From AOL to AI: Why Indoor Connectivity Now Determines a Building’s Competitive Edge
When Darlene Pope stepped onto the stage at TIWA’s Big Texas Real Estate + Connectivity Summit in Plano, she began with a sound that instantly transported the audience back three decades: the unmistakable screech of a dial-up modem. It was not nostalgia for its own sake. It was a reminder. Commercial real estate has already lived through one communications revolution, and it is now entering another—one that will determine which buildings remain relevant in the age of artificial intelligence.
Pope, now CEO of Brava Systems, framed her keynote around a simple but consequential idea. There is no AI without data, and no access to data without connectivity. No AI without fiber. No AI without wireless. And no AI without the digital infrastructure that building owners have been deploying over the last thirty years. Her talk traced the arc from early broadband to smart buildings to AI-driven enterprise platforms, arguing that the next era of real estate performance will be defined by the application of enterprise AI for both business operations and building operations.
Pope described three distinct eras that have defined the evolution of connectivity in commercial real estate. The first was the Speed Era, when the industry obsessed over bandwidth. The transition from dial-up to T1 lines, then to fiber and from 1G to 5G wireless, was about faster connectivity. Leasing teams began marketing broadband as a differentiator. Office towers were rewired. Real estate owners even experimented with investment in their own broadband ventures. The goal was simple: more speed, fewer bottlenecks.
The second phase was the Experience Era. Once connectivity became fast and reliable, owners began asking what it could enable. That shift ushered in the rise of smart buildings where building networks connected HVAC systemsto lighting, access control, meters, and more. Mobile apps allowed tenants to submit work orders, book conference rooms and interact with amenities. Public safety codes began requiring dependable indoor radio coverage. Connectivity expanded from simply a tenant value proposition to a means of running a high-tech “digital building.”
Pope stated that we are now firmly in the Intelligence Era. Connectivity and smart systems are no longer competitive advantages on their own. The differentiator is how owners centralize, structure, and activate the data generated by those systems – as well as from their business and from their customers. AI, she explained, is not a standalone tool. It is an orchestration layer that depends entirely on clean data streams flowing through robust networks.
One of the most resonant portions of her talk focused on the return-to-office debate. Before the pandemic, most buildings operated on fixed schedules. Systems powered up at 8 a.m. and powered down at 5 p.m., regardless of how many occupants were present. During COVID, many assets continued running at full capacity due to lease requirements, even when floors sat empty. Today, hybrid work patterns have introduced volatility that traditional building management systems were never designed to handle.
Rather than framing hybrid work solely as a leasing challenge, Pope reframed it as an operational opportunity. If a building is only partially occupied on a given day, why run every floor at full intensity? Instead of installing dedicated desk sensors to track occupancy, she suggested leveraging the location-aware mobile devices already in everyone’s pocket. With reliable in-building coverage and properly configured mobile platforms, owners can understand real-time usage patterns, consolidate activity to specific floors and dynamically adjust HVAC, lighting, cleaning and security services to match demand.
That approach does more than reduce operating expenses. It creates additional real-time data necessary for AI-driven decision-making and efficiency. Reliable connectivity enables accurate occupancy detection. Accurate occupancy detection enables efficient building operations. Efficient building operations feeds intelligent systems that can forecast demand, optimize energy consumption, and identify anomalies before they become costly failures.
To illustrate what an intelligent building can look like in practice, Pope referenced projects where indoor positioning, mobile wayfinding, and app-driven comfort controls created a seamless experience from lobby to meeting room. Behind that experience sits a layered connectivity architecture—Wi-Fi, cellular and building control networks working together. Without that digital infrastructure, the user-facing applications simply do not function.
Looking forward, she described a world where digital twins—3D representations of physical assets infused with real-time operational data—become standard tools for owners. These twins can simulate energy retrofits, predict equipment failures and support immersive collaboration for distributed teams. However advanced the visualization layer becomes, it still rests on a simple requirement: low-latency, high-capacity, reliable connectivity in buildings.
Pope emphasized that AI is not a fleeting trend. It is a structural shift that will embed itself into leasing, property and asset management, construction, acquisitions and dispositions, customer service, maintenance, and other operational workflows. But AI will only be possible for owners who centralize and govern their data. Fragmented point solutions and siloed systems will become liabilities. Buildings that treat data and digital infrastructure as an afterthought will struggle to participate in this transformation.
Companies that cannot move data seamlessly will struggle to support hybrid work, tenant expectations, and AI-enabled operations. That weakness will eventually surface in leasing performance, tenant retention, and asset valuation.
For carriers, integrators, and wireless solution providers, the message was equally clear. The market is shifting from selling signal strength to delivering measurable business outcomes. Energy savings, ESG improvements, operational resilience and AI-readiness are becoming the language of decision-makers. Providers who align their offerings with those outcomes will position themselves as strategic partners rather than commodity vendors.
Pope’s keynote served as a bridge between two communities that have often operated in parallel: property owners and service providers. In the Intelligence Era, their interests are no longer separate. AI-driven buildings require robust digital infrastructure, which in turn enables a compelling business case rooted in operational and financial performance.
The screeching dial-up modem sound that opened Pope’s talk was a reminder of how far the industry has come. The question she left the audience with was forward-looking. The infrastructure decisions made today will determine which buildings thrive in an AI-driven future and which fall behind. In the age of artificial intelligence, a building’s competitive edge is not defined by its facade or its lobby finishes. It is defined by its ability to move data seamlessly and intelligently within its walls.