EIC Corporate Day with Thales Alenia Space in Turin: a pragmatic look at startup–prime collaboration in NewSpace

Brussels, May 22nd 2025
Summary
  • The European Innovation Council and Thales Alenia Space co‑hosted an EIC Corporate Day in Turin on 20–21 May 2025 to showcase nine EIC-backed deep tech startups.
  • Startups spanned photonics, AI accelerators, distributed cloud storage, quantum AI, photovoltaics, zero-knowledge proofs, coatings, sovereign processors, and thermal management for space.
  • The two-day format combined reverse pitches from Thales Alenia Space, five-minute startup pitches, and one-to-one meetings aimed at pilots, procurement and strategic partnerships.
  • Event underscored opportunities for corporate–startup collaboration but tangible outcomes will depend on pilots, flight qualification, procurement cycles and clear commercial pathways.
  • The EIC Corporate Partnership Programme continues to target large corporates interested in open innovation and offers curated matchmaking and acceleration services.

EIC Corporate Day with Thales Alenia Space in Turin

On 20 and 21 May 2025 the European Innovation Council and Thales Alenia Space ran a Corporate Day at Thales Alenia Space’s Turin site. The event was presented as the culmination of a tailored engagement under the EIC Corporate Partnership Programme, in which the EIC sourced and prepared a selection of EIC-backed startups with capabilities relevant to Thales Alenia Space’s business lines. Over two days representatives from the prime contractor and nine startups went through reverse pitches, short technical demonstrations, and matched one-to-one meetings to explore pilots, procurement and investment opportunities.

Why Thales Alenia Space took part

Thales Alenia Space positioned the Corporate Day as a chance to combine the prime’s engineering and system integration capability with the disruptive potential of startups. Delphine Knab, Senior Vice President Strategy, Innovation, Mergers & Acquisitions and New Business Initiatives at Thales Alenia Space said the visit created momentum and that the company sees strong potential for impactful partnerships. The company also highlighted existing engagement with EIC instruments such as the EIC Pathfinder and EIC Business Acceleration Services.

From the EIC side Michiel Scheffer, President of the Board at the European Innovation Council, framed the multi-year collaboration with Thales Alenia Space as an example of European cooperation to bring deep tech innovators to market. The EIC stressed that the Corporate Day aimed to accelerate concrete interactions between industry decision-makers and EIC beneficiaries.

Who participated from the startup side

Nine EIC-backed companies were selected for the Corporate Day. They were chosen for technologies that map to multiple Thales Alenia Space strategic priorities including telecommunications, Earth observation, high-performance computing and in-orbit systems.

CompanyCountryCore technology or offeringRelevance to space applications
Alcyon Photonics SLSpainMetasurface-based solutions for photonic integrated circuitsCompact, high-performance optical components for communications and sensors
Axelera AI BvNetherlandsAI acceleration hardware and software optimised for computer visionOnboard processing for satellite imagery and real-time analytics
Cubbit SrlItalyDistributed cloud storage that encrypts and shards data across locationsSovereign, geo-resilient storage with claimed cost savings for ground and space data
Multiverse Computing SLSpainQuantum and quantum-inspired AI solutions including model compressionOptimization and AI model efficiency for satellite workloads and planning
Nexwafe GmbHGermanyInnovative photovoltaic wafer technologyPotentially higher efficiency or lower-cost photovoltaic cells for space power
Sedicii Innovations LimitedIrelandIdentity verification and zero-knowledge proof solutionsSecure authentication and privacy-preserving identity for ground and space systems
Sia Naco TechnologiesLatviaAdvanced surface coatings and material treatments for extreme environmentsThermal, abrasion and radiation-resistant coatings for spacecraft
SipearlFranceEuropean sovereign high-performance computing processorsProcessors designed for critical infrastructure, potentially for space-qualified compute
Tera SrlItalyThermal management solutions and advanced materials for spaceRadiators, heat pipes and thermal controls suitable for spacecraft environments

What happened during the two days

The Corporate Day began with reverse pitches from Thales Alenia Space. These sessions outlined the prime’s strategic needs, technical constraints and procurement approach. Startups then delivered five-minute pitches each followed by a three-minute question and answer slot. Planned one-to-one meetings between startup teams and Thales representatives rounded out the programme. The EIC described the format as a business acceleration service designed to prioritise concrete follow-up such as pilots, proofs of concept and commercial discussions.

Reverse pitch explained:A reverse pitch is where the corporate sets out specific technical problems, integration requirements, procurement rules and evaluation criteria to frame what it is looking for. This helps startups tailor their proposals and reduces mismatch between offer and need.

