- #Noise mapping random generation java generator#
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They are therefore also the most vulnerable point for any wholesale theft of the organisation’s intangible assets.
Cloud & Datacentre – Data centers are the back-up and recovery point for the critical data of any organization. QKD can help face today’s and tomorrow’s challenges. With digitalization increasing, so is the number and complexity of cyber-attacks. Banking & Finance – Banks and financial institutions are among the most targeted industries. 
Centauris CV1000 Virtual Encryptor – Virtualised Encryption, Real-World Security and Performance. #Noise mapping random generation java series#
Centauris CN4000 Series – Versatile, compact and cost-effective 10Mbps up to 1Gbps encryption. Centauris CN6000 Series – High-assurance data-in-motion encryptors, up to 10Gbps. Centauris CN9000 Series – 100Gbps high speed data-in-motion encryption. View Clavis 300 Quantum Cryptography Platform Clavis 300 Quantum Cryptography Platform – Integrated QKD & LEA Encryption System. Clavis 300 Quantum Cryptography Platform –. Clavis 3 QKD Platform – Quantum Key Distribution for academic & research labs. Cerberis 3 QKD System – Quantum Key Distribution for enterprise, government and telco production environments. 
Cerberis XGR QKD Platform – Quantum Key Distribution designed for academia, research institutes and innovation labs. Cerberis XG QKD System – Quantum Key Distribution for enterprise, government and telco production environments. A more accurate name for it is quantum key distribution (QKD). QKD Technology – Quantum cryptography is a technology that uses quantum physics to secure the distribution of symmetric encryption keys. Generating strong keys, based on true randomness, through QRNG, will be the cornerstone of IoT security. IoT – Promising, complex, but risky: in order to offer high-assurance data protection, the IoT needs to be “secure by design”. Telecommunications – QRNG can be used through our Quantis Appliance, which is specifically designed for networked security applications, allowing service providers to offer QRNG as a service. Cryptography – QRNG ensures the creation of truly random encryption keys and unique digital tokens for highly secure crypto operations. Automotive – QRNG can be used to strengthen existing and future cryptographic mechanisms, with our certified QRNG chip being ideal for integration into automotive HSMs, where its compact size, low cost, low power consumption and resistance to external environmental perturbations are critical. Gaming and Lotteries – QRNG provides outstanding randomness quality acting as a reliable and differentiated source of true randomness which generates 100% trust and allows fast and easy compliance processes. Datacentre – To ensure a high quality source of entropy, QRNG can be used to provide distributed entropy-as-a-service to applications in data centers, from VPN connections to encrypted virtual machines. Banking – QRNG can respond to most use cases encountered in financial applications such as authentication, encryption, digital signatures, secure access control, high speed trading or blockchain private key generation. 
Mobile Phones – Today’s digital activities have turned mobile phones into a goldmine of financial, health, business and personal information, raising the need for security to the edge. That’s why IDQ is committed to ongoing certification by the world’s leading standards organizations. Certifications – When it comes to random numbers, reliability is essential. #Noise mapping random generation java generator#
Quantis Appliance 2.0 – Quantum Random Number Generator for security applications and online gaming. Quantis QRNG PCIe & USB Legacy – Standard certified PCIe and USB Quantum Random Number Generation modules, providing true randomness since 2001. Quantis QRNG Chip – System-on-Chip for automotive, computing, critical infrastructure, IoT, mobile & security applications. Quantis QRNG PCIe New Generation – High performance PCIe Quantum Random Number Generator, with embedded NIST compliant post-processing.
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