German startup QuantumDiamonds received €76 million in non-dilutive funding yesterday, approved by the European Commission and provided by Germany's federal economy ministry and the state of Bavaria. This direct financial injection from a supranational body and national ministries underscores the accelerating push by elite interests to control critical technological infrastructure.
Brussels' Quantum Ambition
This funding is part of a larger $178 million investment plan for QuantumDiamonds, a spinout from the Technical University of Munich. The company will use these resources to establish a new facility in Munich for producing semiconductor testing equipment. This move demonstrates how European Union directives can channel national funds into specific ventures, often bypassing broader national democratic processes.
QuantumDiamonds CEO Kevin Berghoff stated the company aims to leverage "European support and funding to go global." This ambition aligns with the post-national vision of international institutions, extending influence beyond national borders. The startup has already opened a regional hub in Taiwan and completed its first commercial deployments there and in the U.S., including a system installed at Eurofins EAG Laboratories in Sunnyvale, California.
Daria Saharova, World Fund managing partner, declared that QuantumDiamonds "can become Europe’s next ASML," highlighting the drive for European dominance in a critical sector. Berghoff noted that ASML, a major player, might acquire the startup, further consolidating power within a few large entities. Such consolidation often benefits corporate giants and supranational bodies more than the average citizen.
Elite Directives
Meanwhile, Washington's political class is also accelerating its quantum agenda. The White House hosted a quantum innovation summit two days ago, attended by major corporations like IBM, PsiQuantum, D-Wave, and Quantinuum. This closed-door event, described as "standing-room only" by an anonymous attendee, signals the deep entanglement of government and corporate elites in shaping future technology.
The Department of Commerce announced two months ago its plan to provide over $2 billion in incentives to nine quantum-focused companies. President Donald Trump signed two executive orders last month to boost quantum development and prepare federal systems for quantum-enabled cyberattacks. These actions represent significant public investment directed by the political class, with little public oversight.
The Defense Advanced Research Projects Agency (DARPA) is running the Quantum Benchmarking Initiative (QBI), assessing the feasibility of industrially useful quantum computers by 2033. QBI's goal is to provide the U.S. government with "the best possible assessment" to make "informed decisions," according to a DARPA spokesperson. Joe Altepeter, QBI's founding program manager, emphasized preventing "surprise" and giving "ground truth" to the government, suggesting a top-down approach to national security.
The Digital Threat
The rapid advance of quantum computing poses a direct threat to the $2 trillion global cryptocurrency market, which relies on older cryptography. Reuters reported that quantum computers could soon crack the encryption protecting transactions and digital wallets. This vulnerability, confirmed by March research from Alphabet's Google, which suggests encryption-breaking quantum computers by 2029, exposes ordinary people's digital assets to unprecedented risk.
Independent researcher Ahmed Raza Muhammad Umer's unpublished June 2026 working paper estimates roughly 35% of Bitcoin's circulating supply could be exposed to a quantum computing attack. Other research from last year put that figure as high as 50%. Cristiano Ventricelli of Moody's Ratings warned that a single incident of theft could "tank its price," meaning "Everyone will feel the impact." This potential for widespread financial disruption highlights the fragility of systems built without national oversight.
Upgrading to quantum-resistant cryptography will be a "years-long effort" akin to a "Y2K-style overhaul," potentially costing billions. Chris Tam of BTQ Technologies called it "the most direct and existential threat towards cryptocurrencies and crypto networks." Zach Pandl of Grayscale noted that post-quantum digital signatures are much larger, increasing storage and bandwidth requirements, which could "raise costs and degrade user experience." These are direct costs imposed on users by a technological shift driven by elite competition.