August: The Month the Technology Headed for the Factory While Certification Stayed Put

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Last month, Quantum Korea 2026 showed us national strategy taking shape where people actually meet. This month brought news of that strategy moving a step further: Israel launched a national tender to build its own quantum computer, and Taiwan's Quanta Computer teamed up with Quantinuum to figure out how to build quantum computers in a factory rather than a lab. Meanwhile, the domestic certification system that's supposed to actually bring this technology into use was moving at an entirely different pace. Today we cover these three stories along with the rest of what happened in the quantum ecosystem this August 🌐

📌 Quick summary of today's issue

• 🇮🇱 Israel launched "Project Nexus," a national tender to build a sovereign quantum computing platform, as the first concrete step under its national AI sovereignty strategy
• Taiwan's Quanta Computer and Quantinuum signed a hardware co-development agreement aimed at turning quantum computers into infrastructure that can be manufactured at scale, not just built in a lab
• Korea has only 3 KCMVP-certified post-quantum cryptography (PQC) products, while more than 600 organizations are now required to adopt PQC, raising concerns about a supply bottleneck
• This connects to a trend already underway since June, when the US Department of Defense accelerated its own PQC migration deadlines (key establishment by 2030, digital signatures by 2031)

🔍 What happened

🇮🇱 Israel launches a sovereign quantum computer tender as its first concrete step under national AI strategy

On August 5, the Israeli government unveiled "Project Nexus," a national tender to build a domestic quantum computing platform that would support the various quantum technologies being developed within the country. This is the first concrete implementation of "Government Decision 4255," which set out Israel's national AI strategy, announced alongside other initiatives like a Physical AI testing ground and the development of Israel's own foundational AI models. The government hasn't yet disclosed specific technical specifications, budget figures, procurement timelines, or which companies or research institutions will participate. Deputy Accountant General Evyatar Peretz said the strategy "provide[s] the industry and the economy with the necessary foundation to lower barriers, ensure technological sovereignty, and make global breakthroughs," while Dr. Smadar Itzkovich called the move "smart and bold," noting it places Israel alongside Japan and the UK, which are pursuing similar national strategies.

Taiwan's Quanta Computer and Quantinuum: "from the lab to the factory"

On August 14, Taiwanese computer manufacturer Quanta Computer and quantum computing company Quantinuum signed an agreement to jointly develop hardware infrastructure for next-generation quantum computing systems. The goal is to combine Quantinuum's quantum technology expertise with Quanta's experience manufacturing advanced computing platforms at scale, making quantum computers more modular, manufacturable, and scalable. Quantinuum CEO Dr. Rajeeb Hazra said, "It is time for quantum computing to transition from breakthroughs in physics achieved in the lab to breakthroughs in system manufacturing that can be deployed and operated at scale." No specific investment figures or timelines were disclosed, but given Quanta's world-class advanced computing manufacturing capabilities, the industry is watching closely for what this partnership could mean for the broader quantum manufacturing ecosystem and supply chain.

Korea's PQC certification: world's top patent filer, but only three certified products

According to an August 10 report, while Korea leads the world with 101 patent filings related to post-quantum cryptography (PQC), only three products have actually received KCMVP (Korea Cryptographic Module Validation Program) certification: Hancom With (January 2025), XGate (April 2026), and IT Cent PNS (July 2026). Meanwhile, more than 600 organizations, including 342 public institutions, 18 central government agencies, and 243 local governments, are now required to adopt PQC, with the mandate taking effect in November 2026. An industry source noted, "meeting this demand with just three KCMVP-certified products is physically impossible." KCMVP certification itself takes months per product, and while the government's PQC pilot budget sits at around 4.5 billion won, the estimated cost of replacing infrastructure across the financial sector alone runs to roughly 2.4 trillion won, a clear sign that budget and certification speed haven't kept pace with Korea's technology ranking.

This pace has been building since June

None of this speed is entirely new. Back in June, the US Department of Defense officially acknowledged the national security threat posed by quantum computing and strengthened its own PQC migration policy. Federal contractors must obtain third-party (CMMC) certification starting November 2026, with key establishment required to meet PQC standards by December 2030 and digital signatures by December 2031. Gartner has forecast that the share of high-value assets protected with PQC, currently under 10%, will rise to 80% by 2030, warning that "companies not launching PQC pilots by 2027 may face 200%+ increased conversion costs."

🧭 Why this matters now

National strategy is moving into the execution phase

Israel's Project Nexus is an extension of the national strategy race we covered last month, but with one key difference: this time, it moved into the concrete execution phase of an actual procurement tender. As more national strategies move past announcement and into real procurement and development, the competition between countries will increasingly be decided not by declarations but by the actual pace of building capability.

Commercialization is ultimately a manufacturing problem

What the Quanta-Quantinuum partnership shows is that quantum computing is moving past the question of "how powerful a processor can we build" and into "how do we actually manufacture that processor reliably at scale." Partnerships between quantum technology companies and firms with advanced manufacturing capabilities will keep serving as an important signal for gauging how fast quantum computing is actually heading toward commercialization.

A technology ranking and real-world readiness are two different measures

Korea's status as the world's top filer of PQC patents lost some of its shine against the reality that just three certified products can't meet demand from over 600 mandated organizations. It's a clear example of how far ahead a country develops a technology and whether it has the systems in place to actually procure and deploy that technology are two entirely different questions.

✅ Four things to check from a quantum strategy perspective

• If your organization falls under a mandatory PQC adoption requirement (public sector, finance, defense, etc.), have you secured a timeline to actually procure a certified product before the November 2026 deadline
• Are you regularly tracking whether national quantum strategies, like Israel's Project Nexus or Korea's Quantum Technology Industry Act, are moving past the announcement stage into actual procurement and execution
• Using signals like the Quanta-Quantinuum hardware partnership, are you distinguishing whether a quantum technology you're evaluating is still lab-stage or moving toward commercialization
• When building your PQC migration budget, have you factored in the bottleneck of a limited number of certified suppliers as its own distinct risk factor

⚠️ What teams often miss

"The technology exists" and "you can actually procure it" are two different questions

Metrics like patent counts or technology rankings only show a country's R&D capability, they say nothing about when you can actually buy a product built on that technology. As Korea's PQC certification bottleneck shows, cases where the technology is ready but certification and procurement systems haven't caught up are more common than you'd expect. When building an adoption roadmap, check not just how mature a technology is, but whether certified suppliers and certification systems are actually in place to procure it.

It's easy to mistake a national strategy announcement for a commercialization signal

A national strategy announcement like Israel's Project Nexus shows direction, but it's often still at an early stage where technical specs, budget, and timeline haven't even been disclosed yet. An industrial partnership like Quanta-Quantinuum, where a company with real manufacturing capability gets involved, is a signal one step closer to actual commercialization. It's worth training your eye to tell these two kinds of news apart rather than weighing them equally.

"A country's ranking on quantum technology is a report card for R&D. Procurement and certification have their own, separate report card." — Basestone Quantum Security Lab

🚀 How to start small

A good first step is checking whether your organization falls under a mandatory PQC certification requirement, and if so, whether a certified supplier is actually available to procure from within the time remaining before the November 2026 deadline. Even if you're not subject to the mandate, it's worth getting ahead of how this bottleneck might ripple into your own industry.

If you'd like to look at this month's vishing playbook that breached McKesson and RingCentral as well, we'd also recommend reading Dissecting the Vishing Playbook That Breached McKesson, RingCentral, and a String of Major Companies in August 2026.