11 December 2017
European patent applications related to smart connected objects are rising rapidly, achieving a growth rate of 54% in the last three years, the first European Patent Office (EPO) landscaping study on "Patents and the Fourth Industrial Revolution (4IR)" reveals. Conducted by the EPO in co-operation with Handelsblatt Research Institute, the study examines this profound technology trend that is now being observed across a whole range of technical fields.
Using state-of-the-art patent information tools and drawing on the expertise of its patent examiners, the EPO identified over 48 000 patent applications filed until the end of 2016 and relating to three relevant technology sectors of 4IR: Firstly the core technologies in the ICT field that make it possible to create connected objects; secondly, the enabling technologies that complement core technologies, such as Artificial intelligence (AI) and User interfaces; and thirdly, application domains of these technologies, such as Vehicles, Enterprise and Home.
"During the last World Economic Forum in Davos, a particular focus was put on mapping trends in artificial intelligence technologies. In this regard, patent information is helping us obtain a better understanding of a subject that is currently capturing the imagination of business leaders, industry and the wider public," said EPO President Benoît Battistelli.
Looking at all European patent applications related to smart objects up to 2016, the study finds that numbers began to rise steeply in the mid-1990s in all three 4IR sectors. More than 5 000 patent applications for inventions relating to autonomous objects were filed at the EPO in 2016 alone and in the last three years, the rate of growth for 4IR patent applications was 54%. This far outpaces the overall growth of patent applications in the last three years of 7.65%.
Presenting the main trends, the study discusses the continued integration of the different technologies into a variety of new market applications. The majority of the inventions filed concern new applications domains (e.g. Personal, Enterprise, Vehicles) and inventions related to core technologies (Connectivity, Hardware and Software). However, the fastest growth rates are observed in enabling technologies such as 3D systems, Artificial intelligence or Power supply.
The study also contains four case studies, two of which are dedicated to selected 4IR technologies (additive manufacturing and smart sensors) and two to specific application fields (smart manufacturing and smart health).
The study sets out both the leading patent applicants involved in 4IR and the regions of origin of the patent applications for 4IR inventions filed with the EPO. It highlights that in 2016, Europe, the USA and Japan were the main innovation centres. However, the findings also demonstrate that inventions coming from the Republic of Korea and the People's Republic of China have been increasing at a faster rate in recent years. 4IR patent applications from these two countries are highly concentrated among a few large ICT companies.
In Europe, Germany and France are foremost in 4IR innovation. Germany stands out in the application domains of Vehicles, Infrastructure and Manufacturing, while France leads in enabling technologies such as Artificial intelligence, Security, User interfaces and 3D systems. In terms of regions, the greater Paris area (Île-de-France) and the greater Munich area (Oberbayern) are the leading European locations in 4IR technologies.
A further finding is that 25 companies, most of them located in Asia, accounted for about half of all 4IR patent applications filed with the EPO between 2011 and 2016. The study shows that innovation in core technologies is mainly led by a limited number of large companies focused on information and communication technology (ICT), while inventions in enabling technologies and application domains are less concentrated, and the top applicants in these sectors originate from a larger variety of industries.