What is Qrypt’s DQKD?

QRNGs

Qrypt’s Quantum Random Number Generators (QRNGS)

Feed Qrypt’s DQKD to enable independent generation of truly random secret keys at multiple endpoints.

Defends against Harvest Now, Decrypt Later attacks

Qrypt’s DQKD is built on the robust BLAST protocol and defends against HNDL attacks.

Reduces single points of failure

Qrypt’s DQKD eliminates the need for centralized key distribution, minimizing bottlenecks and reducing SPOFs.

Qrypt’s QRNGs

Developed in an exclusive partnership with Los Alamos & Oak Ridge National Labs, have the most powerful output available at 1.575 Gbps, and are NIST ESV certified.

Use Cases

Secure IoT networks

Secure rotation of symmetric keys

Quantum-secure IPsec VPNs

Integrations with TCP/IP protocols for enhanced security

Connecting QKD nodes

Securing Palo Alto firewalls

Integrate for implicit authentication in 4G/5G

Secure storage

VoIP security

NVIDIA DPU integration

Successful Pilot Deployment:

CHALLENGE

• Quantum computing poses an existential threat to modern encryption
• Data captured today by cyber criminals and nation-state actors is susceptible to Harvest Now, Decrypt Later attacks
• Enterprises must adopt quantum-secure solutions to protect data today

SOLUTION

The first-ever global quantum-secure communications debuted with Qrypt’s DQKD technology over Megaport’s Network-as-a-Service, eliminating key exchange vulnerabilities during file-sharing across three global locations: (1) AWS in San Francisco, (2) Azure US East
in Virginia, and (3) Google Cloud in Tokyo.

SUCCESS

• Seamless, scalable deployment via SDN into existing infrastructure, without any expensive hardware overhaul
• Future-proof data protection using quantum entropy and zero-trust encryption to safeguard critical data from evolving cyber and quantum threats

Qrypt’s DQKD Complements Traditional QKD

1

Redundancy

Enhances resiliency by providing backup key distribution, ensuring continuous secure communication.

2

Range

Expands secure key distribution beyond the physical limitations of traditional QKD.

3

Responsive

Supports both software and hardware deployments, integrating seamlessly into diverse infrastructures.

Getting Started with Qrypt’s DQKD

Simple Deployment with Docker Container or a Dedicated Server System

Qrypt’s DQKD offers both a software- and hardware-based deployment. Implementing software-based DQKD is as straightforward as a Docker container. Hardware-based DQKD can be easily deployed by integrating severs hosting DQKD into any ETSI-014 compliant network, regardless of scale or technical spread.

Software Deployment

Deploy Qrypt’s DQKD in your network as a Docker container, designed for hassle-free integration. This approach ensures compatibility with a wide range of systems and simplifies the transition to enhanced quantum security.

Hardware Deployment

For enhanced security, DQKD can be deployed on dedicated hardware. The DQKD instances will reside within the same security boundary as the application requesting keys from DQKD, and can be accessed using the ETSI-014 API.

Accessing Documentation

For detailed guidance on setup and deployment, access our documentation here: docs.qrypt.com. This resource provides the necessary information to integrate Qrypt’s DQKD into your network seamlessly.

 

Implementing Qrypt’s DQKD is a straightforward step towards securing your communications against quantum and classical threats, ensuring your cryptographic infrastructure remains robust and future-proof.