Library FAQ
How does edge computing in space contribute to Europe’s resilience and strategic autonomy?
Onboard processing reduces dependence on continuous ground control, supporting loss‑tolerant operations, space safety and debris mitigation consistent with the EU Space Programme and Space Strategy for Security and Defence, while raising verification and respo...
How do Zero Trust AI architectures support Europe’s resilience and strategic autonomy?
They address data sovereignty and cybersecurity priorities by enabling distributed training and inference without centralising data, aligning with the AI Act and EU Cybersecurity frameworks, strengthening hardware-anchored security and post-quantum protection,...
What are Embedded Zero Trust Architectures for distributed and federated AI systems?
Distributed Zero Trust Architecture (ZTA) for AI enables decentralised training and inference infrastructures in which no component is assumed trusted. It functions as a secured AI execution fabric that uses continuous verification and dynamic prevention, dete...
What are graphene-based coatings and composites for space systems?
Graphene-based materials (single-atom-thick carbon) can be used as thin films, coatings, fillers or multilayer composites in spacecraft to provide high mechanical strength, exceptional electrical and thermal conductivity, barrier and tribological properties, a...
What is bio-inspired AI?
Bio-inspired AI draws on neuroscience, cognitive science and evolutionary biology to implement mechanisms such as hierarchical and distributed processing, synaptic plasticity, structural diversity and adaptive information encoding to produce more adaptable, ro...
What is edge computing for scalable and loss‑tolerant satellite operations?
Edge computing in space means processing data onboard satellites or orbital platforms rather than transmitting raw data to ground. It filters, classifies and prioritises information at source, supports onboard decision‑making and coordination, and mitigates co...
What is embodied AI for open and dynamic environments?
Embodied AI couples perception, internal priors and physical or simulated actuation within rich, open-ended settings (3D virtual worlds, physics simulations, digital twins). It combines scalable priors, environments exposing physical action costs and explicit...
What is new about edge computing in space?
Edge computing is shifting from optional pre‑processing to mission‑ and safety‑relevant autonomy at scale, enabling onboard functions such as image classification, anomaly detection, collision assessment and constellation coordination without waiting for groun...
What is novel about integrating Zero Trust principles into AI infrastructures?
The novelty is embedding isolation, attestation and encryption directly into semiconductor, system and orchestration layers (for example within AI accelerators), plus distributed post-quantum key management and adaptations to models, runtimes and orchestration...
What recent advances distinguish modern bio-inspired AI from earlier biologically inspired models?
Recent advances translate biological principles into formal, implementable mechanisms (e.g., Free Energy Principle), use evolutionary algorithms and neural architecture search for structural diversity, develop learned temporal representations via interaction a...
What recent developments are changing embodied AI research?
There is a shift from narrow benchmarks to environment and action-space design that supports general adaptive competence, use of large multimodal or learned world‑model priors adapted online, hierarchical memory (short-term and episodic skill representations),...
What recent progress enables graphene integration into space systems?
Advances in production methods (liquid phase exfoliation, chemical vapour deposition, mechanical exfoliation) and maturing European supply through coordinated research and industrialisation (e.g., Graphene Flagship) are making system‑level integration and qual...
What technical elements are required to implement Zero Trust AI architectures?
Key elements include coordinated chip–software co-design for immutability, advanced key management and signature schemes, quantum-robust encryption, interoperability across heterogeneous security technologies, system software, protocols, orchestration layers,...
Can you give an example of a corporate partnership facilitated by the EIC?
At Galp’s Lisbon Headquarters the EIC hosted 15 EIC-funded start-ups and scaleups from 11 countries, connecting them with decision-makers and aligning innovations (e.g., hydrogen and energy storage) with Galp’s decarbonisation goals.
How did SunOyster Systems benefit from EIC support?
With EIC support SunOyster presented at the Galp Innovation Day, which helped them survive the 'valley of death' and engage with a large corporate to advance their lightweight solar modules.
How does the EIC support women innovators?
The EIC prioritises women CEOs for Accelerator interviews and runs dedicated initiatives like Women TechEU and the Women Leadership Programme. In 2024, 30% (42 companies) of EIC Accelerator recipients were women-led; the overall portfolio includes 134 women-le...
How many EIC Transition projects have been funded under Horizon Europe?
183 projects have been funded to date under Horizon Europe, with the majority involving a commercial partner.
How much has the EIC invested in advanced manufacturing and materials projects?
The EIC has provided EUR 500 million to support over 90 projects in advanced manufacturing and materials under Horizon Europe.
What are Ecosystem Partnerships and EIC internationalisation services?
Ecosystem Partnerships link beneficiaries to incubation, acceleration and scale-up services with sector insights; internationalisation services bring innovators to trade fairs inside and outside Europe and offer soft-landing support in the United States.
What are key outcomes achieved through Transition activities?
Over 1,000 companies and projects matched to corporates, procurers and investors; 230 concluded deals with investors/corporates/procurers/partners; nearly 400 jobs created; and EUR 362 million of investment raised through investor outreach.
What did independent analysis find about a subset of Transition projects?
Analysis of 103 projects (including 13 Horizon 2020 pilots) identified 276 innovations with over 75% market-creating or targeting emerging markets; nearly half originate from ERC Proof of Concept projects; 19 start-ups established or in process; over 100 paten...
What does the EIC Innovation Procurement Programme do?
It assists companies in participating in pre-commercial procurement exercises (e.g., hospital buyer groups), helping accelerate R&D, refine solutions such as AI-driven analytics, expand internationally and form strategic partnerships.
What do the EIC Business Acceleration Services do?
They connect portfolio companies and researchers with corporates, investors, buyers, accelerators, venture builders and other partners to facilitate growth and market access.
What funding and support does EIC Pathfinder provide to projects?
EIC Pathfinder offers grants of up to EUR 3–4 million for trans-national collaborative projects and provides access to coaching, mentoring and networking, with possible follow-up via EIC Transition and EIC Accelerator.