EIC's Silicon Valley mission: 14 European deep-tech companies take an immersion week in San Francisco

Brussels, August 7th 2026
Summary
  • The EIC Global Business Expansion Programme will take 14 EIC-backed deep-tech companies to the San Francisco Bay Area from 18 to 23 October 2026.
  • The cohort includes companies from 10 countries working on quantum hardware, semiconductors, industrial robotics, AI infrastructure and battery diagnostics among other fields.
  • Preparation starts with an Online Academy on 7 August that covers US market intelligence, pitching, legal and IP essentials.
  • The on-site week will combine at least 20 curated introductions per company with investor Pitch Tanks, corporate site visits and research and talent matchmaking.
  • The initiative is part of the broader EIC Business Acceleration Services and follows a similar mission to South Korea earlier in 2026.

EIC sends 14 European deep-tech companies to Silicon Valley for an intensive business mission

From 18 to 23 October 2026 the European Innovation Council Global Business Expansion Programme will stage a focused business mission in the San Francisco Bay Area. The objective is to accelerate international expansion for a curated cohort of 14 EIC-backed deep-tech companies by giving them targeted access to investors, large corporates, research partners and talent in the densest concentration of deep-tech capital in the world.

The mission will culminate in the European Innovation Night, the programme's flagship reception during the week. The EIC frames the approach as a long-form intervention combining pre-mission preparation, on-the-ground introductions, and follow-up to maximise commercial outcomes while keeping technology development and intellectual property anchored in Europe.

The cohort at a glance

Fourteen companies from ten countries were selected to take part. The list reflects the EIC's current emphasis on frontier technologies across several hardware and software domains. Below is a compact map of each participant and their core technology focus.

CompanyCountryTechnology or focus
Delft CircuitsNetherlandsCryogenic I/O wiring for quantum computers
DeepKeepIsraelAI and Generative AI security
DOTLUMENRomaniaPerception AI, moving from assistive glasses into robotics and autonomous vehicles
Dunia InnovationsGermanyAutonomous AI materials discovery
Involve SpaceItalyStratospheric platforms and AI geospatial intelligence
Iris.aiNorwayEnterprise AI knowledge and data platform for regulated industries
CeLLife TechnologiesFinlandAI battery diagnostics platform
Magics TechnologiesBelgiumRadiation-hardened semiconductors for space and nuclear environments
Multiverse ComputingSpainAI model compression at scale
Orange Quantum SystemsNetherlandsQuantum-chip test systems
QuantrolOxFinlandQuantum hardware automation and control software
SILEANEFranceAI-vision industrial robotics
VSORAFranceDatacentre AI-inference chips with high-bandwidth memory
FaradalC SensorsGermanySemiconductor manufacturing solutions

Technical concepts explained

Cryogenic I/O wiring for quantum computers:Quantum processors must operate at cryogenic temperatures. Routing signals in and out of these cryogenic environments without adding heat or noise is technically demanding. Companies such as Delft Circuits make specialised wiring, interposers and I/O assemblies designed to preserve signal integrity while minimising thermal load.
Radiation-hardened semiconductors:Radiation-hardened chips are engineered to resist particle strikes and other effects that cause failures in space and nuclear settings. This involves both process-level choices in fabrication and architectural techniques to detect and correct faults. Magics Technologies positions its products for customers where reliability in extreme environments is mandatory.
High-bandwidth memory in AI inference chips:AI inference workloads for large models are often bottlenecked by memory bandwidth. Integrating high-bandwidth memory close to compute blocks reduces latency and increases throughput. VSORA is working on inference chips where HBM is a central design element to serve data-intensive AI models.
AI model compression at scale:Compressing large AI models reduces storage and compute costs and can enable deployment on edge devices or constrained servers. Compression approaches include pruning, quantisation and knowledge distillation. Multiverse Computing focuses on compressing models without unacceptable losses in accuracy or robustness.
Quantum-chip test systems and hardware automation:As quantum hardware moves from labs toward products, testability and automated calibration become critical. Orange Quantum Systems and QuantrolOx offer equipment and control software to characterise qubits, manage cryogenic systems and automate calibration routines so hardware teams can scale development and manufacturing.
Autonomous materials discovery and physical AI:Automated materials discovery uses closed-loop experiments guided by machine learning to propose and test new compounds or process parameters. Dunia Innovations applies autonomous AI to navigate complex materials spaces. Physical AI refers to integrating perception and control directly with physical systems such as robots or experimental platforms.

