After the first robotic prototype, robotic machines received massive publicity, paving the way for the adoption of robotic machines in industries and workplaces. After a few decades, the robotics revolution – propelled by the advanced and progressive development of computing power and artificial intelligence – has seen the emergence of a new generation of robots programmed with complex reasoning capacity coupled with sensors to offer more features. This has led to its mass acceptance and widespread use in most manufacturing, assembly and IT sectors due to its high economic value. Say no to plagiarism. Get a tailor-made essay on “Why Violent Video Games Should Not Be Banned”? Get an Original Essay Although advances in robotics have made some features adaptable to consumer needs, designs are not entirely suitable for homes. Even after decades of research, the high production cost, low adaptability to certain sectors and low efficiency have hindered its full adaptability and functionality, thus failing to meet daily needs. Limitations of Robotics Many other challenges facing the robotics industry include lack of quality interfaces and abstraction layers for software, lack of equipment, semantics and methods for sharing parts designed in a distributed manner, significant parts of the efforts spent are often implicitly discarded, beautiful robotic applications are slow, exorbitant and difficult to realize, that is, innovation is stifled and, even more so, the slowness of lead times, high minimums and poor interfaces from conventional manufacturers. Explicitly, these problems cause a circular effect that makes the design unduly difficult for others to reuse. and continually wastes resources, results in major redesign efforts for modifications, leads to biased inference in favor of monolithic and non-modular designs, reduces efficiency and effectiveness since there is no common consensus available for that developers work unanimously, lacking semantic links between the different systems. including firmware to electrical engineering and electrical engineering to mechanical, difficulty in finding good suppliers for selected parts, negotiating, verifying documents and building an in-house team with extensive experience, no standards or Handy instruction to capture and record the entire start of the process. information about the end process, inadequate infrastructure and high-level abstractions for robotics programming, lack of open platform and development tools to innovate and build on, limitation of exploratory development, capital funding is not proposed only for large scale or mature projects, low development speed, higher costs, time and effort and much more. Ohmni Robot This robot was designed by members of the Kambria team to accelerate the adoption of robotics at home. With high iteration speed and reusability, it reduces the capital spent on manufacturing and helps bridge the distance between loved ones by ensuring real-time connection and makes video chats feel like real interaction. The innovation was well received and it became a leading innovation. ConceptFor the need to reduce the challenges of the robotics industry and accelerate the development of robotics towards a less costly affair and also encourage rapid adoption,..