Technical concepts and why they matter for space

Metasurfaces and photonic integrated circuits:Metasurfaces are engineered structures at subwavelength scale that manipulate light in ways bulk optics cannot. When integrated into photonic chips they can shrink and improve optical functions such as beam steering, modulation and filtering. For satellites these chips promise lower size, weight and power combined with higher bandwidth for comms and sensing payloads.
AI acceleration for computer vision in space:AI accelerator hardware and optimised software reduce the energy and latency of running vision models. Onboard inference lets satellites preprocess imagery, reduce downlink needs, and support time-critical tasks such as on-orbit anomaly detection. Qualification for radiation and thermal extremes remains a key technical and procurement hurdle.
Distributed cloud storage with sharding and encryption:Distributed storage platforms split data into encrypted fragments and store them across multiple nodes or locations. For ground systems this can increase resilience and data sovereignty. Vendors claim large cost savings compared with hyperscalers but these figures require independent verification and depend on scale, operational model and certification requirements for regulated data.
Quantum and quantum-inspired model compression:Quantum-inspired algorithms and model compression seek to preserve AI performance while reducing compute and energy use. In satellite contexts smaller, more efficient models can run on constrained hardware. True quantum advantage for these workloads remains an open research question and production deployment timelines are uncertain.
Photovoltaic wafer innovations for space power:Materials and processes that increase cell efficiency or reduce mass matter directly for spacecraft where power per kilogram determines mission capability. Any new wafer technology needs extensive qualification against radiation, thermal cycling and mechanical stresses.
Zero-knowledge proofs and secure identity:Zero-knowledge proofs enable verification of claims without exposing underlying data. For satellite command, access control and cross-border data sharing, privacy-preserving authentication could reduce attack surface. Integrating such cryptography into operational systems requires performance testing and compliance checks.
Advanced coatings for extreme environments:Surface treatments that resist abrasion, atomic oxygen, UV and thermal cycling help extend spacecraft lifetime. Coatings must be characterised for outgassing, adhesion and interaction with other spacecraft materials before flight acceptance.
Sovereign high-performance processors:European-designed processors address concerns about supply chain control and export restrictions. For space, processors also need to meet radiation hardness and long lifecycle availability which add cost and complexity compared with terrestrial HPC silicon.
Thermal management solutions:Thermal systems including heat pipes, radiators and materials for passive thermal control remain central to spacecraft design. Incremental gains in thermal performance can enable higher-power electronics and longer mission life but again require rigorous qualification testing.

What this means for NewSpace startups and for Thales Alenia Space

The Corporate Day model creates an efficient interface between prime contractors and startups. It can fast track discovery, clarify requirements and start commercial conversations. For startups, direct access to system integrator decision-makers is a valuable rare opportunity. For the corporate, these events expand scouting channels and de-risk early engagement.

However tangible outcomes are not guaranteed. Space systems follow long procurement and qualification cycles. Key obstacles include flight qualification of hardware and software, certification and standards compliance, export control and data sovereignty rules, long sales cycles to large primes, and the need for pilots with clear success metrics. Many vendor claims about cost reductions or performance improvements are valid only with specific assumptions and at scale. That is why pilots, independent testing and stepwise integration are essential before procurement or investment decisions.

EIC perspective on NewSpace SMEs:Stela Tkatchova, Programme Manager for Space Systems at the EIC, highlighted that EU NewSpace SMEs are driving strategic autonomy and economic benefits but face difficulties with flight qualification and scaling. She framed EIC high-risk support and Thales Alenia Space engagement as complementary measures to help companies mature to flight readiness and access new markets.

The EIC Corporate Partnership Programme in context

The Corporate Day is one activity under the EIC Corporate Partnership Programme, part of the EIC Business Acceleration Services. The programme is positioned as a long-running attempt to bridge startups and large corporates across Europe. The EIC states that since 2017 it has organised dozens of initiatives involving a broad roster of corporate partners and more than one thousand EIC-funded startups and scaleups.

MetricEIC reported figure
Corporate Partnership initiatives since 201772 initiatives with more than 120 corporate partners
Startups and scaleups involvedOver 1 200 EIC-funded startups and scaleups
Corporate representatives engagedOver 2 500 senior corporate representatives
Reported satisfaction92 percent satisfaction rate among EIC companies in programme evaluations

The EIC also highlights that different formats deliver different results. In-person single-corporate events typically produce more business deals while online and multi-corporate formats increase reach. Corporates are expected to meet minimum size and reach criteria to join the programme, and they are asked to sign a declaration of intent.

A pragmatic assessment

Corporate Days can accelerate conversations and surface technically promising matches. They are not a substitute for clear integration roadmaps, procurement alignment and funded demonstration projects. Startups benefit from focused feedback on compliance needs and integration constraints. Corporates must be prepared to adapt processes so pilot cycles do not stall while startups run out of runway.

For public stakeholders and funders the predictable next step is to align innovation support to the realities of flight qualification and long procurement cycles. That may include co-funded demonstration calls, support for testing and certification, and mechanisms to shorten industrial adoption timelines while preserving safety and sovereignty requirements.

Practical next steps and how to engage

Startups that participated described the access to decision-makers as exceptional. Cubbit’s CEO Alessandro Cillaro said the event gave them a rare chance to showcase their value proposition directly to Thales Alenia Space. The EIC is actively seeking large corporations with an open innovation mindset to join future Corporate Partnership activities. Corporates interested in partnering are invited to contact the EIC Corporate Partnership Programme through the EIC Business Acceleration Services channels.

The EIC also promotes its Business Acceleration Service catalogue and newsletter as ways for beneficiaries and corporates to stay aware of open calls, partner opportunities and sector-focused services.

Bottom line

The Turin Corporate Day with Thales Alenia Space illustrates how curated corporate–startup interactions can surface usable technology for complex sectors like space. The event succeeded at matchmaking and dialogue. Turning those conversations into pilots, certified hardware, long term procurement or strategic investment will require follow-through, realistic timeframes and shared commitments on testing and certification. The EIC and participating corporates appear to recognise these constraints and present Corporate Days as the first step in a longer collaboration trajectory rather than a final outcome.

Disclosure and context: this article is based on event material and public statements provided by the European Innovation Council, Thales Alenia Space and participating companies. Vendor claims about performance and cost reductions have not been independently verified here. Readers should treat early-stage performance claims with caution and look for independent testing and contractual terms before drawing commercial conclusions.

Further information

For companies and corporates interested in participating in the EIC Corporate Partnership Programme the EIC website offers details on criteria and upcoming Corporate Days. The EIC Business Acceleration Services newsletter and the EIC Community channels provide updates on open calls and programme activity.