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Women TechEU 2 EIC - Eligibility Strand (Weekly Cut-Offs)
The Women TechEU 2 EIC open call includes an Eligibility Strand as the first stage of a two-step application process to identify eligible applicants. There are weekly cut-offs every Tuesday at 17:00 Brussels time, the first is on 30 June 2026; the last, on 15 June 2027. It targets women-led early-stage deep tech startups and verifies compliance with defined criteria before invitation to submit a full proposal. Selected startups may later receive financial support and a tailored business development programme. TYPE OF PROJECTS TO BE FUNDED: Early-stage deep tech startup activities involving technology-based innovation grounded in scientific or engineering advances, positioned between TRL 4 and TRL 6, and not yet reaching a high-fidelity Minimum Viable Product. SECTORS / DOMAIN: Deep tech sectors including advanced digital technologies, AI, biotechnology, energy, advanced materials, robotics, quantum technologies, space and related fields. INDIVIDUAL OR CONSORTIUM: Individual applicants only (single startups). Consortia are not specified in the call guidelines. SPECIFIC ELIGIBILITY REQUIREMENTS: Applicants must be women-led SMEs established in EU Member States or Horizon Europe associated countries; registered between 6 months and 5 years; have raised less than €1 million in equity; operate in deep tech; have a woman founder or co-founder in a top management role; and have at least 25% female ownership. SPECIFIC TOPICS OR CHALLENGES: Open to all deep tech fields, provided they
European Film sales agent
Objective:Expected results:-Improvement in the trans-national distribution of recent non-national European films.-Increase in the investment in the production, acquisition, promotion, theatrical and online distribution of non-national European films.-Develop links between the production and distribution sector thus improving the competitive position of non-national European films.Description of the activities:There are two phases for the funded activities:1. The generation of a potential fund which will be attributed according to the performance of the company on markets in countries participating in the Media programme as well as in other geographical markets.2. The implementation of the action - the potential fund thus generated by each company must be reinvested in:-minimum guarantees or advances paid for the international sales rights on eligible non-national European films;-the promotion, marketing and advertising on the market of eligible non-national European films.
Digital solutions for autonomy for space transportation systems, design and simulation tools - Digital enablers and building blocks (Space Partnership)
Expected Outcome:The topic encompasses actions within the scope of the co-programmed European Partnership on Globally Competitive Space Systems (‘Space Partnership’) in the areas of satellite communication (SatCom), Earth Observation (EO) and New Commercial Space Transportation Solutions and is part of cohesive activities in the domain of digital developments under the grand heading of “digitalisation for commercial space solutions”.Under the area of Access to Space related to New Space Transportation Solutions, this topic focusses on the maturation of disruptive/game changing digital technologies[1] required to strengthen competitiveness in this domain.Project results are expected to contribute to one or several of the following expected outcomes:Improved space transportation systems and launcher sustainability, reduced costs and operational constraints as well as enhanced system monitoring and autonomy;Innovative technologies for New Space Transportation Solutions, including addressing software and digital tools. This will contribute to developing, deploying global space-based services applications and data and contribute to fostering the EU's space sector competitiveness and sustainability, as stated in the expected impact of this destination.Scope:To tackle the above-mentioned expected outcomes, R&I is expected to address the maturation of disruptive/game changing digital technologies required to strengthen competitiveness in this domain and sustainability by assessing th
Digital enablers and building blocks for collaborative Earth Observation and Satellite telecommunications for Space solutions (Space Partnership)
Expected Outcome:The topic encompasses actions within the scope of the co-programmed European Partnership on Globally Competitive Space Systems (‘Space Partnership’) in the areas of satellite communication (SatCom), Earth Observation (EO) and New Commercial Space Transportation Solutions and is part of cohesive activities in the domain of digital developments under the grand heading of “digitalisation for commercial space solutions”.Digitalisation is a major enabler for enhancing the value of an End-to-End EO and SatCom system. Under the area of Using Space on Earth related to SatCom and EO, below this topic focusses on the Low to Mid TRL level developments of key technologies[1] required to strengthen competitiveness in these domains with a dedicated focus on synergies between Earth observation and Satellite telecommunication technologies.Projects are expected to contribute to one or several of the following outcomes:Next generation Earth observation and SatCom payloads, technologies and processing means (on ground and in space);Security of SatCom and EO services, supporting next-generation technologies for both ground and space commercial applications. This will contribute to developing, deploying global, more flexible and reactive space-based services applications, to contribute to fostering the EU's space sector competitiveness, as stated in the expected impact of this destination.Scope:The areas of R&I, which needs to be addressed to tackle the above-mentioned expected o
