Recent released report on "Robot Operating System Market - Global Industry Analysis, Size, Share, Growth, Trends, and Forecast 2017 - 2025"

Albany, NY -- (SBWire) -- 05/24/2018 --The development and deployment of robotics is a highly complicated process, which is prone to various errors and challenges, while being time consuming. These challenges are addressed by robot operating systems (or ROS). ROS is essentially an open source system software developed for robotics. It comprises of tools, software libraries and run-time environment dedicated to reduce the requirement of development of advanced robotics applications. We can consider ROS as a set of tools that provide functionality to a heterogeneous cluster of computers. While the resource is not limited to use with robots only, a vast majority of the tools focus on peripheral hardware.

Robot operating system is now considered to be a standard technology amongst users of robotics, and is anticipated to emerge as the most preferred and utilized service by robotics engineers. ROS is rapidly gaining traction in several industries, with rise in the number of automation products and commercial robots. According to an analyst from Transparency Market Research (TMR), "Commercially available software and hardware modules should be seamlessly integrated in research work and they must not cost a lot. With the help of ROS, the level of complexity in software development involved in robotics projects can be reduced drastically. ROS increases the speed of software development and helps to redistribute as it included integrated framework and toolsets for robotics development. These factors help researchers and developers to adopt robot operating system (ROS) into their robotics research and innovation," as quoted.

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Listed below are some of the key reasons why the world is turning to robot operating systems:

1. Offers Modularity

With the ease of being connected to different systems via a distributed system, the crash of a single system does not affect other systems. Thus, this ensures that with ROS, your robot can continue working even if one of its arm motors and a sensor has died. ROS provides modularity by providing a way to connect different process networks or nodes with a central hub.

2. Concurrent Resource Management

A large robotics system is bound to comprise of a multithreading system. ROS ensures that the multi-threaded device is equipped with the capability to handle concurrent requests. The entire process gets simplified by efficient subscription and publishing of messages and requests.

3. Platform Independent

Being open source makes is bound to provide immense growth opportunities to the global robot operating system market, as your project can get extended support from different minds and abilities. The platform is thus simple to learn and implement, making it popular among the academia and researchers.

The swift pace of industrialization and the mushrooming focus on research and development of products are pivotal factors promoting the growth of the global robot operating system market. The reduction in time required for product development is providing a heavy impetus to the emergence of the global ROS market, as commercial robots are gaining acceptance in industrial applications.

According to TMR's report, some of the key players operating in the global robot operating system market are OmromAdept Technology, Inc., Stanley Innovation, iRobot Technologies, ABB Group, and KUKA AG.