Robots have fascinated us for generations. The idea that we might be able to create and control machines that are smarter, faster, and more resilient than humans has proven irresistible. Futurists have long predicted a world in which robots perform dull, dangerous, or dirty tasks so humans can focus their energies elsewhere.MasterRobots_BIIBII




Three major trends have made consumer robot development possible on a significant scale:

  • Artificial intelligence and navigation systems have advanced enough to allow for the development of autonomous or semi-autonomous robots that are able to perform tasks on our behalf without constant supervision. 
  • The ubiquity of the internet and the rise of hand-held computing gadgets is another important factor. Mass-market consumer and business robots will be controlled by mobile hardware and software: they’ll be programmed and directed by mobile apps, and receive software upgrades through the cloud. Robotic devices will be able to outsource many computing tasks to companion devices, such as smartphones and tablets. 
  • The rise of assistive intelligence is the driving force behind some of the most interesting and commercially promising cutting-edge mobile services. Apps like Google Now and Apple’s Siri are meant to understand and even predict our individual informational and online needs. Robots are the physical counterpart to these digital concierges. They incorporate some of the same problem-solving skills expressed in digital assistant-type apps, but also help us solve problems in the physical world: vacuuming dirty kitchen floors, cleaning our gutters, entertaining our children.


Here are some of the most important takeaways from the report:

  • The consumer/office robot market is currently led by three distinct categories: home cleaning and maintenance, “telepresence” (i.e., telecommuting to events or remote offices), and advanced robots for home entertainment.Other applications, such as robots that assist people with handicaps, are still nascent. 
  •  The ubiquity of smartphones and tablets has made it easier to develop robots for consumer and office applications. Mobile devices offer designers the opportunity to "outsource" computing and user interface tasks to companion devices, allowing developers to produce app-controlled robots at more accessible price points. 
  • Would-be robot vendors face some major obstacles: one is the well-studied revulsion that most people feel toward robots that are too humanoid in appearance, and another is the high price demanded for key technologies that power robot mobility and object manipulation. There is also a brewing potential for the kinds of intellectual property battles we’ve seen in the smartphone space. 






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