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Supplier capability directory

Information from public records only, not an endorsement, a qualification or procurement advice. Each capability names the evidence it rests on; check the source and the supplier before relying on it. No evidence recorded here does not mean that an organisation cannot supply a capability.

Find European organisations that can supply a quantum technology capability: dilution refrigerators, lasers, cryo-CMOS, photon detectors, QKD systems, post-quantum cryptography libraries and the other parts of the quantum parts tree. Each row lists the capabilities with the evidence for each one, strongest first: a procurement contract, a product the organisation documents, a product line named on the company’s own product page (curated), open-source software it develops, EU-funded projects naming the capability, or a technology area an editor confirmed.

Missing? List your organisation

26 organisations

Organisations with recorded evidence for: Quantum gravimeters and inertial sensors
OrganisationCountryType and sizeCapabilities and evidenceStandards activity
Airbus Defence and Space GMBHGermanyCompany
Not an SME in CORDIS
  • Cold-atom inertial and gravity sensors (Quantum sensors and atomic clocks) EU-funded project naming the capability
    2 EU-funded projects (CARIOQA-PMP, CARIOQA PHA)
    Source: CORDIS, 2026-10-16
No evidence recorded
Airbus Defence and Space SASFranceCompany
Not an SME in CORDIS
  • Cold-atom inertial and gravity sensors (Quantum sensors and atomic clocks) EU-funded project naming the capability
    2 EU-funded projects (CARIOQA-PMP, CARIOQA PHA)
    Source: CORDIS, 2026-10-16
No evidence recorded
Aquark Technologies LtdUnited KingdomCompany
  • Magneto-optical trap optics (Quantum sensors and atomic clocks) Product line (curated)
    AQuest: portable cold-atom source that traps atoms without a magnetic field
    Source: Company product page (curated), 2026-10-26
No evidence recorded
Centre National D'etudes Spatiales - CnesFranceResearch or higher education
  • Cold-atom inertial and gravity sensors (Quantum sensors and atomic clocks) EU-funded project naming the capability
    3 EU-funded projects (CARIOQA-PMP, CARIOQA PHA, CARIOQA-PHB)
    Source: CORDIS, 2026-10-16
  • Quantum gravimeters and inertial sensors Technology area confirmed by an editor
    Source: Portal technology taxonomy
No evidence recorded
Centre National de la Recherche Scientifique CNRSFranceResearch or higher education
  • Cold-atom inertial and gravity sensors (Quantum sensors and atomic clocks) EU-funded project naming the capability
    2 EU-funded projects (CARIOQA-PMP, CARIOQA-PHB)
    Source: CORDIS, 2026-10-16
No evidence recorded
Danmarks Tekniske UniversitetDenmarkResearch or higher education
  • Cold-atom inertial and gravity sensors (Quantum sensors and atomic clocks) EU-funded project naming the capability
    1 EU-funded project (CARIOQA-PMP)
    Source: CORDIS, 2026-10-16
No evidence recorded
Deutsches Zentrum fur Luft - und Raumfahrt EvGermanyResearch or higher education
  • Cold-atom inertial and gravity sensors (Quantum sensors and atomic clocks) EU-funded project naming the capability
    3 EU-funded projects (CARIOQA-PMP, CARIOQA PHA, CARIOQA-PHB)
    Source: CORDIS, 2026-10-16
  • Quantum gravimeters and inertial sensors Technology area confirmed by an editor
    Source: Portal technology taxonomy
No evidence recorded
Ecole Polytechnique Federale de LausanneSwitzerlandResearch or higher education
  • Cold-atom inertial and gravity sensors (Quantum sensors and atomic clocks) EU-funded project naming the capability
    1 EU-funded project (DECCA)
    Source: CORDIS, 2026-10-16
No evidence recorded
Edwards VacuumUnited KingdomCompany
  • Cold-atom vacuum packages (Quantum sensors and atomic clocks) Product line (curated)
    HyTan NEG-Ion pumps and Gamma Vacuum NEG pumps: combined getter and ion pumps for ultra-high vacuum (partly verified: the page does not state the quantum use)
    Source: Company product page (curated), 2026-10-26
No evidence recorded
ExailFranceCompany
Not an SME in CORDIS
  • Atom-interferometer sensor heads (Quantum sensors and atomic clocks) Product line (curated)
    Absolute Quantum Gravimeter (AQG): cold-atom interferometry gravimeters
    Source: Company product page (curated), 2026-10-26
  • Cold-atom inertial and gravity sensors (Quantum sensors and atomic clocks) Product line (curated)
    Absolute Quantum Gravimeter (AQG): cold-atom interferometry gravimeters
    Source: Company product page (curated), 2026-10-26
  • Cold-atom inertial and gravity sensors (Quantum sensors and atomic clocks) EU-funded project naming the capability
    2 EU-funded projects (CARIOQA-PMP, CARIOQA-PHB)
    Source: CORDIS, 2026-10-16
No evidence recorded
GacFranceCompany
SME (self-declared in CORDIS)
  • Cold-atom inertial and gravity sensors (Quantum sensors and atomic clocks) EU-funded project naming the capability