Preparing demonstration missions for collaborative Earth Observation and Satellite telecommunication for Space solutions (Space Partnership)
Expected Outcome:The topic encompasses actions within the scope of the co-programmed European Partnership on Globally Competitive Space Systems (‘Space Partnership’) in the areas of satellite communication (SatCom), Earth Observation (EO) and New Commercial Space Transportation Solutions and is part of cohesive activities in the domain of digital developments under the grand heading of “digitalisation for commercial space solutions”.Digitalisation is a major enabler for enhancing the value of an End-to-End EO and SatCom system. Under the area of Using Space on Earth related to SatCom and EO, below this topic focusses on the Mid to High TRL level developments of key technologies[1] required to strengthen competitiveness in these domains, contributing to the preparation of EO and SatCom demonstration missions.Projects are expected to contribute to one or several of the following outcomes:Favouring a competitive and sustainable European Space Sector;Enable the European Space Industry to maintain a significant share of the global connectivity market;Advanced Earth observation and SatCom payloads, technologies and processing means (on ground and in space);Advanced EO and SatCom fostering AI across space system;Enhanced security of SatCom and EO services, supporting advanced technologies for both ground and space commercial applications;End-to-end demonstrator for collaborative Earth Observation and Satellite telecommunication for Space solutions. This will contribute to developing
Quantum Space Gravimetry topic
Expected Outcome:Projects are expected to contribute to the following outcomes:Support the EU space policy by fostering the development of groundbreaking space technology and support the Quantum Europe Strategy.Enhance the technological maturation of the critical components necessary to perform quantum space gravimetry.Foster the technological leadership and non-dependence of the EU in the field of quantum gravimetry from space and promote the EU’s competitiveness in quantum technologies. This action aims at supporting the maturation, development and/or implementation of quantum gravimetry technology for space. Monitoring the Earth gravity field provides key information and data on Earth mass movements. This type of data is of utmost importance for Earth science and used in many areas, for example to monitor ice sheet changes, floods or droughts, volcanic activities and earthquakes. The community of users for such data spans from climate scientists to geophysicists and relies on quality and precise data. Monitoring the Earth gravity field from space provides a global scale to the user community and fosters the development of models and understanding of the Earth as an integrated and global system. Space gravimetry data provided up to now (or planned in the near future) is using an underlying technology based on electrostatic accelerometers, which has reached its limits in terms of performance. Accelerometers based on quantum technology may offer enhanced performances in terms
ISOS4I Pilot Mission Integrated Ground Test and consolidation of space-compatible USI solutions
Expected Outcome:The strategic objective of this topic is to develop capabilities to ‘Act in Space’ through demonstrating in space a pilot mission by 2030 related to ISOS. The envisaged ISOS pilot mission shall provide the necessary seed components for a future service infrastructure, available to the European in-space ecosystem (including the EU assets), driving the generation of a new in-space economy, providing enhanced in-orbit technology demonstration and maximising EU technology non-dependence.This pilot mission will largely contribute to ensure EU’s freedom of action in space, increase the resilience and protection of EU assets in space and foster the development of the new in-space economy. A pioneering and a novel mission concept, which is unique compared to other initiatives among all space-faring nations is envisaged. The mission will build on previous R&I with an operational mission concept, focusing on application and service demonstration, with a concrete view to commercial and governmental usage. The detailed mission concept has been derived in close coordination with EU Member States and EEA countries through a dedicated Pilot Mission Advisory Group (PMAG).This topic addresses the validation of the developed ISOS4I mission components in an integrated ground test. The setup will integrate all mission components in a suitable test environment, including necessary simulation and control of the engineering/qualification models. Furthermore, the topic will address
