Quantum-resistant Encryption Standards For Secure Geospatial And Mapping Data – New research from Info-Tech Research Group is helping organizations begin their transition to quantum-resistant cryptographic capabilities to protect the security and integrity of mission-critical applications.

TORONTO, August 29, 2023 // – Anticipated advances in fault-tolerant quantum computers, better performance of encryption algorithms and existing cryptosystems, are expected to be realized sooner than previously anticipated. Due to the evolving situation, data that is currently considered secure faces potential vulnerability due to the emergence of capture-now-decrypt-later strategies. Ensuring the security of corporate data assets should be of utmost importance to organizations, but the complexity involved makes it challenging for organizations to incorporate quantum-resistant cryptography into their current IT infrastructure. In response to this urgent need, global information technology research and consulting firm, Info-Tech Research Group, has released its timely plan, Preparing for Post-Quantum Cryptography.

Quantum-resistant Encryption Standards For Secure Geospatial And Mapping Data

A robust approach to post-quantum security involves implementing a combination of defined policies, effective technical safeguards, and comprehensive training plans. Organizations may also need to implement new cryptographic algorithms or upgrade existing protocols to incorporate post-quantum encryption methods, according to new research from Info-Tech Research Group. (CNW Group/Information Technology Research Group)

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“Emerging quantum technology has the potential to tackle valuable problems that even the most powerful supercomputers will never be able to solve,” said Alan Tang, principal research director, security and privacy at Info-Tech Research Group. As we move further into the age of quantum mechanics, organizations that rely on encryption must consider a future where these methods will no longer be sufficient as effective safeguards. Organizations must proactively prepare to develop necessary countermeasures and security measures. “Quantum Safe” mode.

The new source explains that the effort to move toward elastic quantum cryptography will require significant effort and time, with specific requirements that will vary for each organization. The lack of a comprehensive understanding of cryptographic technologies currently used in existing IT systems creates additional difficulties in identifying and prioritizing systems in need of improvement.

To support IT leaders in their efforts to undertake major efforts in transitioning an organization’s cryptographic systems to post-quantum cryptography, the Info-Tech Research Group has outlined a five-step approach to developing secure quantum cryptography:

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“A task that currently takes 10 years to complete in a brute-force attack can be accomplished by a quantum computer in less than five minutes, rendering many existing security measures completely ineffective,” Tang explains. “The biggest priority for organizations as we move into the quantum age is data security and the preservation of sensitive information.”

Info-Tech Research Group advises IT leaders that providing quantum resilience to systems during the modernization process requires collaboration beyond the authority of a chief information security officer (CISO). It is a strategic effort shaped by leaders across the organization as well as external partners. This comprehensive approach includes the collective input and collaboration of stakeholders from different areas of expertise inside and outside the organization.

For media inquiries and interview requests with an IT Research Group analyst on quantum cryptography and preparing for the quantum era, contact Sofyan Al-Hassan, director of public relations at the IT Research Group, at [email protected].

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Info-Tech Research Group is one of the world’s leading IT research and consulting firms, proudly serving more than 30,000 professionals. The company produces unbiased and highly relevant research to help CIOs and IT leaders make strategic, timely and informed decisions. For more than 25 years, Info-Tech has worked closely with IT teams to provide them with everything they need, from practical tools to analyst guidance, and ensure they deliver measurable results for organizations.

Media professionals can sign up for unlimited access to IT, HR and software research and over 200 IT and industry analysts through the Media Insiders program. For access, contact [email protected].

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The advent of quantum computers will make ECC and RSA encryption algorithms obsolete, requiring enterprises to migrate their computing systems and PKI infrastructure to new quantum secure cryptographic algorithms.

Securing The Post Quantum World

This migration of PKI solutions to quantum secure cryptographic algorithms will create many big challenges for many companies. All existing applications and systems must be updated to support the new secure quantum algorithms that are now being developed in response to the threats posed by quantum computers. The process of updating to new algorithms requires significant engineering work, and many systems require extensive updating.

For many companies, a “rip and replace” approach to upgrading their encryption systems simply isn’t feasible. They need a solution that allows for a gradual and low-risk migration of systems to these new cryptographic algorithms to avoid the need to update all systems at once. Additionally, all systems must be tested to ensure they function properly during transit.

Quantum secure cryptography requires certificates that support quantum secure algorithms. New certificate types are introduced to solve the challenges of migrating to quantum secure cryptographic algorithms, with different certificate types for different use cases.

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There are four “types” of certificates relevant to any discussion of secure quantum cryptography – each with different purposes, uses, and trade-offs. It is important to note that in both cases, we are still discussing the X.509 digital certificate. Certificate types differ according to the purpose of the certificate and the encryption algorithms used to create the certificate.

Traditional PKI certificates are the certificates used in our PKI systems today. “Traditional” refers to the fact that these certificates use traditional ECC or RSA encryption algorithms. Most PKI systems will continue to use traditional PKI certificates for some time to come. They provide effective protection against existing computer attacks, but will be rendered obsolete in the future by quantum computers and quantum attacks on ECC and RSA encryption.

Quantum secure certificates are X.509 certificates that use quantum secure encryption algorithms. While NIST is still in the process of standardizing quantum secure encryption algorithms, they have identified a number of candidate algorithms and implementations of these algorithms are currently available.

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Migrating to quantum secure algorithms means using quantum secure certificates. That is, X.509 certificates containing quantum secure encryption keys used with quantum secure encryption algorithms. These implementations require updating existing systems to use new encryption algorithms.

Hybrid certificates are cross-signed certificates that contain a traditional key and signature (RSA or ECC) and a quantum secure key and signature. Hybrid certificates enable a migration path for systems with multiple components that cannot all be upgraded or replaced at the same time.

Using hybrid certificates is like having a house with two doors, and each door has its own unique key. If I install a new front door lock, only people with the new key can open that door. People with the old key can still enter the house, but only through the unchanged back door. during the time,

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