Chip Technology

Europe has spent the last few years watching its tech anxiety go from background hum to full orchestra. It's not hard to see why. In June 2026, France's intelligence services announced they were dropping Palantir, the American data analytics firm long embedded in European defence and policing work, in favour of a domestic provider, explicitly citing the need for "strategic autonomy." Germany's military reportedly will not touch Palantir at all, and the UK is now fielding parliamentary debates over a quarter-billion-pound contract with the company, partly because, as one legal analysis bluntly put it, even European data sitting in European data centres can still be pulled by U.S. authorities under American law, contracts or no contracts. It's the kind of detail that makes "data sovereignty" sound less like a policy buzzword and more like a genuine catch.   Then, just days before this was written, the U.S. government ordered Anthropic to cut off access to its most advanced AI model, Mythos, for anyone who wasn't a U.S. citizen, citing national security concerns. Anthropic's response was to switch the model off for everyone, Americans included, rather than build a citizenship checkpoint overnight. The episode lasted only days, but it landed exactly where Europe's anxieties already live: the frontier of AI doesn't just sit outside Europe's control, it sits inside one government's control, and that government can flip a switch.   None of this means Europe should panic, or try to build its own version of everything from scratch by Thursday. As the cost estimates make clear, chasing full autonomy across the entire AI stack would run into the trillions of euros, well past the point of being realistic. The more sensible response, is for Europe to get serious about which parts of the stack actually need to be sovereign, where partnership is a perfectly good substitute for ownership, and where its real strength, regulatory leadership, can be used deliberately rather than as a consolation prize. Sovereignty, in other words, isn't about owning everything. It's about knowing exactly what you can't afford to depend on.

December 2025 marked a structural shift in the global technological balance of power, as a state-backed Chinese industrial consortium, coordinated by Huawei, approved the operation of a functional prototype of an extreme ultraviolet (EUV) lithography system at a facility in Shenzhen. This announcement dismantles a core assumption that has dominated geopolitical thinking in Washington, Brussels, and Tokyo over the past decade, namely that the extreme engineering complexity of EUV technology would permanently confine China behind a technological barrier, preventing it from advancing beyond the 7-nanometre threshold in leading-edge semiconductor manufacturing.   Western containment strategies were grounded in a firm conviction that the Dutch firm ASML’s monopoly over highly complex supply chains would guarantee the exclusion of the world’s second-largest economy from producing the advanced semiconductors required for artificial intelligence applications. The new Chinese prototype, however, has invalidated this assumption, not by replicating Western engineering paradigms, but by pursuing an alternative physical and engineering pathway, shaped by imperatives of national sovereignty and enabled by effectively unconstrained state capital.   This prototype, based on laser-driven plasma (LDP) technology, demonstrates that Chinese engineering teams have mastered the core physical principles of optical control at 13.5 nanometres. In doing so, they have moved beyond a phase long framed as one of "scientific impossibility", shifting the contest decisively into a new stage defined by engineering scale-up and operational viability. This development signals the end of an era of unipolar technological dominance. It inaugurates a new phase of dual ecosystems within the semiconductor industry. This transformation will require a comprehensive reassessment of the economic and security assumptions that have governed the sector for decades.

The global competition over semiconductors and related military technologies has become the central axis of great-power rivalry. The United States maintains its leadership in the global semiconductor industry, with American companies securing roughly half of the global semiconductor market. However, this dominance faces a growing challenge from China, which accounted for 20% of global semiconductor sales in 2024. Beijing’s ambition to achieve self-sufficiency in semiconductors is steadily advancing despite ongoing trade tensions and intellectual property restrictions imposed by Washington amidst the broader ‘tech war.’ China aims to reach 50% self-sufficiency in semiconductor production by the end of the year, reinforced by significant investments in R&D and market expansion by Chinese firms.   In contrast, Russia’s position in semiconductor-dependent military industries is increasingly constrained. Although Russia retains expertise in weapons design, its reliance on imported materials and advanced chip-making equipment from Western countries exposes critical vulnerabilities. Western sanctions, introduced in response to Russia’s military actions in Ukraine, have sharply limited Moscow’s access to these essential inputs. In response, Russia has sought alternative suppliers, with China emerging as its largest source of semiconductor materials. These dynamic forms part of the broader Russia-India-China (RIC) trilateral framework, underpinning Moscow’s strategic pivot toward Eastern partnerships.   Meanwhile, India is rapidly evolving as a significant player in the semiconductor sector. The country’s announcement in September of its first indigenous chip, “Vikram 32,” marks a milestone in New Delhi’s pursuit of technological self-reliance and signals India’s potential emergence as a competitor to U.S. semiconductor dominance. India’s increasing engagement with Russia and China reflects a pragmatic alignment based on mutual interests, particularly in the context of escalating policy tensions with Washington. Notably, U.S. tariffs imposed on India’s trade in Russian oil have further incentivized this trilateral collaboration.   Collectively, the China-Russia-India “troika” represents a coalition of shared interests rather than a formal ideological alliance. Should this partnership strengthen, it could significantly bolster their semiconductor manufacturing capabilities and pose a formidable challenge to the American industry. Nevertheless, lingering frictions—such as unresolved border disputes, differing economic priorities, technological gaps, and the impact of sanctions—are likely to impede seamless technological integration. The United States still wields substantial influence over India, with opportunities to attract New Delhi through increased investments, tariff reductions, and advanced technology cooperation. Ultimately, the trajectory of the RIC semiconductor partnership holds profound implications for the global order. A successful integration of this “troika” chip industry with their respective military technologies could catalyse the rise of a multipolar system, revolutionizing surveillance, air defence, drone capabilities, and the broader defence industrial base, thereby reshaping international power dynamics.