PKWARE Launches Quantum Readiness Assessment to Enhance Data Security

PKWARE Unveils Quantum Readiness Assessment



In an era where quantum computing is rapidly transforming the technological landscape, PKWARE has stepped up to assist organizations in safeguarding their sensitive information. With its newly launched Quantum Readiness Assessment and encryption capabilities, the company aims to mitigate the risks posed by these disruptive technologies.

Quantum computing is no longer just a future concept; it is an impending reality that could overturn traditional encryption methods. The once unchallengeable standards, including RSA and ECC, are now at risk of being compromised by advanced quantum machines. As these technologies evolve, it is imperative for organizations to adapt their security measures to stay ahead of potential breaches.

The Transition to Quantum Safety



PKWARE acts as a guiding light in this complex transition toward post-quantum cryptography. Their Quantum Readiness Assessment is designed to empower organizations by evaluating their current vulnerability to quantum threats and creating a comprehensive strategy to enhance their crypto agility. The assessment comprises several crucial steps:
  • - Identifying Vulnerabilities: Organizations can pinpoint which data and systems are most susceptible to quantum attacks.
  • - Reducing Risk Footprint: By analyzing risk data, PKWARE aids companies in minimizing overall threats by guarding at-risk data.
  • - Expert Collaboration: Clients can work with PKWARE's quantum specialists to ensure a smooth transition.

As Spencer Kupferman, CEO of PKWARE, states, "Quantum isn't just a future concern - it's a rapidly approaching reality. We're proud to lead the way with our quantum readiness assessment and quantum-safe encryption capabilities that will help our customers stay secure and compliant without disrupting their operations." He emphasizes the importance of proactive preparation rather than retroactive scrambling, ensuring organizations can adapt seamlessly to whatever challenges arise, be it quantum threats, AI advancements, or unforeseen risks.

The Quantum Threat Looming on the Horizon



Experts warn that quantum algorithms, particularly Shor's algorithm, could render many existing encryption methods ineffective. Predictions indicate that with the maturation of quantum technology, RSA-2048 encryption could potentially be cracked within just a day. This understanding underlines the urgency for companies to reassess and reinforce their data protection strategies.

NIST and Quantum Standards



To help lead organizations through this pivotal shift, the National Institute of Standards and Technology (NIST) has established three quantum-safe encryption algorithms as of August 2024:
  • - CRYSTALS-Kyber for key encapsulation,
  • - CRYSTALS-Dilithium, FALCON, and SPHINCS+ for digital signatures.

These standards provide a solid framework for businesses aiming to transition to post-quantum cryptographic systems.

Why Now?



PKWARE’s decades-long expertise in encryption, combined with the contributions of leading scientists, places the company in a unique position to help organizations navigate this critical transformation with confidence and precision. With an established reputation in data-centric security solutions, PKWARE offers the only data protection system that locates and secures sensitive information irrespective of the operating environment.

About PKWARE



For nearly 40 years, PKWARE has been a trailblazer in data security solutions. The firm not only aids companies in fulfilling compliance obligations but also assists in diminishing risks while upholding data privacy, even against the backdrop of quantum disruptions. With a diverse client base exceeding 1,200 organizations—including prominent financial institutions, healthcare entities, and government bodies—PKWARE continues to set the benchmark in data discovery and protection.

For more information on how PKWARE can help your organization prepare for the quantum future, visit pkware.com.

Topics Consumer Technology)

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