What is quantum security?

Quantum security (or post-quantum security) means being resistant to the cyber threat posed by quantum computers. Highly powerful, with the ability to simulate highly complex systems and interactions, quantum computers will yield monumental benefits to society, enabling significant advancements in the spheres of healthcare, AI, drug discovery, logistics, and much more. At the same time, the game-changing capabilities of quantum computers to quickly factor prime numbers and break the foundations of public key cryptography, will provide an easy avenue for criminals and other adversaries to steal data and exploit companies, governments and individuals. While no one can say for sure when a ‘cryptographically relevant’ quantum computer will come online, we know that with the billions being channelled into quantum computing research at the national level, it is simply a matter of months or years before a quantum computer with 4000 error-corrected qubits (the number required to factor RSA-2048) will come online.

To achieve quantum security today, a cryptographic system that works seamlessly with current computers and technology, yet protects against the quantum computing threat, is needed.

Why is quantum security needed today?

Store Now, Decrypt Later (SNDL) is a common cyber attack where a bad actor will harvest an encrypted data source with the expectation of being able to decrypt it in the future. Once decrypted, the data will then be distributed or sold on the dark web, compromising the confidentiality and integrity of digital assets and information. For sensitive data with a long shelf life – such as health records, bank account information, PII, and national security intelligence – it is important that such data is properly encrypted today. This will prevent it from being harvested today and rendered human-readable before its relevance runs out. By upgrading to quantum security today, this threat will be avoided, and sensitive data will remain protected in the future.

Is quantum security regulated?

NIST has initiated a process to standardize post-quantum cryptographic algorithms.

In January 2022, President Biden signed into effect an executive order giving government agencies six months to identify and put in place a plan to upgrade systems to quantum resilient cybersecurity. It is now law, and highly regulated industries, especially those that contract with the government, will follow suit.

Become quantum secure
QuProtect

Rapidly implemented, seamlessly integrated. Forever protected.

QuSecure’s all-encompassing software-based solution, QuProtect, enables our clients to focus on their business goals, with confidence.
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QuProtect Key Features

  • Fully standards-based and compliant

    Including NIST compliant, providing trusted delivery of post-quantum resilience
  • Easy client-side installs

    Seamlessly upgrades managed and non-managed endpoints and devices, solving for BYOD encryption compliance
  • Low risk, simple integration

    Software-based solution that is easy to deploy, operate and manage, with minimal disruption to existing infrastructure
  • Full legacy network support

    Policy-controlled backwards compatibility, allowing upgrades to be staged over time
  • End-to-end protection with zero trust

    Hyper-secure, fast connection to any device
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Traditional approaches for protecting our digital footprint are rapidly becoming outdated as quantum risks emerge. The solution is to take steps now to become quantum resilient by upgrading networks with QuSecure.”
Rene Haas
Chief Executive Officer, ARM
INDUSTRIES

Industry-specific knowledge. Applied.

At QuSecure, we know that certain industries have unique needs and challenges. When it comes to achieving quantum security, a different approach is sometimes required. We bring a strong track record of working closely with specialists and clients in the areas of Banking and Finance, Space and Satellite, and Federal Operations, as well as many other industries.

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Banking and Finance
Use cases include Public & Private Cloud, IoT devices, Stored Data
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Federal Operations
Use cases include JADC2, TRANSEC, Classified Data, NSS
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Space and Satellite
Use cases include Satellite-to-Satellite, Legacy Assets, Edge
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Other Industries
Use cases include SCADA, Grid, Logistics, Electronic Health Record (EHR) Systems
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