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Cloud robotics, the term, was coined by James Kuffner in 2010. The concept of "cloud robots", as the name suggests, stands for a merger of robotics and cloud computing. This merger aims at enabling "extending and shared brain" in robots. The idea is to equip robots to use the extended brain, establishing a common database to gather and organize information about the existing immediate environment, and robotic skills and behavior.
It is crucial to understand the RoboEarth project as it marks the inception of cloud robotics. The RoboEarth project was an EU-project (2010-2014), which aimed at creating an "internet for robots" so that the robots can rollick in a shared, common knowledge base and an extended brain.
Rapyuta is a robotics solution development platform that holds a long decade of experience in cloud robotics. It functions to build solutions with cloud robotics to stretch the dimensions of cloud robotics and make it broader.
The picture of cloud robotics goes beyond just the brain. A brain, may it be of a human, an animal, or a machine, needs a body. The proper synchronization of a brain and a body will allow the composition of sensors to understand the environment.
In this context, it is important to understand the "people and processes over technology" approach. The ultimate goal of merging cloud computing and robotics is to make robots easily accessible to people. The technological needs keep varying for different people. Here enters the "looking beyond the robot brain" approach to enhance more flexibility in customizing cloud robots that suit the needs and expectations of people.
However, this approach, in no way, tends to dispute the benefits of connecting cloud computing and robots. The belief is still deep-rooted in the extended and shared brain.
Rapyuta cites the possible existing problems that prevent cloud robotics and robotics on a whole from entering into the mainstream.
Robotics often intimidates the ones who are not well equipped with the technical know-how. They tend to circumvent the adoption of complications of robotics.
A much-needed fact check is that robots are designed for a very specific purpose. This often makes robots inflexible to the environment.
Most robotics solutions provide only on-site physical access in an operational and scaling challenge.
In the modern age, when robots are gradually rising in dominance, cloud robotics companies and laboratories aim to enhance the elasticity in cloud robotics that can meet the convenience of the end-users. The primary aim is to make robots ubiquitous to the extent that people can access them using internet browsers as well.