Space critical EEE components for EU non-dependence
Expected Outcome:Project results are expected to contribute to all of the following expected outcomes:Reinforcing EU strategic autonomy by reducing non-EU dependencies on critical space EEE components and related technologies across their entire supply chain;Providing unrestricted access to critical space EEE components and related technologies relevant for EU space missions;Developing or regaining capacity to operate independently in space by developing resilient space EEE components and related technologies supply chains, relying on EU supply chains and/or trustable and reliable supply chains not affected by non-EU export restrictions;Enhancing competitiveness by developing products and capabilities reaching equivalent or superior performance level than those from outside the EU and compete at worldwide level;Opening new opportunities for manufacturers by reducing dependency on non-EU export restricted technologies. Scope:Unrestricted access to state-of-art space EEE components and related technologies is a pre-requisite for the EU space industry responding to EU space missions. However, especially for some families of components, the available solutions in EU do not meet the current high-performance space requirements. Currently, alternative products sourced from outside EU, are either affected by non-EU export control, that limits its use, or present challenges in terms of trustable supply chains for the implementation of EU space missions with a security dimension.Within
Space critical equipment for EU non-dependence
Expected Outcome:Project results are expected to contribute to all of the following expected outcomes:Reinforcing EU strategic autonomy by reducing non-EU dependencies on critical space equipment and related technologies across their entire supply chain;Providing unrestricted access to critical space equipment and related technologies relevant for EU space missions;Developing or regaining capacity to operate independently in space by developing resilient critical space equipment and related technologies supply chains, relying on EU supply chains and/or trustable and reliable supply chains not affected by non-EU export restrictions;Enhancing competitiveness by developing products and capabilities reaching equivalent or superior performance level than those from outside the EU and compete at worldwide level;Opening new opportunities for manufacturers by reducing dependency on non-EU export restricted technologies. Scope:Unrestricted access to state-of-art space equipment and related technologies is a pre-requisite for the EU space industry responding to EU space missions. However, especially for some families of equipment, the available solutions in EU do not meet the current high-performance space requirements and alternative products, sourced from outside EU, are either affected by non-EU export control with extra territorial applicability, that limit the access, re-export or raise challenges in terms of trustable supply chains for the implementation of EU space missions with
ERA Fellowships
Expected Outcome:This action builds on the MSCA Postdoctoral Fellowships 2027 action (HORIZON-MSCA-PF-2027). The target group are host organisations located in Widening countries.Project results are expected to contribute to the following outcomes:For supported ERA Fellows:Increased set of research and transferable skills and competences, leading to improved employability and career prospects of fellows within academia and beyond;New mind-sets and approaches to R&I work forged through international, inter-sectoral and interdisciplinary experience;Enhanced networking and communication capacities with scientific peers, as well as with the general public, that will increase and broaden the research and innovation impact; For participating organisations in the Widening countries:Increased alignment of working conditions for researchers in accordance with the principles set out in the European Charter for Researchers[1];Enhanced quality and sustainability of research training and supervision;Increased global attractiveness, visibility and reputation;Stronger R&I capacity and output; better transfer of knowledge. For Widening Countries:More postdoctoral researchers attracted to Widening countries with competitive grants and attractive working and employment conditions. Scope:Fellowships should be provided to excellent researchers, undertaking cross-border mobility. Applications must be made jointly by the researcher together with a legal entity in the academic or non-academic secto
MSCA Postdoctoral Fellowships 2027
