60 globally. That number is expected to increase to 1.4 billion by 2030, or one in six people, necessitating the need for robot intervention complementing their human counterparts.

    Telepresence robots have the potential to add significant value in this regard. Through evidence-based studies, this research paper aims to explore facilitators for implementing telepresence robots (e.g., Double 3 and temi) in aged care settings. Read on.

    Robots for elderly care: Key drivers

    Telepresence robots offer many advantages for elderly care, such as reducing social isolation and alleviating technical challenges through remote-controlled functions, which require no learning or operating on the part of the elderly.

    Role of a telepresence robot to mitigate social isolation

    Social isolation has remained a significant problem in aged-care settings, especially during the COVID-19 pandemic, and is linked to adverse outcomes like loneliness, depression, and cognitive decline. Several robots, in particular, telepresence robots (e.g., Double 3, temi), are being used in long-term care (LTC) or hospital environments to lessen social isolation by enabling aged patients or residents to connect with remote users like their families or therapists.

    Telepresence robots have wheels for mobility and enable videoconferencing for real-time communication. These robots have been employed in various settings, including business meetings and remote learning. However, the application of robotics in elderly care environments is expanding to facilitate social interactions and improve the quality of life for older adults. Telepresence robots can soothe the effects of isolation by fostering safe social ties, especially given the visitor limitations and social isolation present in elderly care settings. The robots can walk around the care facility and engage in face-to-face communication thanks to their remote connection.

    temi in hospitals
    temi

    Role of a telepresence robot as a helping assistant

    Mobility is one of the significant concerns that most older people struggle with. Hiring additional human healthcare professionals may be necessary to monitor them 24 hours a day for all their needs. But deploying robots can alleviate a great deal of workload from human workers and save time. Robots can be automated for more manageable tasks, and a trained operator can control the robot for some tasks. Furthermore, a nurse or doctor could use the machines to communicate with the patient remotely for more complex matters.

    Hospitals are excellent grounds for assistive robots like temi due to their semi-structured environment. Since variables like door designs and corridor widths are frequently fixed, tasks like navigation are not different from those performed on manufacturing floors and in warehouses, where robot deployment is already widespread. temi can be hired as a hospital assistant in healthcare facilities and clinics. It can assist patients and guide aged people in filling out hospital forms or checking out.

    Acceptance of telepresence robots

    Users’ and stakeholders’ acceptance of telepresence robots is essential for technological adoption as innovation advances. 2016 study by Koceski S, Koceska N. and a 2019 study by researchers of the Netherlands University of Twente on potential users (older adults, family members, and health professionals) indicated that telepresence robots are generally accepted.

    A recent study on “Social telepresence robots: a narrative review of experiments involving older adults before and during the covid-19 pandemic” identified the factors contributing to the acceptance of telepresence robots, including usability and the potential to reduce social isolation.

    Summary of evidence-based studies on Double in aged care

    Multiple studies have been conducted during the last few years to fully explore how the telepresence robot Double can facilitate elderly care. The below Table presents a summary of the selected articles we mapped by 6 domains: author and publication year, country of study, duration of the study, study population, type of healthcare setting, and facilitators.

    Table of evidence based studies
    Source: Facilitators and barriers to using telepresence robots in aged care settings

    The bottom line

    Telepresence robots provide joy and a sense of connection by using live video as opposed to other technologies (e.g., telephone). Robots like temi or Double 3 cut down on the travel time needed for in-person visits. Watching and participating remotely in activities was easier with them than with a conventional phone call. In addition, the robot helped family members better grasp the residents’ health status and care planning and assisted them in conveying concerns to healthcare professionals, all of which improved the residents’ treatment. Even though research into the best methods for their successful application in these settings (such as long-term care facilities) is still in its infancy, it is apparent that telepresence robots can potentially revolutionize the future of elderly care.

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  • How Robotics is changing the dynamics of the food industry?

    How Robotics is changing the dynamics of the food industry?

    The food industry is comprised of several complex steps that robots are being leveraged to optimize. Agricultural stages, restaurants, home cooking, and grocery stores are only a few places where food robots are now used to assist in cultivating and producing food. Robots make every step safer and more productive, allowing the food sector to match its supply and demand.

