Intel Secures $3 Billion Grant to Enhance Secure Enclave Program

In a significant move highlighting its pivotal role in the U.S. technological landscape, Intel has secured a $3 billion grant under the CHIPS and Science Act, an initiative heralded by the Biden-Harris Administration. This funding aims specifically at bolstering Intel’s Secure Enclave program, which is designed to produce advanced semiconductors for the United States government. The grant underscores Intel’s ongoing collaboration with the Department of Defense (DoD) and represents a crucial step in fortifying the domestic semiconductor supply chain. As the sole U.S.-based company that both designs and manufactures leading-edge logic chips, Intel’s position is uniquely critical for national security and technological innovation. This collaboration promises to enhance the resilience of America’s technological infrastructure by promoting secure and advanced semiconductor solutions, ensuring the nation remains at the forefront of technological advancement.

Securing the Supply Chain

Intel’s receipt of this $3 billion grant is not an isolated event but rather part of a broader strategy to secure the domestic semiconductor supply chain. This funding is separate from an earlier proposed agreement with the Biden-Harris Administration under the same CHIPS Act. The previous agreement aimed to modernize and expand semiconductor fabrication facilities. This new grant highlights the administration’s unwavering support for Intel’s growth and its vital contributions to national security. It is a testament to Intel’s strategic role in ensuring the stability and security of America’s technological infrastructure. Furthermore, the grant is indicative of the broader governmental and industrial push toward self-reliance in critical technologies amidst global supply chain disruptions.

Intel’s advances in design and process technology are noteworthy, particularly with its most advanced technology, Intel 18A, set for production in 2025. This advancement showcases Intel’s commitment to pushing the boundaries of semiconductor technology. The company is actively involved in an array of critical semiconductor manufacturing and research projects across multiple states, including Arizona, New Mexico, Ohio, and Oregon. These initiatives are not only pivotal for Intel’s growth but also crucial for maintaining the U.S.’s competitive edge in the global semiconductor market. The investment and strategic focus on enhancing Intel’s manufacturing capabilities reflect a concerted effort to ensure the robustness and security of the nation’s technological backbone.

Collaboration with the Department of Defense

Intel’s long-standing collaboration with the Department of Defense is a cornerstone of its contributions to national security. In 2020, Intel was awarded the second phase of the State-of-the-Art Heterogeneous Integration Prototype (SHIP) program, leveraging its advanced semiconductor packaging capabilities. This collaboration continued in 2021 when Intel secured an agreement under the Rapid Assured Microelectronics Prototypes – Commercial (RAMP-C) program. The RAMP-C initiative aimed to provide commercial foundry services for DoD systems, onboarding multiple defense industrial base customers, including Boeing, Northrop Grumman, and Microsoft. These collaborations have not only validated the readiness of Intel’s 18A process technology for high-volume manufacturing but have also strengthened the United States’ defense capabilities.

The recognition of Intel’s technological capabilities by the DoD and other major tech firms underscores the company’s strategic importance. These collaborations reflect the trust and reliance placed on Intel to develop and provide secure and advanced semiconductor solutions. The $3 billion grant is a continuation of this trust, aiming to further Intel’s Secure Enclave program. This program is intended to meet the unique and stringent requirements of government and defense applications. By fostering such high-profile collaborations, Intel is reinforcing its position as a linchpin in the U.S.’s efforts to maintain technological superiority and resilience in the face of evolving global threats.

Explore more

How AI Agents Work: Types, Uses, Vendors, and Future

From Scripted Bots to Autonomous Coworkers: Why AI Agents Matter Now Everyday workflows are quietly shifting from predictable point-and-click forms into fluid conversations with software that listens, reasons, and takes action across tools without being micromanaged at every step. The momentum behind this change did not arise overnight; organizations spent years automating tasks inside rigid templates only to find that

AI Coding Agents – Review

A Surge Meets Old Lessons Executives promised dazzling efficiency and cost savings by letting AI write most of the code while humans merely supervise, but the past months told a sharper story about speed without discipline turning routine mistakes into outages, leaks, and public postmortems that no board wants to read. Enthusiasm did not vanish; it matured. The technology accelerated

Open Loop Transit Payments – Review

A Fare Without Friction Millions of riders today expect to tap a bank card or phone at a gate, glide through in under half a second, and trust that the system will sort out the best fare later without standing in line for a special card. That expectation sits at the heart of Mastercard’s enhanced open-loop transit solution, which replaces

OVHcloud Unveils 3-AZ Berlin Region for Sovereign EU Cloud

A Launch That Raised The Stakes Under the TV tower’s gaze, a new cloud region stitched across Berlin quietly went live with three availability zones spaced by dozens of kilometers, each with its own power, cooling, and networking, and it recalibrated how European institutions plan for resilience and control. The design read like a utility blueprint rather than a tech

Can the Energy Transition Keep Pace With the AI Boom?

Introduction Power bills are rising even as cleaner energy gains ground because AI’s electricity hunger is rewriting the grid’s playbook and compressing timelines once thought generous. The collision of surging digital demand, sharpened corporate strategy, and evolving policy has turned the energy transition from a marathon into a series of sprints. Data centers, crypto mines, and electrifying freight now press