Pax Silica and Hypergravity Put Central Asia on the Global Tech Chessboard

As global power competition increasingly revolves around technology rather than territory, Central Asia is emerging with renewed strategic relevance. In an article published in The Diplomat, international conflict and geopolitics expert Timur Serikuly argues that the concepts of Pax Silica and Hypergravity are reshaping the region’s role in the international system. Moving beyond traditional security and resource-based narratives, he explores how digital infrastructure, technological acceleration, and systemic shocks are redefining Central Asia’s place in a rapidly evolving global order—positioning it not as a passive periphery, but as an increasingly important node in the new technological era.

Geographically and politically, Central Asia—and Kazakhstan in particular—occupies a natural bridge position between emerging technological blocs, The Caspian Post reports via The Diplomat.

According to Serikuly, today’s main arenas of geopolitical competition lie in semiconductor supply chains, computing power, laboratories, and scientific infrastructure. The United States is building a technological alliance known as Pax Silica, while China has launched the world’s most powerful hypergravity research facility. Together, these developments signal the emergence of a new global technological architecture in which Central Asia, and Kazakhstan specifically, is gaining a unique window of opportunity.

The U.S.-led Pax Silica initiative aims to secure the entire supply chain of critical technologies—from rare earth minerals and manufacturing to data centers and digital transmission networks. It is a key pillar of the economic strategy of the Donald Trump administration, designed to reduce dependence on rival powers and establish a “trusted club” in artificial intelligence and semiconductors. Alongside the United States, the alliance already includes Australia, Israel, the United Kingdom, Japan, South Korea, Qatar, Singapore, and the United Arab Emirates, with India expected to join in February.

As a result, countries such as Israel, Qatar, and the UAE are now part of a single technological framework, reflecting Washington’s efforts to build a suprapolitical integration platform where technology serves as a tool for rapprochement.

Pax Silica members are actively developing regional projects to modernize trade and logistics routes, including the India–Middle East–Europe corridor, using advanced U.S. technologies. The United States and Israel are also planning a Strategic Framework Program linked to Pax Silica, featuring the “Fort Foundry One” industrial park in Israel to accelerate implementation of joint projects.

In essence, Pax Silica represents a counterweight to China’s Belt and Road Initiative—an attempt to construct an alternative global trade system in which the United States sets technological standards and rules.

At the same time, China is pursuing technological sovereignty through investments in fundamental science, highlighted by the launch of its hypergravity research facility. This complex allows scientists to simulate extreme conditions needed to develop new materials, aerospace technologies, hypersonic systems, and advanced energy solutions.

Unlike Pax Silica’s focus on supply chain control, Beijing is prioritizing long-term scientific autonomy by building its own research ecosystem and reducing reliance on Western laboratories. As a result, competition is no longer limited to markets and corporations, but increasingly takes place between entire scientific and technological systems.

Against this backdrop, reports of a late-December phone call between Kazakh President Kassym-Jomart Tokayev and U.S. President Donald Trump carry symbolic weight. Following the conversation, Tokayev again invited Trump to visit Kazakhstan on a state visit or as part of a broader Central Asia tour. If realized, it would mark the first visit by a sitting U.S. president to the region, signaling that Washington views Kazakhstan not as a peripheral state, but as a key Eurasian anchor with independent geopolitical and technological significance.

In this emerging configuration, Kazakhstan—the most economically and technologically advanced country in Central Asia—holds a distinct position. Located at the intersection of U.S., Chinese, Russian, EU, and Middle Eastern interests, it serves as a natural bridge between competing technological blocs. The country boasts advanced space infrastructure, experience in nuclear science and scientific diplomacy, participation in major transport corridors, and growing digital ecosystems such as Astana Hub, alongside domestic strengths in govtech and fintech.

President Tokayev has repeatedly emphasized his commitment to transforming Kazakhstan into a digital state, declaring 2026 the Year of Digitalization and Artificial Intelligence. These factors provide a foundation for turning the country into a regional hub for high technology and science.

Serikuly identifies several strategic opportunities for Kazakhstan within the Pax Silica framework. First, the country possesses significant reserves of rare earth and critical minerals essential for microchips, batteries, and high-tech electronics, offering a chance to move from raw material exports to processing and advanced manufacturing. Second, Kazakhstan could develop into a data transit hub between Europe and Asia by hosting data centers and computing clusters amid rising global demand for AI processing power. Third, participation in Western technological ecosystems could provide access to cutting-edge developments in cybersecurity, microelectronics, and digital infrastructure, while academic exchanges and joint laboratories could position Kazakhstan as a regional training center for engineers and scientists.

At the same time, Kazakhstan’s long-standing multi-vector foreign policy is gaining new relevance in an era of technological bipolarity. Cooperation with the United States and Pax Silica partners can be balanced with participation in Chinese scientific mega-projects, engagement with the EU on digital regulation, and partnerships with Gulf countries—allowing Kazakhstan to act as a neutral platform for technological dialogue.

China’s hypergravity research initiative also holds direct relevance for Kazakhstan, opening opportunities in new materials for mining, deep-mine technologies, seismic-resistant structures, infrastructure in complex terrain, and aerospace research. These areas could form the basis for joint research programs and industrial cooperation, helping integrate science more deeply into the economy.

To seize this moment, Serikuly argues that Kazakhstan must take concrete steps, including establishing a National Center for Advanced Technologies, developing strategies for integration into global AI value chains, attracting foreign investment into tech projects, launching talent retention and repatriation programs, and elevating technological diplomacy as a core element of foreign policy.

As the United States advances Pax Silica and China invests heavily in hypergravity science, Kazakhstan faces a strategic choice: remain on the technological periphery or become a junction point of emerging civilizational projects and an intellectual hub of Eurasia. In the 21st century, power is increasingly measured not by oil reserves or military bases, but by computing capacity, research institutions, standards, and human capital—and Kazakhstan has an opportunity to claim a place among those shaping the future technological order.

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