The United States has released a series of landmark documents following President Donald Trump’s August 8 meeting with Armenian Prime Minister Nikol Pashinyan and Azerbaijani President Ilham Aliyev. Framed as a turning point for peace in the South Caucasus, the agreements span strategic cooperation, energy security, and technological innovation, marking Washington’s deepening engagement with both Yerevan and Baku.
The agreements reveal a marked disparity in U.S. priorities. Azerbaijan is granted direct material gains: expanded energy investment, regional infrastructure, strengthened defense and counterterrorism cooperation, enhanced trade ties, and new AI-linked digital projects. These measures increase Baku’s hard power and consolidate its role as Washington’s regional security partner.
Armenia, in contrast, is positioned not as a security partner but as a platform for U.S.-oriented institutional and technological projects. The memoranda emphasize border security training under American standards, cyber defense integration, and a wholesale modernization of Armenia’s energy grid with U.S. technical oversight, including civil nuclear cooperation and battery storage projects.
Most striking are the provisions on semiconductors and artificial intelligence. Armenia is encouraged to build a chip-manufacturing ecosystem, restructure its research and academic institutions to fit U.S. supply-chain needs, and align its technology sector with Western export-control regimes. This places Armenia on track to become a regional outpost for sensitive industries—an auxiliary node in the U.S.-led semiconductor architecture, resembling the positioning of Taiwan in earlier decades.
The result is a structural imbalance: Azerbaijan’s defense capabilities are being directly bolstered, while Armenia’s military and civil institutions are reshaped into instruments serving external strategic priorities. In practice, Baku gains immediate security advantages, while Yerevan assumes the role of a controlled partner whose sovereignty is increasingly tied to U.S. technological and infrastructural frameworks.
