Table of contents
In the world of innovation, the problem is almost never a lack of ideas. The real challenge lies in the ability to take an idea from the laboratory and turn it into something that works in the real world, on a large scale and reliably.
In recent years, Europe has demonstrated an extraordinary ability to produce research of the highest quality. In fields such as robotics, medicine and advanced materials, we have robust technologies, many of which are already operational at the prototype stage. Yet too many of these outstanding innovations never reach the market, or do so only once the window of opportunity has already closed.
The dividing line between prototype and finished product
The crux of the matter remains the same: a technology may perform flawlessly in a controlled environment, but that does not automatically make it a product. There is an intermediate stage – one that is often underestimated – which requires skills that are radically different from those acquired in an academic setting.
Scientific excellence alone is not enough to bridge this gap. What is needed is product engineering, the ability to industrialise processes, strategic management of intellectual property, and a clear understanding of market dynamics. It is a hybrid territory, a ‘no man’s land’ that belongs neither to the university nor to the start-up in the traditional sense. Those working in research and development know full well that revolutionary systems developed in the laboratory require a massive amount of work to ‘bring them down to earth’, simplify them and verify their robustness before they can be used in real-world contexts.
The venture studio as a coordinator of expertise
It is at this critical stage that the venture studio model demonstrates its greatest value, acting as a focal point that brings together all the cross-functional expertise required for the transformation.
The approach does not stem from an abstract concept, but from existing technologies that require industrial and commercial ‘translation’. This means supporting researchers by providing a wide range of expertise: from cutting-edge engineering to in-depth knowledge of international markets, from the ability to define the right business model to the management of operational complexity.
The venture studio acts as an ecosystem enabler: it is able to bring all the key stakeholders – industrial partners, investors and specialist operators – to the table right from the early stages. When these players cooperate, each contributing their own ‘brick’ (production capacity, commercial channels, financial resources or vertical technical expertise), the chances of success increase dramatically, whilst development times and costs are reduced.
The real impact: the Ars Bionica case
A prime example of this collaboration is the work of Ars Bionica. Born out of more than a decade of joint research between the Rehab Technologies Lab at the Italian Institute of Technology (IIT) and INAIL, the company develops next-generation prosthetics.
The underlying science is crystal clear and the social need is evident, but the transition to a product and the market requires a methodical process of integration. Here, the collaboration between the scientific team and the Venture Studio structure enables the transformation of experimental technology into a reliable, scalable solution ready for integration into healthcare settings. In this case, the ‘bridge’ is not merely a link, but a methodical process: the union between scientific vision and a structure capable of orchestrating expertise, partners and capital to transform an idea into a market asset.
The challenge of competitiveness
Industrial competitiveness hinges on the ability to quickly turn knowledge into tangible value. An innovation ecosystem only truly functions when its various components are working on the same problem at the same time, bridging the gap between scientific publication and the shop shelf.
It is not enough simply to fund technology; we need to build the pathway that takes it to market. This is a process that requires a systematic approach, multidisciplinary expertise and genuine collaboration between different stakeholders. It is not an automatic process, but it is essential if research excellence is to translate into economic progress and a real social impact.
Note to the reader: the author is Head of Venture Studio at e-Novia
ALL RIGHTS RESERVED ©