Why Silicon Valley, and what the region still offers

The Bay Area remains a global magnet for deep-tech funding, corporate R and D and technical talent. The EIC cites an estimate that the region captured roughly 60 percent of global AI funding in 2025. For European scale stage deep-tech companies, the Bay Area is where many partnership discussions, procurement pilots and venture rounds take place.

That said, entry to Silicon Valley is not a guaranteed route to success. Local investors and corporates evaluate many competing opportunities. Cultural and regulatory differences, competition for talent and the need for committed, on-the-ground follow-up all influence ultimate outcomes. A single week of meetings can open doors but converting those meetings into pilots, contracts or financing usually requires sustained effort and local presence.

Preparation before departure

Companies enrolled in the mission begin a preparatory Online Academy on 7 August 2026. The academy is practitioner led and delivered by mentors with US deep-tech experience. The aim is to reduce the time needed to get to business during the on-site week by calibrating messaging and commercial approach in advance.

Topics covered in the Online Academy:The syllabus includes US market intelligence, pitch and positioning for a Silicon Valley audience, commercial and legal frameworks for market entry, B2B sales tactics for deep tech, selling to administrations and national labs, and practical playbooks to convert meetings into pilots or term sheets. Workshops also address immigration and visa issues, entity structuring and IP essentials.

What the on-site week will deliver

The mission combines a structured group programme with sector-matched one-to-one meetings that are pre-arranged and followed up systematically. EIC commits to delivering at least 20 curated introductions to each company during the week. The programme segments investor engagement by investor type and plans corporate site visits in compute, semiconductors, materials, enterprise and industrial AI.

ComponentWhat it entailsIntended outcome
Investor dayClosed-door Pitch Tanks split by investor type and site visits with leading US venture and corporate venture capital investorsDirect investor feedback and potential introductions to relevant funds
Corporate dayPlanned site visits with major US corporates in compute, semiconductors, materials and enterprise and industrial AIInitiate procurement pilots and partnership discussions
Customers, research and talent dayDeep-tech research lab anchor plus parallel tracks matched to each sector, and an invitation-only Talent Dinner with Bay Area research talentScouting for research collaborations, pilot partners and recruiting
European Innovation Night and Connector RoundtableFlagship reception and working session to create warm named introductionsHigh visibility and network level introductions to ecosystem actors and media
US Market-Entry Legal ClinicPractical guidance from a US law firm on entity structure, immigration, contracts and IPReduce legal risk and clarify market entry choices

The week also includes a Cohort Kick-off and Positioning Workshop designed to sharpen one-liners and networking pitches before formal meetings. The EIC emphasises systematic follow-up after the mission as a core component of value creation.

Where this sits inside the EIC ecosystem

The mission is organised under the EIC Business Acceleration Services and the EIC Global Business Expansion Programme. In 2026 the programme runs multiple missions. South Korea was completed in June. Silicon Valley is scheduled for 18 to 23 October. Singapore follows from 26 to 30 October and a Japan mission is planned with dates to be confirmed.

The EIC offers a broader portfolio of services beyond single missions. These include the EIC Corporate Partnership Programme to connect startups with large corporates, the EIC Innovation Procurement Programme, investor readiness and outreach, and access to partner services through the EIC Service Catalogue. The implementing agency is the EIC and SMEs Executive Agency which administers many of the EIC Business Acceleration Services.

What to watch and realistic expectations

A well prepared mission can open important doors. It is important to keep expectations measured. A concentrated week of meetings rarely translates immediately into large commercial contracts or funding rounds. Success indicators to monitor in the months after the mission include signed pilot agreements, follow up meetings with named contacts, co-development agreements and progress toward financing rounds.

There are additional challenges. US investors often prefer companies with an established local presence or US legal entity. Intellectual property strategy and export control considerations matter for quantum, defence or space technologies. Talent recruitment in the Bay Area is costly and competitive. The EIC offers legal clinics and follow-up support to address some but not all of these structural barriers.

Practical information and follow up

If you want more details about the EIC Global Business Expansion Programme or future missions consult the EIC website or contact the EIC Community helpdesk selecting 'EIC Global Business Expansion Programme' as the category. The EIC also promotes updates and open calls via the EIC BAS Newsletter and Open Calls Digest. The EIC positions these missions as one element of a longer term internationalisation strategy for European deep tech.

Final note

The EIC's Silicon Valley mission reinforces an established truth about global deep tech. Market access and partnerships are as important as research and grant funding. The programme is designed to shorten the path to introductions. Whether those introductions produce durable commercial outcomes will depend on follow up, local operating choices and honest assessments of where a company can win in a crowded global market.