On April 14, World Quantum Day rolled out again, and this time the mood around it feels less like curiosity and more like pressure. Quantum computing is stepping out of the lab glow and into boardroom talk—where timelines matter, budgets matter, and risk… well, risk suddenly has a face.
The day itself is global, launched by quantum scientists in 2021 as a decentralised initiative meant to build awareness and understanding through talks, exhibitions, lab tours and panel discussions. But what’s being shared most widely now isn’t the science brochure version. It’s the idea—repeated in different ways by researchers, engineers, and industry voices—that the window to prepare is narrowing.
A key driver is straightforward, and a little unsettling: advances in quantum capabilities are expected to threaten current encryption standards and reshape long-term data security. Misryoum newsroom reported that this urgency is also being fueled by industry consensus that turning “awareness” into action isn’t a someday task. Instead, World Quantum Day is increasingly treated as a kind of marker—how seriously organisations are preparing for the next era of computing.
There’s also the simple fact that the pace is speeding up. IBM says it is targeting near-term quantum advantage by the end of 2026 and the first large-scale fault-tolerant quantum computer by 2029, underscoring how quickly the conversation is moving from long-term possibility to practical planning. In the UAE, the momentum is being positioned as a strategic push too: the Technology Innovation Institute’s Quantum Research Center says it is driving the development of quantum technologies in the region and aims to build the Arab world’s first quantum computer. In 2025, TII also announced a partnership with Quantinuum to give UAE researchers access to advanced quantum systems, including Helios, in a move designed to strengthen the country’s role as a global hub for quantum research and innovation.
In Misryoum newsroom reported conversations, Stefan Leichenauer, VP – Engineering at SandboxAQ, put it bluntly: the remaining time to prep before scaled quantum computers arrive is “extremely valuable.” Once they arrive, he argues, the well-prepared will be rewarded while others are left behind—especially in cybersecurity. Misryoum newsroom reported credible estimates that large-scale quantum machines could break RSA as early as 2029, which means the threat may arrive faster than many expect. Those who do not implement quantum-safe protocols, a years-long process, will be vulnerable.
Then there’s the “harvest now, decrypt later” problem—adversaries intercepting encrypted data today to decrypt once Cryptographically Relevant Quantum Computers mature. David Lewis, Global SVP at Endava, warned that businesses need to be aware of HNDL operations and their impact: classically encrypted data captured today could be decrypted within the next 5-10 years. Misryoum newsroom reported industry estimates suggesting that more than 10 billion records are harvested each year, and with a sharp decline in storage costs, bulk interception becomes “economically trivial.”
Even more, some experts frame quantum risk as systemic, not niche. Ritesh Kakkad, Co-founder, XDC Network, said a trade finance document signed on blockchain today must remain legally valid for 20 to 30 years, and that every one of those documents uses ECDSA—cryptography quantum computers will break. He argued the threat doesn’t stop at blockchain, pointing to the same encryption standards protecting global banking systems, cloud platforms, and payment infrastructure. Misryoum newsroom reported he also highlighted deadlines for post-quantum migration, including China’s national cryptography standard requiring post-quantum migration by January 2027 and the EU requiring full migration by December 2030.
There’s a lot of talk about pathways too—near-term quantum-inspired optimisation, mid-term hybrid quantum-classical workflows, and long-term quantum-native breakthroughs. But the common thread across these viewpoints is action now: inventory long-lived data and systems relying on public key cryptography, use that inventory to drive cryptoagility and phased deployment of post-quantum cryptography, and move toward cloud infrastructure if organisations aren’t there already. One detail that stuck—tiny, but real—was the buzz of a conference room speaker fading in the background as someone described the shift to cloud-native operations. Like, even the setting felt behind schedule.
And still, even with growing urgency, there’s no binding global standard that forces a universal migration timeline. The EU and the US National Institute of Standards and Technology have set benchmarks, but they are not universally enforceable. Misryoum editorial desk noted the pressure for governments and standardisation bodies to move faster—mandating quantum-safe requirements for cloud providers, payment systems, and financial infrastructure before the window closes. The organisations that act early may gain the edge; those waiting on regulation might… honestly, they may find they’ve run out of time.
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