Sweden's deeptech companies have great potential to contribute to solving the societal challenges we face today. Deeptech companies' focus on innovative development and application of research-intensive technology can pave the way for Sweden as a leading industrial and innovation nation. Vinnova works to support deeptech companies in several different ways.
Deeptech is a collective term for ground-breaking and research-intensive technology and its application through disruptive innovation. In its use, deeptech can lead to advances that challenge or change the conditions for entire industries, or for segments of the global economy. It includes, among other things, cutting-edge technology in areas such as artificial intelligence (AI), quantum technology, robotics, nanotechnology and biotechnology that make it possible to solve several of today's major global challenges in radically new ways.
- Deeptech is not about single technologies or technology development. Successful deeptech companies are problem-oriented and combine science, engineering, design and entrepreneurship. Deeptech makes it possible to solve several of today's major global challenges in radically new ways, says Josefin van der Meer, national contact person for international cooperation with a focus on deeptech at Vinnova.
Deeptech companies have long development cycles and work close to the cutting edge of research. They are often behind the most ground-breaking ideas with potential to contribute solutions to the major societal challenges of our time. Deeptech companies play an important role for the future economy, competitiveness and labor market.
Deeptech is based on ground-breaking technology, requires intensive research and development with large capital requirements to go from idea to market. The solutions usually involve the development and production of physical products that use a combination of digital and physical technologies.
Deeptech innovations require a lot of capital combined with specialized technical and commercial expertise, even in early development phases. The innovations also have a high technical and commercial risk and great uncertainty. Deeptech companies also need more time to go from research results to market breakthroughs than other technology companies.
Therefore, it is especially important to create the right conditions so that the companies can survive and remain in Sweden and the EU.
In the Accelerate deeptech in Europe report, Vinnova and the Patent and Registration Office (PRV) highlight needs and opportunities to strengthen the deeptech scene in Europe based on the Swedish EU conference "Deep tech entrepreneurship for an innovative, resilient, and competitive internal market" held in 2023 The report focuses on the perspectives of ecosystem development, intangible assets and funding.
Rapporten Förutsättningar for deeptech in Sweden points to several areas of Swedish strength and what needs to be addressed in order for Sweden to benefit from these strengths in the future, in international competition.
Three important points to improve the conditions of deeptech companies:
Deeptech is a collective term for ground-breaking and research-intensive technology and its application through innovative and often revolutionary innovation, sometimes called disruptive innovation. In its use, deeptech can lead to advances that challenge or change the conditions for entire industries, or for segments of the global economy. It includes, among other things, cutting-edge technology in areas such as artificial intelligence (AI), quantum technology, robotics, nanotechnology and biotechnology that make it possible to solve several of today's major global challenges in radically new ways.
- Deeptech is not about single technologies or technology development. Successful deeptech companies are problem-oriented and combine science, engineering, design and entrepreneurship. Deeptech makes it possible to solve several of today's major global challenges in radically new ways, says Josefin van der Meer, national contact person for international cooperation with a focus on deeptech at Vinnova.
Deeptech companies have long development cycles and work close to the cutting edge of research. They are often behind the most ground-breaking ideas with potential to contribute solutions to the major societal challenges of our time. Deeptech companies play an important role for the future economy, competitiveness and labor market.
Deeptech is based on ground-breaking technology, requires intensive research and development with large capital requirements to go from idea to market. The solutions usually involve the development and production of physical products that use a combination of digital and physical technologies.
Deeptech innovations require a lot of capital combined with specialized technical and commercial expertise, even in early development phases. The innovations also have a high technical and commercial risk and great uncertainty. Deeptech companies also need more time to go from research results to market breakthroughs than other technology companies.
Therefore, it is especially important to create the right conditions so that the companies can survive and remain in Sweden and the EU.
In the Accelerate deeptech in Europe report, Vinnova and the Patent and Registration Office (PRV) highlight needs and opportunities to strengthen the deeptech scene in Europe based on the Swedish EU conference "Deep tech entrepreneurship for an innovative, resilient, and competitive internal market" held in 2023 The report focuses on the perspectives of ecosystem development, intangible assets and funding.
Rapporten Förutsättningar for deeptech in Sweden points to several areas of Swedish strength and what needs to be addressed in order for Sweden to benefit from these strengths in future, in international competition.
Three important points to improve the conditions of deeptech companies:
Below you can catch videos that focus on different technologies that are shaping the future.
Ground-breaking technology and deep tech have great potential to help us meet the major social and climate challenges we face by allowing us to think in completely new ways and find new solutions.
Dialogue with trucks wants to create a situation-aware AI agent to increase safety and facilitate the work of truck drivers. The project is financed by Vinnova via the Avancerad Digitalisering programme.
Synthetic biology gives us the ability to tame, reprogram and control the power of nature. It means designing living organisms to produce or consume (almost) anything.
Synthetic biology has enormous potential but it will take a concerted effort and proper investments in research and development of these technologies to make it a reality. The choices we make today will shape the future for generations to come. We hope that you, together with us, want to make it even better.
Do you want to find partners for your project in deeptech and new companies? Vinnova arranges meetings for knowledge sharing and networking. You can participate digitally or physically.
We talk about exciting innovations, funding, events and how your organization can become more innovative.
Below you can catch videos that focus on different technologies that are shaping the future.
Ground-breaking technology and deep tech have great potential to help us meet the major social and climate challenges we face by allowing us to think in completely new ways and find new solutions.
Dialogue with trucks wants to create a situation-aware AI agent to increase safety and facilitate the work of truck drivers. The project is financed by Vinnova via the Avancerad Digitalisering programme.
Synthetic biology gives us the ability to tame, reprogram and control the power of nature. It means designing living organisms to produce or consume (almost) anything.
Synthetic biology has enormous potential but it will take a concerted effort and proper investments in research and development of these technologies to make it a reality. The choices we make today will shape the future for generations to come. We hope that you, together with us, want to make it even better.
Last updated 6 September 2024
