Humanoid Robot: The Rise of Human like robots and Their Impact on Business

 

Humanoid Robot

What are Humanoid Robot?


Human like robots are those robots that resemble human body shapes with human abilities of walking, talking and doing regular human tasks. These robots have a head, two arms, two legs and a torso like humans. Human like robot designs aim at achieving human-level dexterity to perform useful tasks in daily life. Some key characteristics of human like robots include having hands with opposable thumbs, the ability to walk on two legs, and face and expressions to interact with humans.

Applications of Humanoid Robot in Various Industries


With advancement in artificial intelligence and robotics technology, human like robots are finding applications across many industries to assist humans. Some key applications are:

Elderly Care: Humanoid Robot are making elderly care more efficient and personalized. Robots like Pepper and Buddy are used in nursing homes to provide companionship, help patients take their medicines on time, remind them of appointments and play games with them. This reduces the workload of nurses and caregivers.

Retail: Robot assistants like Anthropic's Claire are being used in stores to welcome customers, provide product information and recommendations, answer questions and help process payments. This enhances customer service and shopping experience. Robots can work 24/7 and don't require breaks, reducing costs for retailers.

Manufacturing: Industrial robot arms have been used on factory floors for decades. Now, companies are developing human like robots that can perform complex manual jobs like installing components, packaging, handling items on conveyor belts etc. This improves productivity, quality and reduces risks to human workers in hazardous environments.

Education: Startups are designing robots for classrooms to make learning more engaging and personalized for students. Robots like Orticia teach coding, maths, dance and foreign languages to young kids through interactive games and activities. This exposes children to STEM fields from a young age.

Services: With advancements in mobility, sensors and AI, human like robots are being trained to perform services like delivery, security, conservation and cleaning. Robots are now employed as hotel assistants, mail couriers, scrubbing floors and more. This optimizes costs and time spent on manual jobs.

Challenges in Adopting Human like robots


While human like robots offer immense possibilities, there are also technological and adoption challenges that need to be addressed:

Lack of dexterity: Despite progress, robots are still not as dexterous as humans. Tasks requiring fine motor skills, adaptability and frequent environment changes are difficult for robots.

Expensive technologies: Designing robots that can walk, talk and mimic human abilities requires advanced hardware, software and sensors. All of this makes human like robots quite expensive to develop and purchase currently.

Limited battery life: Powering complex mobility, computing and interaction capabilities drains a robot's battery quickly. Improving battery life and onboard charging becomes critical for widespread adoption.

Software and safety issues: Developing intuitive human-robot interaction software and ensuring safety in unstructured, dynamic environments remains a challenge for researchers and companies.

Job displacement concerns: As robots replace human jobs in some functions, it can negatively impact employment. Governments and companies will need policies around re-skilling and new job creation.

Given these challenges, researchers are working on making human like robots cheaper, safer, smarter and more energy efficient for real-world use cases. While fully human-level robots may still be far, focused progress is helping bring the benefits of emerging technologies to businesses sooner. Overall, human like robots hold immense potential to transform various industries if technological and adoption hurdles are addressed systematically.

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