Expected Outcome:Project results are expected to contribute to the following outcomes:For supported postdoctoral fellowsIncreased set of research and transferable skills and competences, leading to improved employability and career prospects of MSCA postdoctoral fellows within academia and beyond;New mind-sets and approaches to R&I work forged through international, inter-sectoral and interdisciplinary experience;Enhanced networking and communication capacities with scientific peers, as well as with the general public that will increase and broaden the research and innovation impact. For participating organisationsIncreased alignment of working conditions for researchers in accordance with the principles set out in the European Charter for Researchers;Enhanced quality and sustainability of research training and supervision;Increased global attractiveness, visibility and reputation of the participating organisation(s);Stronger R&I capacity and output among participating organisations; better transfer of knowledge;Regular feedback of research results into teaching and education at participating organisations. Scope:Fellowships will be provided to excellent researchers undertaking international mobility. Applications will be made jointly by the researcher and a beneficiary in the academic or non-academic sector.Postdoctoral Fellowships either can take place in Europe (i.e. in an EU Member State or a Horizon Europe Associated Country) or in a Third Country not associated to Horiz
ERA Research Managers
Expected Outcome:Excellent capacities in research management are essential for institutions and national R&I systems to capitalize on their R&I activities. ERA Research Managers aim to attract experienced research managers to universities, research organisations or research infrastructures in Widening countries, establishing or upgrading institutional capacities for research management, fostering brain circulation and creating pockets of excellence that enhance institutional culture and performance.Research management capacities are crucial for research-performing institutions as they increase efficiency, competitiveness, and impact, thereby enhancing research excellence. Strong research management ensures effective grant acquisition, resource allocation, compliance with funding regulations, and strategic planning. It supports high-quality research by streamlining administrative processes, facilitating collaborations, and optimizing the use of research infrastructure.The ERA Research Manager’s leadership and the establishment of a permanent, high-quality research management group will boost excellence, visibility, and integration within the ERA, improving competitiveness in research funding and promoting institutional reforms aligned with ERA priorities.Projects are expected to contribute to some of the following outcomes:At system level:Increased international, interdisciplinary, and intersectoral mobility of research management talent towards Widening countries;Institutiona
ERA Chairs
Expected Outcome:Progress in strengthening links between research and innovation actors across the European Research Area (ERA) is essential for Europe to capitalize on excellence. ERA Chairs aim to attract outstanding scientists and innovators to universities, research organisations or research infrastructures in Widening countries, fostering brain circulation and creating pockets of excellence that enhance institutional culture and performance.The ERA Chair holder’s leadership and the establishment of a permanent, high-quality research group will boost excellence, visibility, and integration within the ERA, improving competitiveness in research and promoting institutional reforms aligned with ERA priorities.Projects are expected to contribute to some of the following outcomes:At system level:Increased international, interdisciplinary, and intersectoral mobility of R&I talent towards Widening countries;Institutional reforms in research institutions and national R&I systems;Strengthened human capital with more entrepreneurial and well-trained researchers;Better communication of R&I results to society;Enhanced research capacity, competitiveness, and economic growth. At organisation level:Strengthened research excellence in ERA Chair fields;Increased attractiveness to top international researchers;Establishment of a lasting, high-performing research group with institutional benefits;Improved success in EU and global competitive funding. Scope:Research organisations or research
Support to the implementation of an EU policy framework for CO2 transport and storage infrastructure
Expected Outcome:Project results are expected to contribute to the following outcome:Stakeholders involved in the CO2 infrastructure network are in a position to implement the upcoming legislative framework for CO2 infrastructure. Scope:The project is expected to assist stakeholders involved in the CO2 infrastructure network in implementing the upcoming legislative framework for CO2 infrastructure.Issues to address include market and cost structure, cross-border integration, interoperability and planning, technical harmonisation and investment incentives for new infrastructure, third-party access, along-chain liability, competent regulatory authorities, tariff regulation, ownership and contractual models, baseline of the state of play of current legislation on various aspects of the value chain.As part of the deliverables, the project is expected to review and report on the current state of play concerning the challenges of repurposing existing infrastructure for CO2, also taking into account the infrastructure needs of renewable gases. Important issues to analyse include technical feasibility, costs, synergies between new (multimodal) CO₂ infrastructure and existing systems, regulatory barriers to integrating CO₂ infrastructure with industrial clusters, CO2 quality, flexibility, robustness, and interconnections between CO2 and energy infrastructures.
