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GlobalFoundries Lands $3.1B U.S. Defense Contract to Secure Domestic Chip Supply
Published: 7.23.2025
The U.S. Department of Defense (DoD) has awarded GlobalFoundries (GF) a landmark 10-year contract worth up to $3.1 billion to produce secure semiconductor chips for aerospace and defense applications. The deal kicks off with an initial funding of $17.3 million and signals a major investment in strengthening America’s domestic semiconductor supply chain.
The core of this agreement is one mission: national security through chip sovereignty. From missile guidance systems and secure communications to fighter jets and satellites, modern defense technologies run on advanced microelectronics.
With global supply chains vulnerable to disruption, the U.S. is taking proactive steps to ensure that the chips powering these systems are designed, manufactured, and tested within its own borders.
GlobalFoundries will manufacture these defense-critical chips at its DMEA-accredited Trusted Foundry facilities in Malta, New York and Essex Junction, Vermont. These sites meet the U.S. government’s highest standards for supply chain security and information protection, ensuring that military hardware is free from foreign interference or tampering.
“This agreement not only supports the immediate needs of our armed forces, but also lays the foundation for a long-term, trusted supply chain,” said GF executives. “It’s about keeping our defense technologies safe, reliable, and American-made.”
What This Means for the Defense and Power Sectors
This contract isn’t just about chips—it’s about infrastructure, independence, and innovation.
Secure Supply: The deal guarantees a consistent domestic source of advanced chips for use in radar, avionics, secure communications, missile systems, and space technologies.
Design and Scale: The DoD will gain access to GlobalFoundries’ IP libraries, design ecosystems, and prototyping tools, making it easier to integrate cutting-edge chips into future systems.
Reduced Risk: By minimizing reliance on offshore fabs, the U.S. reduces its exposure to geopolitical flashpoints—particularly those involving East Asia, where much of today’s chip manufacturing is concentrated.
This move comes at a time of heightened global tension, where both military readiness and semiconductor access are viewed as strategic priorities. The contract follows a broader trend of re-shoring chip manufacturing, supported by legislation such as the CHIPS and Science Act, which incentivizes domestic production for both commercial and defense sectors.
