ID Quantique is a Swiss company specializing in quantum technologies, particularly quantum random number generation. Their Quantis QRNG system harnesses quantum physics to produce truly random numbers with high security and robustness, targeting applications in cryptography, IoT, automotive, space, and gaming sectors.
Quantum random number generator (QRNG) hardware and software provider.
The primary purpose of the Quantis QRNG system is to supply true quantum randomness for secure cryptographic operations and applications requiring high-entropy random numbers, targeting markets including cybersecurity, gaming, IoT, automotive, space, and financial sectors.
Quantis QRNG technology supports online casino and gaming applications by providing provably random numbers to ensure fairness and security in games and gambling operations.
B2B – ID Quantique supplies hardware RNG components and solutions to other companies, including gaming operators, cybersecurity firms, and IoT device manufacturers.
Quantis QRNG uses quantum physical processes (shot noise of a light source captured by CMOS sensors) to generate intrinsically unpredictable, provably secure, and future-proof random numbers with live status verification and robust entropy sources.
ID Quantique
2001
Switzerland
Headquarters in Geneva, Switzerland, with international distribution and partnerships globally.
Over 20 years since founding, with the Quantis QRNG product line actively developed and marketed for over a decade.
Precise team size is not publicly disclosed; typical teams for such specialized quantum technology firms range from dozens to a few hundred experts in quantum physics, engineering, and software development.
The Quantis QRNG interfaces are typically language-neutral hardware interfaces (I2C, SPI) with supporting software SDKs commonly available in English.
The product supports global use with interfaces compatible across regions; software tools and documentation are primarily in English, with possible support for additional languages per client needs.
To advance security through the application of quantum technologies by providing the highest-quality, provably secure random number generation solutions for critical applications.
Private company
Multiple certifications including Swiss METAS, UK Compliance Testing Laboratory (CTL), German BSI AIS31 validation, NIST SP800-90A/B/C compliance, AEC-Q100 automotive certification, and ECSS-Q-ST-60-13 space qualification.
Participates in international cryptography, quantum technology, and security standardization bodies and alliances relevant to quantum cryptography and RNG technologies.
Introduction of the first commercial quantum RNG products in early 2000s, release of the Quantis QRNG Chip with integration capabilities for IoT and automotive sectors, obtaining high-profile certifications (METAS, BSI AIS31), and expansion into space-qualified RNG chips.
No public information about IPO or investment plans; privately held with focus on organic growth and partnerships.
Offers integration partner programs and evaluation kits for developers and integrators to embed Quantis QRNG technology into their solutions.
Provides RNG technology that supports fairness and transparency in gaming systems, an essential component for regulatory compliance and responsible gambling practices.
Applies industry-standard environmental and manufacturing practices; no specific public data on unique environmental certifications.
Provides technical documentation, evaluation kits, and developer support programs to facilitate integration and correct use of QRNG products.
Likely to focus on embedding QRNG into emerging technology sectors such as IoT, automotive communication security, space applications, and expanding cryptographic security offerings leveraging quantum technologies.
Continuing global expansion through partnerships, especially in North America, Europe, and Asia, targeting markets requiring advanced security hardware.
Strong R&D focus in quantum photonics, quantum randomness extraction, hardware miniaturization, and cryptographic application integration.
Embracing quantum-safe cryptography, integration with IoT security frameworks, compact hardware design, and customization for automotive and aerospace security needs.
Provides development kits and collaboration opportunities for startups integrating quantum RNG technology into innovative security and communications products.
Leading provider in the commercial quantum random number generator market segment with strong recognition and adoption in security-critical industries.
QuintessenceLabs, QuantumCTek, and other emerging quantum technology firms offering hardware-based random number generation.
Provably secure quantum entropy source, broad certification profile, robust physical design, live health monitoring, and ease of integration with standard interfaces.
Europe, North America, Asia, and other global regions through partnerships and distribution channels.
Security technology companies, gaming software developers, IoT and automotive manufacturers, government agencies requiring certified cryptographic sources.
No public information on white-label offerings; primary business focuses on direct B2B hardware and software product sales.
Typically hardware sales with licensing for software SDKs; pricing customized per volume and integration requirements.
Targeted B2B marketing via industry conferences, partnerships, technical publications, and direct engagement with security-sensitive sectors.
Global network of technology partners and distributors specializing in secure hardware and cryptographic components.
Not applicable; Quantis QRNG provides randomness source technology rather than game content.
