The Innoagents Network strengthens its role as a driver of knowledge transfer with institutional support for its expansion

València, April 7, 2025 – The first Annual Meeting of the Innoagents Network, held at the Palacio de Comunicaciones in València, brought together nearly 200 innovation specialists to highlight the key role of this technical personnel in connecting the scientific-technological ecosystem with the productive fabric of the Valencian Region.

Throughout the event, the achievements of the Innoagents during 2024 were showcased: a year in which they helped mobilize nearly 960 innovation projects with a total estimated budget of around 195 million euros. These agents, deployed across universities, technology centers, business associations, and research entities, carried out more than 3,500 actions aimed at identifying business needs, initiating collaborative projects, and facilitating effective knowledge transfer.

In this context, the Regional Minister for Innovation, Industry, Trade and Tourism, Marián Cano, announced a new funding line that will allow the incorporation in 2025 of a new figure: the proximity innovation agents. With a budget of 1.2 million euros, this initiative aims to boost innovation in industrial areas and rural zones through a closer and more contextualized approach.

“The creation of this new proximity figure reflects the Regional Government’s commitment to the growth and consolidation of the network,” stated Cano. “We want to leverage the deep knowledge that these entities have of the real needs of the territory to promote R&D&I projects with direct impact on the competitiveness and sustainability of our companies.”

Currently, the Innoagents Network includes 55 specialists distributed across 16 business groups, 2 technology institutes, 5 health research centers, 7 universities, and 3 CSIC centers. Their mission is focused on actively listening to both business and research environments, identifying collaboration opportunities, and supporting project feasibility through technical advice and funding guidance.

The event also featured remarks by Juan José Cortés, Director General for Innovation, who emphasized that the network is not only economically profitable, but also accelerating the transformation of traditional sectors such as textiles, agri-food, and footwear, while promoting new strategic areas such as biotechnology, health, and photonics.

The meeting included roundtable discussions with companies and collaborating entities, which shared successful case studies developed in cooperation with the Innoagents, and discussed their role in driving key tools such as Innovative Public Procurement.

Additionally, a continuous training plan was presented for the agents, including bi-monthly workshops, best-practice exchanges, and joint sessions with companies to strengthen the network and maximize its impact.

This first Annual Meeting marks a new milestone for the Innoagents Network, which aims not only to continue growing but to firmly establish itself as an essential instrument for bridging the gap between science and business, fostering more inclusive, territorial, and strategic innovation.

Artemisa, the Artificial Intelligence Infrastructure at IFIC, Receives Over 1 Million Euros in Funding to Double Its Current Computing Capacity

Source: IFIC News

 

The artificial intelligence infrastructure Artemisa, installed at the Institute for Corpuscular Physics (IFIC), a joint center of the Spanish National Research Council (CSIC) and the University of Valencia, has been awarded funding for the acquisition of scientific and technical equipment under the State Subprogram for Infrastructure and Scientific-Technical Equipment. This grant, co-financed by the Ministry of Science and Universities, CSIC, and IFIC, is part of the State Program for Promoting Scientific-Technical Research and Its Transfer, which aims to strengthen research capacity in centers and foster the development of advanced technologies.

Thanks to this grant, Artemisa will expand its advanced computing and data processing capabilities, establishing itself as a reference in the field of artificial intelligence (AI) and machine learning applied to particle physics and other scientific disciplines. In particular, the investment will enable the acquisition of new servers with next-generation Graphics Processing Units (GPUs), as well as improvements in data storage and connectivity infrastructure. The obtained funding (€1.2M) will allow Artemisa to double its current computing capacity.

This enhancement of Artemisa’s equipment will contribute to the execution of high-impact scientific projects, facilitating data analysis in high-energy physics experiments, the development of AI models for medical research, and the study of advanced computational simulation techniques. Additionally, the improved infrastructure will encourage collaboration with other national research centers, boosting knowledge transfer and the application of AI across multiple disciplines.

“The awarding of this grant highlights the commitment of IFIC and the scientific community to the development of cutting-edge infrastructures, essential for advancing research in Spain and strengthening its position internationally,” says José Enrique García, IFIC researcher and head of Artemisa.

About the Infrastructure:

The Artemisa infrastructure was created to meet the growing need for a dedicated AI infrastructure within the Institute for Corpuscular Physics (IFIC). Although initially reserved for internal use, by 2021 the increasing academic demand for such infrastructures led to its expansion, making it available for a wide range of studies and research centers. More recently, as a fully consolidated infrastructure, its use has been extended to companies (SMEs) through the European “Digital Innovation Hub” (InnDIH) program.

Artemisa currently hosts 23 servers equipped with NVIDIA GPU Volta V100 processors, 11 servers featuring a NVIDIA Ampere A100 GPU, and a server with 8 GPUs of the same model. These servers are specifically designed for AI-related computations. In addition to these batch-processing servers, two interactive user interfaces are available for preliminary testing of programs. Furthermore, Artemisa features a state-of-the-art storage system and high-performance CPUs.