Invisible Infrastructure with T-Mobile for Business

What It Covers

Malcolm Gladwell explores 5G network slicing technology with T-Mobile CMO Mo Katibeh, CNN's Guy Griggs, and Siemens Energy's Steve Douglas. The conversation examines how dedicated network slices enable reliable connectivity for frontline journalists, power plant maintenance crews, and first responders working in remote or congested environments across America.

Key Questions Answered

• •Network Slicing Fundamentals: 5G slicing dedicates portions of wireless networks to specific business functions, replacing traditional wired infrastructure. T-Mobile deployed the first large-scale slice at Formula One Las Vegas three years ago, enabling 300,000 attendees to enter via ticketless systems while maintaining separate network capacity for point-of-sale transactions and push-to-talk communications among staff during peak congestion periods.
• •Remote Workforce Transformation: Siemens Energy maintains 2,200 power generation units across 1,100 sites in 48 states, deploying teams of 30 to 300 workers for maintenance periods lasting 30 days to over one year. Network slicing eliminates the need for physical manuals and enables real-time video collaboration with engineers in Germany and India, reducing inspection documentation time through live visual confirmation instead of written reports.
• •Journalism Infrastructure Evolution: CNN equipped field reporters with SuperMobile technology after conducting side-by-side network tests in congested areas like New York City. Photographers now upload images directly from cameras via 5G instead of handing SD cards to runners, accelerating breaking news coverage. The technology enables vertical video streaming for mobile-first storytelling formats, replacing traditional satellite truck requirements.
• •First Responder Priority Access: T-Mobile's T Priority slice launched in February 2025 provides dedicated network capacity for police, fire, and EMS personnel during emergencies. The system automatically expands capacity in real time as additional first responders arrive at incident scenes, ensuring communication reliability when multiple agencies converge simultaneously on emergency situations requiring coordinated response efforts.
• •AI Integration Roadmap: Future applications combine network slicing with artificial intelligence overlays that provide real-time diagnostic support. Technicians can point cameras at equipment to receive schematic overlays and repair instructions, while journalists covering disasters could use AI to identify aircraft types or weapons systems. Healthcare applications enable EMS teams to stream patient data directly to hospitals during transport for immediate physician consultation.