Startup Europe - CANCELLED
Expected Outcome:Project results are expected to contribute to the following outcomes:Increasing the market footprint of European startups in strategic digital technologies and deep tech[1] innovation, including but not limited to Artificial Intelligence, Advanced Computing, Cybersecurity, Next Generation Internet, Blockchain, Internet of Things, Metaverse, Energy, Greentech, AgriTech, and Fintech;Better connection of startups and scaleups, including European Institute of Innovation and Technology (EIT) and European Innovation Council (EIC)-supported startups and Seal of Excellence holders, to relevant local and/or European ecosystems, communities, and potential new markets;A scaling up of capabilities in matching technology solutions developed by highly innovative European Union (EU)-funded digital and deep tech startups with investment and growth opportunities in collaboration with other initiatives such as: the EIC, the EIT and the Knowledge and Innovation Communities (KICs), InvestEU, the Digital Europe Programme, Women TechEU, public and private buyers, or investors and corporate innovation ventures.In pursuit of the above outcomes the projects are expected to prioritise:Startups and scaleups that have already achieved market-product fit or scale ups that have raised at least a round of financing (seed or later); andStartups and scaleups established in ‘moderate’ or ‘emerging’ innovator countries and/or regions; orWomen-led startups and scaleups[2].Scope:This action will
R&I in Support of the Clean Industrial Deal: Clean Technologies for Climate Action
Expected Outcome:Proposals are expected to contribute to all the following expected outcomes:Strengthen the competitiveness, sustainability (including biodiversity) and resilience of an innovative clean tech solution by clearly demonstrating the capability to, significantly: increase its circular material use rate, based on a sound and realistic baseline; reduce the levelized cost of energy (LCOE) delivered to end-users - including, where relevant, production, distribution, and storage costs, based on a sound and realistic baseline and considering different geographic scenarios; and contribute to Europe’s industrial leadership and competitiveness, in line with the objectives of Net-Zero Industry Act (NZIA)[1] for the EU manufacturing capacity of net-zero technologies[2],[3]. Bring this innovative clean tech solution to full technological maturity and close to market-readiness with a view to accelerating its market deployment and/or integration in key industrial sectors in Europe (e.g. manufacturing, energy and transport). Scope:The Clean Industrial Deal aims to secure the EU as an attractive location for manufacturing, including for energy-intensive industries, and to promote clean tech and new circular business models in order to meet Europe’s ambitious decarbonisation and climate neutrality and biodiversity preservation targets. It focuses primarily on the competitive decarbonisation of EU industry and on the production of clean technologies in the EU. This requires notably
R&I in Support of the Clean Industrial Deal: Decarbonisation of energy intensive industries (IA) (Processes4Planet and Clean Steel partnerships)
Expected Outcome:Proposals are expected to contribute to all the following expected outcomes:Accelerate the use of innovative technologies to decarbonise industrial processes and bring to the market more cost-effective clean products to strengthen the competitiveness, sustainability (including biodiversity), and resilience of EU industries;Create new innovative first-of-a-kind operational demonstrators and/or optimise newly installed industrial decarbonisation solutions in Europe; andDemonstrate the market readiness of the envisaged future clean products and their innovative processes via a credible business plan and an exploitation strategy for industrialisation, including market-tested use cases. Scope:The Clean Industrial Deal aims to secure the EU as an attractive location for manufacturing, including for energy-intensive industries, and to promote clean tech and new circular business models in order to meet Europe’s ambitious decarbonisation and climate neutrality targets. It focuses primarily on the competitive decarbonisation of EU industry and on the production of clean technologies in the EU.The following three technology areas on energy intensive industries having a strong and promising growth potential in Europe are in scope of this call:Managing of carbon cycle (CCU and/or CCUS): further optimization and demonstration of solutions for the capture, utilization or storage of CO2 and/or CO from installations of the energy intensive industries, with significant reduct
Demonstration of industrial excess/waste heat conversion to mechanical or electrical power
