Bellflower Connect: How Edge Computing and Intel Xeon Technology Are Bridging the Digital Divide

For many residents of Bellflower, California, reliable internet access has long been a challenge. One young woman regularly had to leave her disabled mother at home and walk to the local library simply to access public Wi-Fi and pay household bills. Nearby, another family carefully rationed internet usage, relying entirely on a son’s mobile data plan to obtain critical healthcare information because traditional broadband services were too expensive. At the city’s weekly farmers market, vendors frequently lost sales when weak cellular coverage prevented them from processing credit card transactions.

These situations have been a common reality in Bellflower, a community of approximately 75,000 residents located just 25 minutes from downtown Los Angeles. Despite its proximity to one of the nation’s largest metropolitan areas, the city has struggled with poor wireless coverage and costly telecommunications services, leaving many residents with limited digital access.

To address these challenges, Bellflower launched Bellflower Connect, an innovative municipal broadband initiative designed to close the digital divide. Developed through a public-private partnership, the project utilizes dedicated wireless infrastructure powered by solar-powered microservers equipped with Intel® Xeon® processors. Artificial intelligence-driven cybersecurity capabilities are deployed at the network edge, creating an affordable, energy-efficient broadband solution for the community. Organizers hope to replicate the model in more than 50 additional U.S. cities with populations below 150,000 over the coming years.

Accelerating Deployment Through Public-Private Collaboration

To help launch the project, Bellflower streamlined the approval process by waiving standard permit fees, granting access to public buildings for tower installation, and eliminating lengthy procurement procedures. This enabled Tradewinds Networks, the project’s technology partner, to establish a long-term revenue-sharing agreement with the city.

Funding was secured through a public-private partnership structure, including $1 million from municipal transportation grants and an additional $2 million investment from Tradewinds Networks.

The initiative also incorporates workforce development programs aimed at training local students to become certified wireless broadband technicians. Following recognition through the 2025 Mobile Social Impact Breakthrough Award, Tradewinds Networks aligned Bellflower Connect with broader sustainability objectives focused on community health, economic growth, innovation, and environmental responsibility.

“This model allows us to combine services and delivery resources while maintaining a self-sustaining network,” said Keith Alexis, Founder and Chief Technology Officer of Tradewinds Networks. “The revenue generated can be reinvested back into the community, creating a sustainable ecosystem that encourages growth and long-term adoption. At the same time, our AI-powered GuardTower security platform, running on Xeon processors, helps protect the network.”

Bringing Computing Power Closer to the User

A key factor behind the network’s affordability lies in how data is processed. Traditional wireless networks typically rely on distant cloud data centers filled with expensive, power-hungry graphics processors. Constantly transmitting data back and forth across these facilities requires substantial infrastructure and energy, costs that are ultimately passed on to consumers.

Bellflower Connect takes a different approach by processing data locally. The network operates through approximately 80 slim solar-powered towers and repeaters distributed throughout the city. These towers connect to centralized locations equipped with compact Dell PowerEdge XR8000 servers powered by 4th Gen Intel Xeon processors.

This architecture enables data processing within the city itself—and in some cases directly at neighborhood locations—through edge computing technology.

Because Xeon processors are highly scalable and versatile, they can be deployed in compact tower-based systems while consuming significantly less space, energy, and operational cost than traditional cloud-based infrastructure.

“By processing information directly within towers, street corners, or municipal facilities using off-the-shelf Intel Xeon system-on-chip processors rather than sending everything to the cloud, the network becomes more scalable, modular, faster, more cost-effective, and more energy-efficient,” explained Vijay Kesavan, Chief Engineer of Intel’s Network and Edge Group.

This localized computing foundation also prepares cities for future smart-city services. Additional applications such as intelligent street lighting, environmental monitoring, traffic management systems, and water infrastructure leak detection can be integrated into the existing Xeon-powered platform.

Affordable Connectivity for Residents and Businesses

Although participation in the network is voluntary, residents who have adopted the service are already seeing significant economic benefits.

Qualified low-income households can access the internet free of charge through home modems connected wirelessly to nearby towers. Other residents can subscribe for just $15 per month, while local businesses can obtain service for $39 per month—substantially lower than many traditional broadband offerings.

As of May 2026, approximately 60 households were connected during the early deployment phase. Project leaders expect that number to reach 10,000 households once construction is completed in mid-2027. Public Wi-Fi access will also be available in city parks, libraries, and open-air markets.

Local business owners are already planning to take advantage of the service. Joe Ung, owner of Cassidy Corner Café, intends to utilize the network when opening a new Bellflower location for both operational needs and customer Wi-Fi access.

“Affordable, reliable, and accessible internet is beneficial for everyone,” Ung told KTLA while discussing the project. “Many people don’t realize how many expenses small businesses face every day. Any opportunity to reduce costs makes a significant difference.”

A Model for Future Expansion

Expansion efforts are already underway beyond California. Wrightsville, Arkansas, plans to begin the first phase of deployment this summer, while eight additional U.S. cities are currently progressing through design reviews and approval processes.

Although the year-long rollout encountered challenges ranging from rising costs to delays in fiber delivery, project leaders believe community response has demonstrated the value of the initiative.

“We faced numerous obstacles while building this model,” Alexis said. “But hearing residents share their experiences during city council meetings and seeing firsthand how connectivity improves people’s lives reminds us why this work matters. When installers hear stories about how access to the internet has transformed opportunities for families and businesses, it reinforces that solving this complex challenge is absolutely worth the effort.”