    By 2028, the global food robotics market is projected to grow to $3,795.4 million. According to Vantage Market Research, the market generated revenues of USD 1,842.5 million in 2021 and is expected to grow at a compound annual growth rate (CAGR) of 12.80 percent.

    In celebration of World Food Safety month, let us look at how robotics is changing the dynamics of the food industry.

    Key drivers of robotics in the industry

    Increasing demand for packaged foods

    The emergence of the processed food market has been driven by the impact of busy schedules in emerging economies. Thus, packed food types are in high demand along with convenience products, driving the market of restaurant robots for sale.

    Maintaining food safety is a priority

    A US survey revealed that more than 48 million people in America suffer from some sort of foodborne disease per year. Robots are incredibly useful in helping firms maintain a top priority for the quality and safety of food products. Robots help human workers do their tasks better and significantly enhance efforts to minimize cross-contamination on the production line.

    Surging population around the globe

    The upsurge in the worldwide population led to increased demand, putting more pressure on the human staff and driving the market for robotics in food industry. Robots can work alongside their human counterparts to expand the sector’s manufacturing capacity and bridge the gap between demand and supply.

    Top 6 use-cases of robots in the food industry

    Robotics in food manufacturing

    Robotics in food processing starts with manufacturing. This process involves a number of steps, such as packing and safety monitoring, typically performed in a manufacturing facility. The different sorts of food can first be cleaned and sorted by robots. Fruits and vegetables, for example, can be conveniently arranged into other containers using robotic arms.

    Additionally, some foods can be prepared by robots prior to packaging. Since different cutting instruments are needed to chop fruits and vegetables, robots can function more effectively by matching knives to the cut needed or switching between cutting devices quickly. After that, they can independently cut food for supermarkets or even cook meals.

    Robots for food packaging

    Food packaging robots have been incorporated into the food supply chain for some time now. However, the latest development is that bots are being used to automate the entire packaging process, i.e., from individual packaging to group packaging. Additionally, these robots can arrange the food on pallets for eventual shipping and storage. Robotic packaging solutions that are quick and effective enable workers to mitigate the gap between supply and demand.

    Robots that can navigate a warehouse and easily retrieve or store inventory may soon be an even more regular sight.

    Robots working in restaurants/serving robots

    The rise of contactless delivery during the pandemic era has paved the way for the emergence of delivery robots. The International Federation of Robotics (IFR) report suggests that the demand for delivery robots grew by 11% after the global pandemic. The autonomous delivery robots market will potentially reach USD 3.82 million by 2026.

    However, the food delivery sector is still expanding. BellaBot is a cat-like serving robot that has become quite popular among customers for its unique appearance. BellaBot’s repertoire is filled with countless unique expressions that increase its emotional range and provide the appearance of a “Cat,” ensuring that everyone has a memorable experience. Another choice for robotic food delivery is drones. They may deliver food from restaurants to patrons gathered in one place. Although businesses are still figuring out the practicalities, this adoption would significantly impact food delivery.

    Watch the collection of PROVEN Robotics Delivery Robotshere.

    Robots in cookery

    Robots in the food sector can accomplish cooking. Robots are already being used in restaurants to prepare and cook food. Burgers are assembled entirely by robots at Creator, a restaurant in San Francisco, where they grind the meat, grill the patties, and serve the toppings.

    Robotics might soon start to appear in home cooking as well. Some reputable robot manufacturers are already working on bots that can be integrated into personal use.

    Sanitation robot

    Sanitation robots in restaurants are booming after the pandemic. As a result of the Coronavirus and associated social distancing rules, restaurants have become more aware of safety and hygiene, another area in which robots could be helpful.

    Robotics in the agricultural landscape

    It is anticipated that the precision agriculture (an approach to farm management) market will be valued at $7.87 billion by 2022. A critical component of this is robotics. By the same year, the demand for agricultural drones alone will reach $3.9 billion.

    Robotics applications in the industry include seeding, sorting, and identifying. Additionally, there are self-driving tractors, harvesting robots, and weeding robots. Crop monitoring and analysis are being done using drones and self-driving ground vehicles.

    Conclusion

    The six segments of the food industry demonstrate how robots can change everything. Robotics is essential to elevate the sector to the next level by improving efficiency, safety, and customer satisfaction. The use of robots will become more and more integral to each step from here on out.