Not applicable; supports backend RNG needs for all game types requiring certified randomization.
Not applicable to the RNG hardware itself.
Not applicable; RNG technology supports any gaming platform requiring secure randomness.
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Supports cryptographic operations that underpin secure cryptocurrency protocols.
Enables secure entropy for blockchain systems requiring true randomness for cryptographic keys and smart contracts.
Hardware chip with standard embedded system interfaces; software SDKs compatible with common operating systems.
Not directly applicable to physical hardware; however, RNG output can be integrated into cloud-based systems via connected devices.
Not applicable for hardware products.
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Provides software libraries and APIs for data access and integration.
Not typically applicable; integration via device drivers and SDKs.
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Supports JSON and binary data formats for random number output.
Live health status and failure detection with immediate notification.
I2C, SPI, USB, PCI Express.
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Supports random bit generation rates up to 16 Mbits/sec depending on device model.
May include internal buffering to optimize data throughput.
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Built-in live health monitoring with automatic failure detection and recovery.
Not typically applicable; integration dependent on host system.
No built-in analytics; users can analyze randomness data externally.
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Evaluation kits available for development and testing.
Standard software development practices with versioned SDK releases.
Evaluation kits, SDKs, device drivers, and documentation provided.
Likely C, C++, and possibly bindings for Python or other systems.
Supports internal self-tests and status monitoring; external automated testing can be conducted using supplied kits.
Not directly applicable.
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Live health check integrated in hardware and software.
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Not applicable for embedded chip hardware.
Requires suitable host system with I2C, SPI, PCIe, or USB interface; minimal power and space.
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Depends on integration environment; hardware can generate continuous streams for multiple uses.
Multiple devices can be paralleled for higher throughput.
Low-latency random number generation suitable for real-time cryptographic operations.
Supports global distribution through partners.
Device includes automatic recovery of random data generation on fault detection.
Provides provably fair randomness suitable for gaming and cryptographic applications.
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Hardware includes fail-safe mechanisms for continuous RNG output without downtime.
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Hardware and software compatible with multiple computing platforms.
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Hardware RNG operates independently without network reliance.
Indirect via software APIs; no direct integration with game engines.
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Compatible with cryptographic libraries and gaming backend systems.
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Supports secure cryptographic processes used by such systems.
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Enables compliance with security and fairness regulations through certified randomness.
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Supports generation of secure random values for 2FA systems.
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Technical and customer support available.
Technical support primarily in English.
Documentation and technical support resources provided.
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Applies GDPR principles for handling user data related to software tools.
Complies with data privacy regulations for software components.
Supports export of randomness data as required.
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Supports cryptographic security foundations relevant for DeFi platforms.
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Supports generation of randomness for multi-signature cryptographic schemes.
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Supports cryptographic randomness for secure payments infrastructure.
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METAS, UK CTL, German BSI AIS31, NIST SP800-90A/B/C, AEC-Q100, ECSS-Q-ST-60-13.
Not publicly disclosed.
Not applicable.
Software tools comply with GDPR principles; hardware entitlements treated with applicable privacy measures.
RNG certifications support compliance with recognized gaming fairness standards.
No direct certification but RNG outputs meet standards typically accepted by gaming testing bodies.
Quantis RNG complies with multiple test suites such as NIST, DieHarder, and IID/non-IID tests.
Not explicitly listed.
Subject to internal and external audits as part of certification processes.
Not typically applicable at hardware RNG level.
Not publicly disclosed.
Applies to software components; detailed hardware security is focused on entropy generation.
Supports secure communication protocols for RNG data transmission.
Supports cryptographic use cases requiring end-to-end security.
RNG supports secure key generation as foundational element.
Compatible with hardware security modules integration.
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Includes live health monitoring for RNG integrity.
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Hardware provides automatic failure and anomaly alerts.
Supports automated recovery of RNG output upon fault detection.
Includes fault tolerance and recovery mechanisms.
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Supports continuous RNG service via fault detection and recovery.
Managed by integrating system, not native to RNG chip.
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Not native; logging depends on host system.
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Available via evaluation kits and integration software.
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Supports export of raw and processed random data in standard formats.
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Email, phone, and technical support channels.
Not publicly specified.
Available according to client contracts.
Supported through evaluation and integration platforms.
Available for enterprise clients as needed.
Typically provided via distributor or partner platforms.
Contract-dependent.
Available for key clients.
Provided for large partnerships.
Provided during integration phases with technical support.