Expected Outcome:Project results are expected to contribute to all of the following expected outcomes:Based on the results of the project, at least one industrial sector with a significant heating demand in the EU and Associated Countries develops pathways and business models to measurably increase the industrial excess/waste heat recovery and conversion to power, thereby reducing their energy costs.Measurable improvement of industrial excess/waste heat recovery and conversion to power, possibly combined with energy storage, in terms of energy efficiency, flexibility of electricity production, climate and environment protection, reliability and safety, physical and cyber security, and profitability. Scope:Better use of process excess/waste heat represents a significant source of energy savings for industries. The conversion of excess heat back to electricity, would improve energy efficiency, mitigate the increase of electricity consumption and cost due to industrial electrification, as well as offer flexible electricity generation to stabilise the grid, if combined with thermal and/or electrical energy storage.Projects must address all the following items:Develop and validate novel excess/waste heat recovery and conversion systems.Demonstrate physically within one or more operational industrial site(s), the recovery of industrial excess/waste heat, possibly combined with energy storage, and its conversion to mechanical or electrical power.Maximise the replicability and deploy
Thermal energy optimisation and waste heat recovery of high energy demand IT rooms in buildings or small edge data centres
Expected Outcome:Project results are expected to contribute to all of the following expected outcomes:Improved open access to performance data, sharing of best-practices and useful knowledge and information for owners and operators of IT infrastructure, as well as the IT and building sectors;New designs of IT rooms in buildings or small edge data centres valorise waste heat through thermal management techniques, processes and tools. Scope:The growing energy needs of the ICT sector must be met while aligning with climate neutrality and sustainability goals. Small IT rooms or small data centres are an essential part of the twin green and digital transition. It is important to address the energy and resources consumption over the full ICT value chain. Solutions already exist, such as re-using waste heat from data centres, or moving towards circular models (longer lifetimes, reparability, reuse and recyclability). Most recent analysis suggests that the energy consumption of consumer devices in 2020 accounted for roughly 50% of the overall energy consumption of ICT technologies, with the two next largest contributors being respectively the production of ICT devices (~20%) and the operation of data centres (~15%)[1]. Moreover, this is expected to change dramatically by 2030, as the overall energy consumption of ICT technologies is expected to increase by 50% over this decade. The Commission has set the strategic goal of ensuring that data centres are climate-neutral, energy- and re
Demonstration for Long-duration Battery Energy Storage Systems (BATT4EU Partnership)
Expected Outcome:Projects are expected to contribute to all of the following outcomes:Demonstrated system-level long-duration energy storage (LDES) solutions, explicitly aimed at enhancing grid stability, resilience, and flexibility in Europe. Substantial reduction of Europe's dependence on critical raw materials through the use of abundant, low-cost, and sustainable materials.Contribute to strategic insights for a coherent EU-wide stationary storage deployment strategy, enhancing European energy autonomy and sustainability.Sufficient and reproducible operational data and insights to serve as reliable input towards detailed technoeconomic analyses. Scope:Proposals should focus on system-level demonstrations of innovative long-duration (> 8 hours) battery storage concepts that can effectively support utility-scale energy systems or industrial consumers in achieving energy security and operational sustainability.Projects are expected to cover all the following points:Demonstration of advanced long-duration storage technologies not yet on the market such as novel redox flow batteries (standard or mediated), high-temperature systems, metal-air systems, multivalent chemistries (organic or aqueous), or other non-commercialised technologies or architectures.Assessment and definition of use case(s) intended for the proposed technology (front-of-the-meter grid-scale storage, behind-the-meter large industrial energy consumer, firming of renewable generation) along with quantified impac
On-site robotic and automated techniques for building renovation and new construction
Expected Outcome:Project results are expected to contribute to all of the following expected outcomes:Improved resource efficiency compared to current practices;Improved accuracy (designed vs. as-built) of on-site renovation and construction works, compared to current best practices;Significant reduction in time spent by building professionals on site;Reduced GHG emissions at the construction site. Scope:The rate of deep renovation of buildings can be accelerated by modernising the construction sector and embracing the latest developments in robotics and automated systems. There is need for further development of techniques using innovative on-site robotic and other automated systems that make renovation and construction works more sustainable, less disruptive, faster as well as more accurate, cost effective and resource efficient, while delivering, at least, the same building elements’ energy performance compared to current best practices. Proposals are expected to address all of the following:Demonstrate innovative on-site robotic and automated techniques for building renovation and the construction of new buildings. At least one of the proposed techniques should involve 3D printing;Develop techniques that are specifically for building-site applications (e.g. solutions focusing on prefabrication in workshops/factories away from the building site are out oof the scope), flexible to adapt to various building typologies and, where possible, to materials and components already
