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GCRI · Quantentechnologien

Quantenindustrien

Quantum technology is moving from laboratories into firms that build hardware, software, components and services, supported by large public and private investment. Revenues are small relative to expectations, many products are prototypes, and supply chains for specialised components are thin. This page sets out how quantum industries are developing, how their activity is measured without hype, and what evidence serves investors, governments and buyers.

01Arbeitsfläche

Wie die Arbeit abläuft.

System · rund um dieses ThemaBeispielhaft

Tracker der Post-Quanten-Migration

Quantum industries · Crypto inventory · Wave 4

Langlebige Daten gefährdetGCRI · Quantentechnologien

Migration

  1. Bestandalle Kryptografie
  2. PriorisierenDatenlebensdauer
  3. AuswählenStandardalgorithmen
  4. Hybrider Einsatzklassisch und PQC
  5. TestenInteroperabilität
  6. Umschaltenaußer Betrieb nehmen

Systeme nach Priorität

ArchivsignierungRSA-204828ML-DSA hybridPilotierung
VPN-GatewayECDH10ML-KEM hybridGeplant
Zahlungs-HSMRSA-307210Anbieter-RoadmapBlockiert
Web-TLSECDHE3Hybrider SchlüsselaustauschErledigt

Fortschritt

Inventarisiert, %84 of 100 requiredHybrid eingesetzt, %35 of 50 requiredAußer Betrieb, %5 of 25 required
Post-quantum migration tracker: the screen’s structure, terms and states for Quantum industries.Beispielnamen und beispielhafte Werte; ein Entwurf, kein Eintrag und kein Live-System.

Abb.Post-quantum migration tracker: example names and illustrative values, not a record or a live system.

02Die Frage

Quantum industries: how the risk develops.

Potential supply chains and applications. The dossier below sets out how the risk develops, what is measured, where the data come from, how it is modelled and who decides.

Mechanismus

Investment precedes revenue

Public programmes and venture capital fund firms years before products earn significant revenue. Expectations can run ahead of technical progress.

Mechanismus

Enablers form a supply chain

Cryogenics, lasers, control electronics and photonic components are supplied by specialised firms, often few per component.

Mechanismus

Cloud access shapes the market

Most users access quantum hardware through cloud services, which lets them experiment without owning machines.

Mechanismus

Policy drives location

National strategies, procurement and export controls shape where firms locate and who they can sell to.

03Methoden und Evidenz

How quantum industries is modelled, measured and tested.

Das Modell, seine Annahmen, seine Daten und seine Unsicherheit in der Form, in der eine Wissenschaftlerin oder ein Ingenieur sie prüfen würde. Die Strukturen folgen veröffentlichten Methoden. Die dargestellten Werte sind illustrativ, keine Befunde.

Systemmodell

The couplings between the systems in quantum industries: signs of influence, a reinforcing and a balancing loop, and cross-links where stress jumps.

++−+QuantenCyberGemeinschaftenWirtschaftR verstärkendB ausgleichend
Causal loop diagram from the page’s systems; signs show the direction of influence. Illustrative structure for a system dynamics or network model, not estimated couplings.
FAIR-Leitprinzipien · GO FAIR und FORCE11W3C PROV · World Wide Web ConsortiumHinweise zur einheitlichen Behandlung von Unsicherheiten · IPCCCEOS Analysis Ready Data · Committee on Earth Observation Satellites
04Domänenübergreifend

Quantum industries are early, and claims outrun evidence.

Industry analyses are designed for the Reihe Exponential Technology. The Global Centre for Risk and Innovation (GCRI) assesses no vendor and gives no investment view; it reports evidence and its gaps.

  • Benchmarks published with methods.
  • Independent replications.
05Indikatoren

Was gemessen wird und wie gut.

Jeder Indikator trägt seine Einheit, seinen Rhythmus, die Art der zugrunde liegenden Quelle und die Evidenzkennzeichnung, die ein Wert tragen würde. Es werden keine Werte gezeigt: Ein Programm liefert sie unter seiner eigenen Autorität.

IndikatorEinheitTaktQuellentypKennzeichnung
Public funding announced for quantumcurrency unitsjährlichGovernment announcementsDEKLARIERT
Private investment in quantum firmscurrency unitsjährlichInvestment databasesBERICHTET
Quantum firms by segmentAnzahljährlichIndustry surveysBERICHTET
Quantum patents filedAnzahljährlichPatent databasesBEOBACHTET
Quantum hardware accessible via cloudcount of SystemejährlichProvider documentationDEKLARIERT
Revenue of quantum firmscurrency unitsjährlichCompany reportsBERICHTET
06Quellen

Woher die Evidenz stammt.

