In this the call for proposals Vinnova has a particular focus on the pioneering technologies synthetic biology, quantum technology, immersive technology, blockchains and artificial intelligence (AI). Linked to the selected techniques, the project must, for example, investigate how regulation can be developed in an appropriate manner or how a certain regulation or permit process could look like.
The project can also be about finding out how current regulations work in relation to designated technology areas.
The initiative also welcomes initiatives with a focus on technology's societal consequences, such as the impact on employers, employees and the work environment.
Examples of instruments covered:
- Regulations at EU level.
- National laws and regulations.
- Municipal and regional regulations.
- Permit processes.
- Industries' own voluntary policies, for example codes of conduct.
The call's designated technology areas
Vinnova works with many different ground-breaking technologies. In this the call for proposals we have chosen to focus on:
Synthetic Biology
Synthetic biology is a scientific field that combines engineering and biology and aims to develop new biological systems and add new properties to living cells. The area is applied to everything from new foods to medical applications.
Quantum technology
Quantum technology has potential to benefit society and almost every industry. Some of the most promising application areas are health and life science, energy, finance, cyber security and energy efficiency improvements. These areas can benefit from the exponential increase in computing power and secure communication capabilities that quantum technology enables.
In healthcare and life sciences, quantum technology can play a revolutionary role in the development of precision medicine and precision health. Applications such as quantum microscopy, quantum spectroscopy and quantum computing can improve disease prediction, prevention, diagnosis and treatment.
Immersive technology
Immersive technology, in English also known as extended reality, includes for example "virtual reality", "augmented reality" and "mixed reality". Immersive technology creates an immersive experience by, for example, combining digital and physical worlds. It gives the user the opportunity to interact with and experience a simulated environment. The technology can be used in a variety of fields, such as education and design. It can also provide access to information needed in a certain work situation, such as instructions or manuals.
Blockchains
A blockchain is a distributed (decentralized) database, that is, a database that is stored in many copies - one on each node (computer) in a so-called peer-to-peer network. The many copies and a sequence of so-called cryptographic hash functions make it difficult or impossible to subsequently manipulate the database's change history. Every event in the database, every database transaction, is stored by adding a so-called block to the database, and a sequence of blocks is therefore called a blockchain.
The most common application area is cryptocurrencies, where the database stores when electronic currency changes hands. Blockchains are also used to register ownership of securities, and to ensure that electronic ledgers, logbooks or journals, are not manipulated afterwards.
Artificial Intelligence (AI)
AI is the ability of a machine to display human-like traits such as reasoning, learning, planning and creativity. AI enables technical systems to perceive their surroundings, manage what they perceive and solve problems, with aim of achieving a specific objective. The computer receives information, already prepared or collected through its own sensors, for example via a camera. It processes the information and responds. AI systems are capable of adapting their behavior to a certain degree, by analyzing the effects of previous actions, and of working autonomously.
AI can be used for a huge number of applications in all sectors of society, from identifying cancer cells to streamlining administrative tasks.
Activities for which funding can be applied for
In this the call for proposals Vinnova offers an opportunity to investigate and experiment with how regulation and permit processes can be designed to meet developments in the designated technology areas.
The projects can focus on different phases of the policy development process:
- Clarify applicable regulations and instruments
Pre-studies, trials or construction of efforts aimed at clarifying, providing a coordinated picture of, or interpreting current regulations to support development in the designated technology areas. - Anticipate need for controls
Efforts to anticipate the need for regulation in one or more of the designated technology areas. - Adaptation and design of control means
Feasibility studies on how rules, other control instruments or permit processes can and should be adapted or designed so that society can safely and with a high rate of innovation use the technology areas designated in the call for proposals. - Tests of new controls
Tests or experiments using prototypes of new or adapted control instruments such as laws, regulations, public advice, taxes, certification or industry standards.
Eligible costs
Our funding takes place through funding. Funding for organizations that carry out economic activities is covered by rules on state support. The rules govern, among other things, which types of costs and what proportion of them may be covered by funding.
The following costs are eligible:
- Personnel costs
- Costs for consultants and licenses and more
- Equipment, land and buildings
- Other direct costs
- Indirect costs
Read more about Vinnova's general terms and conditions
In this call for proposals funding will be granted with support of one of the following support bases:
- Not state aid in accordance with Section 5 of Vinnova's aid scheme.
The public sector, academia, universities and university colleges, research institutes, publicly funded activities and actors from the business world as well as idea-based organizations that participate in their non-economic activities are not covered by the rules on state aid. In this the call for proposals these actors can have their eligible costs financed up to 100 percent. - Research and development projects within the category of experimental development in accordance with Section 9 Vinnova's support scheme and Article 25 GBER. Experimental development may involve prototyping, demonstration, piloting, testing and validation of new or improved products, processes or services in environments that correspond to realistic operating conditions. The primary purpose is to make further technical improvements to the products, processes or services that are not yet fixed.
Read more about support bases and support levels for funding and see the tables here: government support - Feasibility study
Funding may be granted with support pursuant to Article 25 of Commission Regulation (EU) No. 651/2014 (GBER). Support for a feasibility study must refer to evaluation and analysis of the potential of an upcoming R&D project, which aims to support the decision-making process by objectively and rationally revealing the project's strengths and weaknesses, opportunities and risks, and so on, as well as the prospects for the project becoming a success.
Read more about support bases and support levels for funding and see the tables here: government support - Support of minor importance in accordance with Section 3 of Vinnova's support scheme and the de minimis regulation. funding can be granted to companies or other economic activities with support of the European Commission's regulation on support of minor importance, also called negligible support or de minimis support. This basis for support allows funding up to 100 percent of the applicant organization's support-based costs. The maximum permitted support of minor importance is currently EUR 200,000 per recipient over the last three tax years. Organizations seeking support of minor importance must therefore attach a certificate with proposal, which shows that this eligibility requirements is met.
Support bases and support levels for funding as well as information on de minimis support can be found here