    2 EU-funded projects (CARIOQA-PMP, CARIOQA-PHB)
    Source: CORDIS, 2026-10-16
No evidence recorded
Gmv Aerospace and Defence SASpainCompany
Not an SME in CORDIS
  • Cold-atom inertial and gravity sensors (Quantum sensors and atomic clocks) EU-funded project naming the capability
    2 EU-funded projects (CARIOQA PHA, CARIOQA-PHB)
    Source: CORDIS, 2026-10-16
No evidence recorded
Gottfried Wilhelm Leibniz Universitaet HannoverGermanyResearch or higher education
  • Cold-atom inertial and gravity sensors (Quantum sensors and atomic clocks) EU-funded project naming the capability
    2 EU-funded projects (CARIOQA-PMP, CARIOQA-PHB)
    Source: CORDIS, 2026-10-16
  • Quantum gravimeters and inertial sensors Technology area confirmed by an editor
    Source: Portal technology taxonomy
No evidence recorded
Idryma Technologias Kai ErevnasGreeceResearch or higher education
  • Cold-atom inertial and gravity sensors (Quantum sensors and atomic clocks) EU-funded project naming the capability
    4 EU-funded projects (CARIOQA-PMP, CARIOQA PHA, CARIOQA-PHB, ...)
    Source: CORDIS, 2026-10-16
  • Quantum gravimeters and inertial sensors Technology area confirmed by an editor
    Source: Portal technology taxonomy
No evidence recorded
Leonardo - Societa Per AzioniItalyCompany
Not an SME in CORDIS
  • Cold-atom inertial and gravity sensors (Quantum sensors and atomic clocks) EU-funded project naming the capability
    2 EU-funded projects (CARIOQA-PMP, CARIOQA-PHB)
    Source: CORDIS, 2026-10-16
No evidence recorded
Office National D'etudes et de Recherches AerospatialesFranceResearch or higher education
  • Cold-atom inertial and gravity sensors (Quantum sensors and atomic clocks) EU-funded project naming the capability
    2 EU-funded projects (CARIOQA-PMP, CARIOQA-PHB)
    Source: CORDIS, 2026-10-16
  • Quantum gravimeters and inertial sensors Technology area confirmed by an editor
    Source: Portal technology taxonomy
No evidence recorded
Politecnico di MilanoItalyResearch or higher education
  • Cold-atom inertial and gravity sensors (Quantum sensors and atomic clocks) EU-funded project naming the capability
    2 EU-funded projects (CARIOQA-PMP, CARIOQA-PHB)
    Source: CORDIS, 2026-10-16
  • Quantum gravimeters and inertial sensors Technology area confirmed by an editor
    Source: Portal technology taxonomy
No evidence recorded
Schäfter+KirchhoffGermanyCompany
  • Magneto-optical trap optics (Quantum sensors and atomic clocks) Product line (curated)
    Beam Launchers for Quantum: fibre-coupled beam launchers that collimate, shape and combine laser beams onto the vacuum chamber for cooling and trapping atoms
    Source: Company product page (curated), 2026-10-30
No evidence recorded
Sorbonne UniversiteFranceResearch or higher education
  • Cold-atom inertial and gravity sensors (Quantum sensors and atomic clocks) EU-funded project naming the capability
    2 EU-funded projects (Multiplex, SinglePass)
    Source: CORDIS, 2026-10-16
No evidence recorded
Technische Universitaet MuenchenGermanyResearch or higher education
  • Cold-atom inertial and gravity sensors (Quantum sensors and atomic clocks) EU-funded project naming the capability
    2 EU-funded projects (CARIOQA-PMP, CARIOQA-PHB)
    Source: CORDIS, 2026-10-16
No evidence recorded
Teletel Technologia Aerodiastimikis Kai AminasGreeceCompany
SME (self-declared in CORDIS)
  • Cold-atom inertial and gravity sensors (Quantum sensors and atomic clocks) EU-funded project naming the capability
    1 EU-funded project (CARIOQA-PMP)
    Source: CORDIS, 2026-10-16
No evidence recorded
Thales Alenia Space France SASFranceCompany
Not an SME in CORDIS
  • Cold-atom inertial and gravity sensors (Quantum sensors and atomic clocks) EU-funded project naming the capability
    1 EU-funded project (CARIOQA-PHB)
    Source: CORDIS, 2026-10-16
No evidence recorded
Universitaet BremenGermanyResearch or higher education
  • Cold-atom inertial and gravity sensors (Quantum sensors and atomic clocks) EU-funded project naming the capability
    1 EU-funded project (CARIOQA-PHB)
    Source: CORDIS, 2026-10-16
  • Quantum gravimeters and inertial sensors Technology area confirmed by an editor
    Source: Portal technology taxonomy
No evidence recorded
Universitat BaselSwitzerlandResearch or higher education
  • Cold-atom inertial and gravity sensors (Quantum sensors and atomic clocks) EU-funded project naming the capability
    1 EU-funded project (3-5-FIRST)
    Source: CORDIS, 2026-10-16
No evidence recorded
Universite de ToulouseFranceResearch or higher education
  • Cold-atom inertial and gravity sensors (Quantum sensors and atomic clocks) EU-funded project naming the capability
    1 EU-funded project (CARIOQA-PMP)
    Source: CORDIS, 2026-10-16
No evidence recorded
Universiteit van AmsterdamNetherlandsResearch or higher education
  • Cold-atom inertial and gravity sensors (Quantum sensors and atomic clocks) EU-funded project naming the capability
    1 EU-funded project (Pint)
    Source: CORDIS, 2026-10-16
No evidence recorded