Benannte öffentliche Datensätze und institutionelle Aufzeichnungen, jeweils mit ihrer Lizenzklasse. Quellen auf Vereinbarungsbasis werden nur zu ihren Bedingungen genutzt und niemals weiterveröffentlicht.

QuelleWas es liefertLizenzklasse
OECD quantum technologies policy primer and related workPolicy, investment and industry overviewPublic, OECD terms
Patent data from WIPO PATENTSCOPE and EPO EspacenetPatent filings by technology and applicantFree access, terms per office
Company filings of listed quantum firmsRevenue and risk disclosuresÖffentliche Aufzeichnungen
Government quantum strategy documentsAnnounced public fundingPublic records, licence per government
Industry market reportsFirm counts and investmentCommercial; public summaries (to check)
07Entscheidungen

Wer entscheidet und wozu die Evidenz dient.

Quantum Technologies prepares evidence. The decisions below are taken by the authorities named, under their own rules, and never by the platform.

Wer entscheidetDie FrageEvidenz, der diese Seite dient
Governments and economic agenciesWhich parts of the quantum industry to supportIndustry maps; supply chain analyses
InvestorsHow to read industry claims and progressRevenue and technical evidence
Buyers of quantum servicesWhich services are mature enough to useCloud access and benchmark evidence

Ergebnisse, die dieses Thema hervorbringt

  • Industry maps by segment and component
  • Investment and revenue tracking with sources stated
  • Supply chain dependency analyses
  • Evidence notes separating announced from spent funding
08Kernfragen

Was Fachleute fragen.

Industry questions separate near-term reality from long-term potential.

  • Which applications are commercially real today, and which depend on future fault-tolerant machines?
  • Where are critical components made, and how concentrated is supply?
  • How dependent is the industry on public funding and on a few large technology firms?
  • What happens to firms, investors and regions if expectations are not met on schedule?
  • How do export controls and research security rules shape markets?
09Mechanismen

Mechanismen und Treiber.

Quantum sensing and timing already have markets. Quantum computing is mainly sold as cloud access for research and exploration, and quantum key distribution serves niche uses. Many larger applications depend on capabilities that do not yet exist, so valuations rest heavily on expectation, which makes the industry sensitive to shifts in sentiment.

Supply chains rely on specialised inputs: dilution refrigerators, lasers, photonic chips, isotopically enriched materials and control electronics, often from few suppliers. Governments treat quantum as strategic, investing heavily and restricting exports of some equipment, which shapes where firms locate and who can access technology.

10Methoden und Daten

Wie es untersucht wird und wo die Methoden enden.

Methode oder DatenWas es zeigtGrenzen
Supply-chain mappingConcentration and single points of failureFirm-level data is often confidential
Investment and funding dataScale and direction of capitalAnnouncements may not reflect committed funds
Technology readiness assessmentHow mature an application isReadiness scales are subjective
Case studies of adoptionHow organisations actually use quantum servicesFew cases, often reported by vendors
11Methoden

Wie es untersucht wird und was die Methoden nicht sagen können.

12Where this page’s references

Where this page’s references lead.

Die Gremien und Dokumente, vor deren Hintergrund diese Seite gelesen wird. Status und Ausgaben ändern sich; jeder Link führt zur herausgebenden Stelle.

13Fragen

Fragen und Antworten.

How big is the quantum industry?
Estimates vary widely between sources and definitions. Revenues remain small compared with investment, and most firms are still developing products.
What are quantum enabling technologies?
Components such as cryogenic systems, lasers, control electronics and photonic chips that quantum devices need, often supplied by specialised firms.
Can organisations use quantum computers today?
Many hardware systems are available through cloud services for experimentation, though practical advantage for real problems has not been established.
Is the quantum industry a bubble?
The platform does not make market calls. It publishes evidence on technical maturity so that readers can compare claims with demonstrated results.
Which quantum products are on the market today?
Atomic clocks and some quantum sensors, quantum random number generators, quantum key distribution systems and cloud access to quantum computers for research and experimentation.
Does the platform give investment advice?
No. GCRI does not give investment, procurement or legal advice and does not endorse firms or products.
BerichteBeitragen

Evidenz von dieser Seite aus beitragen.

Berichte is the Consortium’s quarterly publication. What you know about this subject can become evidence, a case or a correction in the next edition, credited to you and published under CC BY 4.0 where it is your own work.

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