Texas Tech Opens Telecom Security Incubator
The Critical Infrastructure Telecom Ecosystem Incubator launched at the Reese National Security Complex with AT&T and Nokia Federal Solutions.
Updated on Nov. 10, 2026 in Telecommunications
Texas Tech University opened the Critical Infrastructure Telecom Ecosystem Incubator (CITEI) at the Reese National Security Complex on Tuesday, the week of November 10, 2026. The initiative, supported by the Texas University Fund, focuses on developing and testing technologies that strengthen critical infrastructure security and resilience.
Why it matters
The incubator brings together university researchers with telecom companies to test communications and threat-detection tools for infrastructure protection. Its work could shape how detection data is shared with other systems to support automated responses.
The Nokia Federal Solutions Integrated Sensing and Communications system detected and tracked group 2 drones operated by Valkyrie UAS Solutions at speeds above 60 mph and altitudes exceeding 300 feet. A mmWave test achieved high-speed transmission over more than two miles and provided connectivity for compatible AT&T and FirstNet devices, but the source does not report results under adverse weather.
The players
Texas Tech University
A public research university in Lubbock, Texas, which hosts the Critical Infrastructure Security Institute and the Reese National Security Complex.
Nokia Federal Solutions
The U.S. government-focused division of Finnish telecommunications equipment maker Nokia, which supplied the Integrated Sensing and Communications system demonstrated.
AT&T
A major U.S. telecommunications company that partners with Texas Tech on the incubator and provided compatible devices for the private wireless network test.
The details
Researchers at Texas Tech demonstrated the Integrated Sensing and Communications system for tactical and remote deployments, showing how it can detect and track moving objects, including vehicles and unmanned aircraft. The demonstrations also showed how detection information could be shared with other systems to support automated responses. Future research will examine how free-space optical communications can maintain reliable performance under adverse weather.
Timeline
Tuesday, week of November 10, 2026: CITEI ribbon-cutting and technology demonstrations at the Reese National Security Complex.
The Tech Race
CITEI extends the research of Texas Tech's Critical Infrastructure Security Institute into a dedicated incubator for telecom security technology. It positions Texas Tech alongside industry partners AT&T and Nokia Federal Solutions in a growing push to harden communications networks that support critical infrastructure.
The tested technologies could eventually help utilities and emergency responders detect and track unmanned aircraft and other moving threats near critical sites. Residents of Lubbock and nearby communities may see the effects through stronger security and more resilient communications, though the source gives no deployment timeline.
The takeaway
Security for critical infrastructure increasingly depends on communications networks that can both detect threats and keep working during disruptions. Watching how university-industry partnerships like CITEI move from demonstration to deployment will show whether these tools reach real-world use.
Further reading
For more on the networks behind these systems, explore Telecommunications coverage from Lubbock.
