McKinsey & Company found that construction remains one of the least digitized industries, costing the global economy $1.6 trillion annually. This session will explore how AI and digital innovations can reshape telecom network construction, enabling broadband providers to overcome traditional inefficiencies, delays, and high costs while enabling providers to scale projects faster and meet federal deadlines while maintaining quality. From AI-driven blueprinting to fully digitized workflows, this discussion will highlight technologies that will change how you look at your future deployment projects.

Ever wonder how a fuel cell works? Learn why some public utilities now use fuel cells to provide backup power for their private LTE networks. One will be highlighted and discussed in detail. See how a fuel cell compares to an internal combustion generator and the pros and cons for when it makes sense, and when it doesn't, to use a fuel cell over a traditional internal combustion generator.

NFPA 70®, National Electrical Code® (NEC®) is used extensively in joint-use agreements and regulatory rulings. It provides baseline minimum design criteria and is consistently updated to stay ahead of changes in technology and safety. This session will share the most recent updates that are important for communications industry professionals. Learn about the modifications to span powering rules 224B and 344 and the application to current powering architectures; NESC’s role in network reliability and resiliency; congestion and clearance issues around 5G wireless antennas/equipment location and use of Fault Managed Power Systems (FMPS). 

Learn the next-generation methodologies reshaping cable recovery operations for today's telecommunications landscape. Drawing from real-world implementations across significant multi-year projects, we'll examine strategic approaches defining this specialized sector's future. The discussion will highlight how innovative business frameworks and collaborative models can simultaneously address carrier priorities while creating new value streams for telecom construction partners. 

The fiber optics market is expected to grow at a CAGR of 10.70% reaching $43.02 billion by 2032. A key factor is the widespread adoption of 5G technology, which creates a demand for communication infrastructure that supports high-capacity and low-latency requirements. This session will cover the technological, logistical and cost benefits of using fiber in 5G deployments and help attendees understand how the shift will impact them by sharing deployment examples.

Drones with advanced cameras and sensors enable WISPs and ISPs to conduct comprehensive aerial surveys of prospective deployment areas. These surveys provide crucial insights into terrain, obstacles, and environmental factors, facilitating more informed decisions regarding network infrastructure. Learn how you can expedite network deployment and minimize costly errors by replacing time-consuming manual surveys with efficient drone-assisted planning to transform how you run your network.