Evidence levels

Procurement contract for a system
An official release of the procurement, recorded in the deployment tracker, names the company as the supplier of a quantum computer.
Product documented by the organisation
The organisation documents the product itself: a post-quantum product record that an editor approved, or a product sentence on the company’s own website that an editor confirmed. It is the organisation’s own claim, not a test or a certification.
Product line (curated)
A product line that the company names on its own product page, from the portal’s curated list of European suppliers of enabling technologies (cryogenics, lasers and photonics, vacuum, detectors, control electronics, materials, clocks and magnetometers). Each line cites the page and the date it was read; “partly verified” means the page names the product but not its quantum use. It is the company’s own offer, not a test, a certification or an endorsement.
Open-source software it develops
Open-source quantum software that the organisation develops or maintains, from the software directory.
EU-funded project naming the capability
EU-funded projects (CORDIS) whose title names the part, with the keyword rules of the parts tree. Research and development, not proof of a product.
Technology area confirmed by an editor
A technology family or supply-chain segment that an editor confirmed for the organisation. It shows activity in the area, not a product.

Sources and method

Built from data the portal already publishes: the parts tree, the CORDIS projects and organisations, the published organisation pages, the post-quantum product records approved by an editor, the software directory, the funding rounds and deployment tracker files, the standards tracker, the technology areas, supply-chain segments and website product facts confirmed by editors, and a curated list of product lines named on European companies’ own product pages, each cited with a link and the date it was read. Restricted records are never used. A source without an identifier is linked to an organisation only when the names are identical once the legal form is removed. The type and SME status come from CORDIS, where the organisation declares them.

Assembled 4 November 2026 from 552 organisations; CORDIS snapshot of 2026-10-16; parts tree compiled 2026-10-25.