Why businesses must prepare for a post-quantum future

Date:
Fri, 11 Apr 2025 14:08:36 +0000

Description:
Robert Haist, CISO at TeamViewer discusses how quantum will become
mainstream, touching on the threats that will arise

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The quantum revolution is no longer a distant dream; it is an approaching reality. With Amazon and Microsoft recently solidifying their positions in
the quantum race, the conversation around quantum computing is moving from theoretical to practical. While we are still several years away from "Q Day" the moment when quantum computers break todays encryption standards the leap from niche research to mainstream awareness can happen in an instant. If generative AI tools like ChatGPT are any indication, when quantum computing truly takes off, it will do so at an unprecedented speed.

For businesses, this presents both an opportunity and a challenge. The opportunity lies in leveraging quantum computing for unprecedented computational power, problem-solving, and innovation. The challenge, however, is that quantum computing will render current cryptographic protections obsolete, posing significant cybersecurity risks. Organizations that fail to prepare for post-quantum cryptography (PQC) could find themselves vulnerable in a post-quantum world. Investing in innovation: A national and
industry-wide commitment

Encouragingly, governments and businesses alike are acknowledging the potential and risks of quantum computing. The UK government has pledged 2.5 billion over the next decade to support quantum research and development, reinforcing the importance of staying ahead in this field. This investment
has spurred businesses across the technology sector to accelerate their own quantum readiness plans, adopting new standards and preparing for a post-quantum future.

However, this is not a concern exclusive to the tech giants that have been investing in quantum computing for years. While companies like Google, IBM, and Apple have led the charge, smaller businesses must now prioritize quantum preparedness as well. Apples recent introduction of PQ3, a post-quantum cryptographic protocol for secure messaging, highlights how quantum security is becoming an industry-wide focus. The underdogs must prepare: no company is immune

For smaller organizations, the transition to a quantum-secure future can feel overwhelming. Unlike major tech firms with dedicated research teams and vast budgets, smaller enterprises may struggle to dedicate resources to quantum readiness. Yet, these companies cannot afford to delay preparations.

Quantum computing threatens not just national security or financial institutions but any business that relies on cryptography which is to say, nearly every company operating in a digital world. Sensitive customer data , financial transactions, intellectual property, and corporate communications all depend on encryption. If that encryption is suddenly compromised, the consequences could be catastrophic.

This is why businesses of all sizes must take stock of their vulnerabilities today. Assessing cryptographic dependencies, mapping out which systems rely
on outdated encryption, and planning for a transition to PQC should be on every companys roadmap. Cybersecurity leaders must work alongside technology providers to identify the best path towards quantum resilience before it becomes an urgent necessity. The road to "Q day": A five-year countdown

While we may be at least five years away from "Q Day, the timeline for
quantum computings impact on security could accelerate unexpectedly. As advancements in quantum research continue, the ability to break conventional encryption algorithms could arrive sooner than anticipated. Organizations
that set out a comprehensive quantum strategy today will be best positioned
to weather the transition when the time comes.

Already, the UKs National Cyber Security Centre (NCSC) has issued guidance on preparing for PQC, emphasizing that companies must act now rather than later. The shift to PQC wont be as simple as flipping a switch; it requires careful planning, testing, and industry-wide coordination.

Businesses that embrace the transition early will have a competitive advantage, securing their data and maintaining customer trust while others scramble to catch up. Meanwhile, those that delay could find themselves
facing increased regulatory scrutiny and reputational damage when quantum threats become a reality. A call to action: prepare now, stay secure later

The era of quantum computing is coming faster than many realize, and its impact on cybersecurity will be profound. As we saw with AI , technological advancements can transition from the lab to everyday use at lightning speed. Companies that recognize the urgency of post-quantum cybersecurity today will be best equipped to navigate the future.

Governments and large corporations have already begun laying the groundwork, but this is not just an issue for the biggest players. Businesses of all
sizes must take the quantum threat seriously and begin their transition towards quantum-secure encryption now. The call to action is clear: invest in post-quantum cryptography, assess security vulnerabilities, and develop a strategy for the quantum age. Waiting until "Q Day" arrives is not an option because by then, it will be too late.

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