AI is not just transforming how we compute; it is changing how we build. Every watt, every optical fiber strand, every square inch of these facilities is being redesigned to support a new kind of digital organism—one that learns, reasons, and scales exponentially.
The rapid evolution of IoT, sensors, AI, and machine learning is accelerating a seismic shift in building management and industrial automation systems, turning data into insights far beyond traditional expectations. This transformation into smart systems equipped with sensors marks a new era where IT plays a vital role in managing and maximizing their potential across diverse applications.
7 min
Members
Patrick Mahoney, Brian Patterson, Todd Taylor
The line between the energy and communications systems industries is more blurred than ever. Determining the point at which power and data delivery converge has become more difficult due to the increasing overlap. Now more than ever, the two industries must learn to play in the same sandbox. There are ICT cabling systems that can deliver data and power to the devices simultaneously and it is becoming much easier to enable smart devices in a building that facilitates the convergence of power and ICT infrastructure.
11 min
DESIGNING AUDIOVISUAL SYSTEMS
Members
Keith Parker
With the increasing threat of the climate crisis comes a critical race toward sustainable solutions. Power over Ethernet (PoE) has emerged as a pivotal agent in the reduction of carbon dioxide emissions within built environments. PoE reduces usage costs and maintenance expenses and streamlines operations. Its seamless integration with diverse technologies and systems promotes inclusivity and innovation. It transcends traditional building technologies and lays the foundation for a smarter future.
11 min
Feature
Members
Jeffrey Beavers, Brian Ensign
New technological applications are driving the need for high-performance and high-value cable, and the focus on sustainability and efficiency goals has resulted in a need for increased power levels and building networks that transmit data and power at the same time. Associations like BICSI and NECA have teamed up to address the transition from high to low-voltage applications through education and training.
7 min
Betsy Conroy
With the adoption into the 2023 NEC, Class 4 fault-managed power (FMP) systems are gaining traction as a new way to deliver more power over greater distances and offer enhanced safety, easier installation, and improved sustainability. New technology offers potential across several market sectors and will ultimately change how we power the future.
13 min
Members
Jeff Beavers, RCDD, OSP, Brian Ensign, RCDD, NTS, OSP, RTPM
The increased capability of PoE and the introduction of fault managed power (FMP) in complex networks play key roles in smarter applications and buildings to aid in the achievement of world impact goals and to make safer and healthier environments.