How Local AI Is Transforming College Football and Beyond

In the fast-paced and highly competitive world of NCAA Division I football, every second counts and every piece of data can make a difference. With games often decided by the smallest margins, teams are constantly looking for smarter and more efficient ways to improve their operations and gain a competitive edge.

"Ten years ago, there wasn't much technology available, and people spent countless hours trying to identify that competitive advantage," said DJ Foster, Associate Athletics Director for Player Development at Arizona State University (ASU).

Last year, Intel announced a collaboration with Arizona State University to bring next-generation computing capabilities directly into its football program. ASU, which has been recognized as one of the most innovative universities in the United States for 11 consecutive years, has since worked closely with Intel to deploy Lenovo ThinkPad X9 Aura Edition PCs powered by Intel vPro technology. Designed as an integrated platform for modern organizations, Intel vPro combines security, manageability and performance capabilities to help businesses deploy and manage AI-enabled PCs more effectively.

The collaboration has gone beyond hardware deployment. Intel has also worked directly with ASU's coaching staff to identify areas where AI PCs could streamline existing workflows. One particularly time-consuming task was creating game-day play cards, which traditionally required coaches to spend significant amounts of time preparing and organizing information. To address this challenge, Intel's engineering team developed a customized on-device AI solution capable of automating the play-card creation process.

This is just one example of how the partnership demonstrates the practical value of local AI. The broader potential extends far beyond the football field, offering professionals across industries new ways to improve productivity, content creation and communication while unlocking capabilities that were previously difficult to access.

How On-Device AI Agents Are Changing the Game

Unlike conventional AI systems that rely heavily on cloud infrastructure, AI-enabled PCs allow organizations to determine where workloads should be processed based on operational, financial and security requirements. Sensitive information can be analyzed directly on the device instead of being continuously transferred to remote cloud servers.

This approach can reduce cloud-related latency, accelerate access to insights and strengthen data privacy and compliance. For organizations such as ASU, localized computing can deliver several practical benefits.

Greater Efficiency and More Productive Workflows

AI PCs can reduce the amount of repetitive manual work required from ASU's coaching staff, allowing coaches to dedicate more time to player development, strategic planning and recruiting.

"Using Intel AI PCs allows our coaching staff to make much better use of their time," Foster explained.

Fast processing, extended battery life and reliable connectivity also help coaches remain productive wherever their work takes them. At the same time, on-device AI can process information locally, enabling faster responses and more efficient workflows without depending entirely on an internet connection or remote cloud infrastructure.

Protecting Intellectual Property Locally

Cloud-based AI applications typically require sensitive information to be transmitted to external servers for processing. For organizations managing valuable intellectual property, this can create additional privacy and security considerations.

With on-device AI, ASU can process sensitive information locally. This can include strategic play designs, player health-related metrics and game-film analysis. Keeping such data on the physical device can reduce exposure to external data environments and support more controlled and compliant AI adoption.

Secure Mobility with Intel vPro

Coaches and staff frequently travel for away games, making device security and manageability particularly important outside the university's physical network.

Intel vPro technology provides remote management and security capabilities that allow IT teams to monitor, manage and control AI PC deployments even when employees are working remotely or traveling. This enables organizations to maintain greater visibility and control over their device fleet without being limited by where employees are working or the current operating state of their systems.

From the Football Field to the Workplace

The experience at Arizona State University highlights a broader shift in how AI is being integrated into everyday professional workflows. Instead of treating AI as a capability that exists primarily in the cloud, organizations can increasingly bring AI processing directly onto PCs and other endpoints.

For ASU's football program, that means automating time-consuming tasks, protecting valuable information and giving coaches more time to focus on what matters most. For businesses and professionals in other industries, the same approach can create opportunities to improve productivity, strengthen security and make faster, more informed decisions.

As AI continues to evolve, the ability to process workloads locally will become an increasingly important part of the computing landscape. The combination of powerful AI PCs, on-device AI and secure management technologies such as Intel vPro could help organizations turn AI from an emerging technology into a practical tool for everyday work.