Integrating circularity in LCA-based modelling frameworks for renovation of buildings (Built4People Partnership)
Expected Outcome:Project results are expected to contribute to all of the following expected outcomes:Demonstration of measurable reductions in material flows, life cycle energy use and GHG emissions in building renovations that integrate circularity strategies to contribute to achieving net-zero whole life carbon buildings;More robust approach to current modelling frameworks to comprehensively reflect the complexity of circularity strategies in life cycle assessments at building scale. Scope:European buildings are increasingly adopting circularity strategies in renovations to reduce life cycle environmental impacts and improve resource efficiency in response to the requirements based on current frameworks, such as Level(s) and WLC models used by Member States based and EN 15978 standard. The complexity of these circularity strategies, such as material reuse and recycling, and addressing the changing nature of assessed systems with long life cycles are critical for achieving more reliable assessment results. Further work is needed to advance and achieve more detailed modelling frameworks that integrate circularity assessment with life cycle assessment, supporting the delivery of net-zero whole-life carbon buildings.Proposals should address all of the following:Develop a comprehensive modelling framework that integrates circularity assessment in life cycle, covering cradle to cradle system boundary;Apply the developed modelling framework to at least three real-life buildings i
Reinforcing synergies between experimentation spaces and innovation procurement
Expected Outcome:Project results are expected to contribute to the following outcomes:Advancing public sector modernization by capitalising on the transformational power of innovative technologies to improve the quality and efficiency of public services;Reinforce EU strategic autonomy and increase resilience in the supply chains by opening up opportunities for innovative companies, including notably SMEs and startups, to access the public procurement market and scale up their business;Improving opportunities for market uptake and economies of scale for the supply side through increased demand for innovative solutions and where relevant contribution to standardisation, regulation or certification;It is expected that if PCP results in the successful innovative solutions than at least one of those will be ready for deployment or even being already deployed in the project.Supporting the uptake of innovative and sustainable solutions through collaborative procurement approaches that encourage safer and more efficient practices in public sector applications. Scope:This topic aims to shorten the time to market for innovations by reinforcing synergies between innovation procurement and experimentation spaces such as test beds, livings labs or regulatory sandboxes. While public buyers often do not use experimentation spaces to test before they invest, companies also too often only start looking for potential customers, verifying regulatory compliance and product certification after R&
Enhancing the involvement of philanthropic organisations in innovation ecosystems
Expected Outcome:Project results are expected to contribute to the following outcomes:Increase the collaboration of philanthropic organisations with higher education institutions, TTOs, innovative companies and Venture Capital (VCs) in supporting innovative projects and companies to develop and grow;Support the transition of academic research and innovations from higher education institutions to market-ready solutions. Scope:There are currently more than 33000 philanthropic organisations in Europe with EUR 50 billion of annual philanthropic expenditure and EUR 567 billion pool of philanthropic assets[1]. Philanthropic organisations and higher education institutions have been working together for many years in supporting the development of breakthrough research and technologies. At the same time, the EU still faces challenges in bringing technologies to the market. Therefore, this action aims at building on these established models of cooperation to support the transfer of developed technologies to the market by supporting facilities (like living labs and test beds) and/or engaging relevant stakeholders to further commercialize technologies with concrete common objective.The purpose of this topic is to incentivise philanthropic organisations support to projects with high-potential, not only through financial resources, but also by providing access to expertise and networks of like-minded stakeholders and investors, as well as by being themselves first users of new technologies
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