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  • 7 Robotics projects that can be exciting for robotics enthusiasts in 2022

    7 Robotics projects that can be exciting for robotics enthusiasts in 2022

    There are an endless number of things to discover about robotics. A lot of it is just too fantastic for people to believe

    Daniel H Wilson

    Technology, including robotics, is constantly evolving, making work more efficient, effective, and reliable. In today’s world, robotics is one of the most advanced technologies being leveraged in various industries, including healthcare, defense, education, and many more. The technology primarily deals with designing, operating, and applications of computer systems used to control and inform processing. Automated machines that are particularly useful in manufacturing items, doing repetitive jobs, and many other things, are also parts of robotic technology.

    Many robotics enthusiasts worldwide are working tirelessly to discover or invent new technologies. They are coming up with new and inventive robotics projects that are having a significant influence on society. The top seven robotics projects for robotics enthusiasts in 2022 are listed below.

    Brain Controlled Robotic Arm

    Mind-controlled robots have long been a staple of science fiction, but new research in brain-computer interfaces (BCIs) has made them a reality. This robotics arm features an inbuilt controller that controls the servo motors and performs the PID algorithm for adjusting the angle of the DC motor. It also includes a communication interface to receive commands over the serial port for altering joint angles.

    Mathworks MATLAB programming language is used to implement forward and inverse kinematics techniques. They run on a companion computer with a serial communications command interface that connects to the embedded controller. The MATLAB code also includes a Graphical User Interface (GUI), which allows the user to manipulate the robotic arm and run the forward and inverse kinematics algorithms from a single screen. In real-time, a 3D simulation/visualization of the robotic arm is displayed in the GUI.

    Solar Panel Cleaning Robot

    As climate change and global warming threaten our planet’s future, finding sustainable solutions to meet our energy needs is becoming increasingly essential. This Solar Panel Cleaning Robot intends to preserve solar power production efficiency by ensuring that solar panels are kept clean without endangering humans.

    This robot comes with a roller brush and a water sprayer to clean the panels’ surfaces of dirt and grime. Water is supplied to the sprayer through an onboard tank. This robot can stick to the smooth surface of solar panels thanks to the rubber caterpillar tracks. This robot works remotely and wirelessly.

    Namaste Greeting Robot

    “Namaste Greeting robot,” a fun project with the concept of controlling various servo motors with an Arduino Uno board, is introduced. The robot rotates its head 180 degrees and uses an ultrasonic module to scan anyone within its range. If it sees someone close, it greets them with ‘namaste,’ which is the traditional Indian greeting of both palms pressing together. The robot can be used to greet and attract people in places like offices, retail malls, parks, and party halls.

    Robocar with Wireless Steering

    The accelerometer detects the steering movement of the Robocar. An Arduino Uno board processes the data from the accelerometer, and the RF transmitter transmits the corresponding commands to control the robot. The robot receives the commands, and the MCU part controls the motors in accordance with the commands. Obstacle detectors detect any item on the road and alert the microcontroller, which causes forward motion to be halted.

    Line Follower Robot

    The Line Follower Robot simply follows a path given by a line of a specific width (typically a black line on a light-colored surface). The essential components of this circuit are two 8051 microcontrollers, two IR sensors, motors, and a motor driver IC (embedded in a module). The outputs of the two sensors determine the robotics’ motion direction. The robot travels forward when the two sensors are on the path’s line. The robot travels to the right if the left sensor moves away from the line.

    RFID Warehouse Robot

    The project is aimed to build an autonomous robot with an RFID application by integrating an RFID reader and PIC microcontroller as the main components. By reading the products’ tags, the robot can identify them. The robot will pick up the object and use a line follower module to navigate to the specified destination, where it will be stored in the proper area and location.

    Soccer Robots

    We will end this article with another entertainment project named Soccer robots. The soccer robot can move in all directions thanks to an accelerometer on an Android phone. The phone’s speed is controlled by the angle at which it rotates. Shaking the phone also causes the robot to kick a ball. The Arduino UNO board is at the heart of the circuit, and a servo motor, Bluetooth module JY MCU BT, motor driver, and two DC motors are among the other components.

    Keep looking at the space for more interesting insights into the world of robotics.

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