Innovation in Internet of Things

Abstract

The construction industry is undergoing a significant change driven by the emergence of new technologies. Digitalization is transforming the sector with the Internet of Things (IoT) being one of its core enablers. As a leading multinational organization that provides cutting-edge tools, technologies, software and services for the global construction sector, Hilti is responding to this change by shifting from a product-oriented focus to become a more solution-oriented company. One essential factor of this transition is the adoption of the IoT technology to provide new solutions to address the customers’ needs in the digital future. Thus, Hilti needs to identify and seize opportunities in the field of IoT. The purpose of this graduation thesis is to enable Hilti to identify new ideas in the area of IoT and protect them with intellectual property rights to enable long-term differentiation. A good overview of the IoT patent landscape will provide clarity to spot new business opportunities systematically. The project aims at developing an innovation process that captures ideas from within the company. A qualitative user research was conducted uncovering several pain points in the current process. The loss of ideas and the lack of quality of ideas were found to be the biggest challenges that are hindering innovation from happening. The findings were contrasted with literature, which pointed out the importance of the development of an abstract idea to become more concrete, in order to derive value from or protect it.
In an iterative process, a solution was developed that addresses the identified pain points. The outcome is a combination of a sequential and iterative innovation process structured into four phases, including ideation, collection, assessment and protection of ideas. The basic concept of the process is the validation of assumptions, for which a tool was developed that facilitates this and acts as the main touchpoint throughout the process. The process is visualized in a process blueprint providing detailed information about the different components and interactions. An implementation plan was developed, giving suggestions for the next steps to be taken to operationalize the process.
The project provides a feasible solution for Hilti to identify and protect new ideas in the area of IoT. For the implementation, it is recommended to give much attention to the guidance and training throughout the process to ensure its correct use.