Robotic software platforms are software packages that are used to program various kinds of robotic devices. They provide various kinds of services such as unified programming environment, unified service execution environment, and a set of reusable components designed to work in a debugging environment.
The global robotic software platforms market will reach 9.84 billion USD by 2025 from 7.21 billion USD in 2018 with a CAGR of 4.54% during the period
The report provides global overview of the Robotic Software Platforms market and its various dimensions. Trough the course, it addresses the potential aspects affecting the market scenario. It thus provides the specific figures regarding the key perspectives of the market, be it about the growth rate or financial aspects. It thus analyses the market scenario in between the period 2020 and 2025. Upon taking broader analysis of the report, the different prospects of the market from future point of views have been analysed.
The Orocos Project
Growth by Region
Asia Pacific will grow with highest CAGR during the forecast period as manufacturers are adopting robots in their plants to increase productivity. North America holds largest share and will continue to lead during the forecast period as well, due to adoption of advanced technologies.
Drivers vs Constraints
The high demand of robots in various industries which help to lower labor costs and increase the productivity is the major factor for the growth of the market. The increasing demand of service robots in medical sector which are used to perform sensitive therapies and surgeries. This demand will in turn increase the adoption of robotic software platforms. On contrary, cyber-attacks on the data used by the robots may restrain the growth of the market.
Method of Research
The data was collected by identifying the audience and then employing primary methods such as questionnaires, focus groups and interviews. Furthermore, secondary methods, such as data collection through financial and other statistical reports were also utilized.
The method of analysis employed in this report was qualitative and quantitative analysis. The statistical data was analyzed through quantitative methods. Whereas, the data from the interviews and focus groups was analyzed using qualitative analysis. The inferences drawn were implemented in the frameworks such as PESTEL analysis, Porter’s Five Forces and SWOT analysis. The results drawn from these frameworks were used to dictate the future trends of the Robotic Software Platforms industry.
Industry Structure and Updates
In 2017, IBM launched an IBM Watson-based service platform which is expected to supplement human intelligence to offer the cognitive technology that helps user to increase the productivity.
Europe plans to invest 2.8 billion USD in the European Commission’s robotics research and innovation program
Table of Content
1. Research Methodology
2. Executive Summary
3. Market Overview
3.2. Industry Value Chain Analysis
3.3. Porter’s 5 Forces
4. Market Dynamics
5. Global Robotic Software Platforms Market Segmentation, Forecasts and Trends – by Vendor
5.2. Third party
6. Global Robotic Software Platforms Market Segmentation, Forecasts and Trends – by Industry
6.5. Food & Beverages
7. Global Robotic Software Platforms Market Segmentation, Forecasts and Trends – by Region
7.1. North America
7.3. Asia Pacific
7.4. South America
7.5. Middle East and Africa
8. Competitive Intelligence
8.1. Company Market Share Analysis
8.2. Industry M&As, Consolidations
9. Company Profiles
10. Investment Opportunities
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