The European Union is currently in talks to join a coalition led by the United States that aims to secure supply chains for critical technologies. This coalition, often referred to as a trusted network, prioritizes the infrastructure for artificial intelligence, advanced semiconductor supply, and essential minerals necessary for production.
How does the alliance affect technology supply chains?
The ongoing initiative is an extension of efforts started during the previous U.S. administration, focusing on decreasing Western reliance on China for vital technology supplies. The intention behind the EU's interest in joining this coalition is not an abrupt change in direction but rather an expansion of ongoing efforts. Europe has been developing its own frameworks for some time, such as the European Chips Act, which targets enhanced domestic semiconductor manufacturing. Similarly, the Critical Raw Materials Act aims to secure resources crucial for technologies like electric vehicle batteries and graphics processing units. The US-EU Trade and Technology Council has also laid the groundwork for this exact kind of cooperation.
Incorporating the EU into this U.S.-led alliance could add another layer of coordination over existing systems, indicating a more explicit alignment with Washington on strategies aimed at technology management in relation to China.
Why is this relevant for cryptocurrency?
Although this alliance doesn’t specifically mention cryptocurrencies like Bitcoin or Ethereum, it is crucial for the crypto sector. The technologies that this coalition targets are foundational for cryptocurrency operations. For instance, Bitcoin mining relies significantly on specialized microchips, and large-scale mining operations depend heavily on ASICs, which require advanced semiconductor fabrication concentrated in countries like Taiwan and South Korea.
Furthermore, as the infrastructure for cryptocurrencies continues to evolve, a significant portion now relies on cloud services supported by graphics processing units and custom-built AI accelerators. Supply chain constraints or preferential arrangements for allied nations could result in shifts in the pricing structure of these essential services.
High-demand elements like rare earth and specialty metals critical for semiconductor production are primarily processed in China, emphasizing their significance in technological advancements. Elements such as cobalt, lithium, gallium, and germanium are vital for the hardware that underpins decentralized networks and services.
What is the response from China?
In light of Western efforts to contain its influence, China has implemented its own export restrictions on critical minerals like gallium and germanium, essential components for chip manufacturing. Additionally, the country has accelerated its domestic semiconductor initiatives, yet it still lags behind frontrunners like TSMC and Samsung.
The EU’s move to negotiate entry into this coalition signifies a more extensive reshaping of global trade relations. Historically, European trade policy sought to balance its relationships with both the U.S. and China, but this balance is becoming less tenable as technology sectors represent an increasingly vital arena for global power dynamics.