Four hours grounded, nine hours on hold.

What the FAA outage teaches us about the future of communications

A close friend of mine was stranded at an airport in New York on Friday when the Federal Aviation Administration ordered a nationwide ground stop. What followed was complete chaos. She was trying to figure out whether her flight would depart, whether she needed a hotel, whether she should rent a car, and most importantly, what she was supposed to do next. It made the situation deeply personal for me because suddenly this wasn't another news story about an aviation disruption. It was someone I knew, stuck in an airport, trying to make decisions without reliable information.

And she certainly wasn't alone. The November 13 ground stop lasted more than four hours, but the disruption continued long after planes were cleared to fly again. According to NPR, more than 9,000 flights were canceled and nearly 25,000 delayed that Friday. One couple reportedly spent more than nine hours waiting on JetBlue's customer service phone line after deciding to cancel their trip. Think about that for a moment. A four-hour ground stop followed by a nine-hour wait for customer service. Something is fundamentally wrong with that equation.

As I've thought about what happened, I keep coming back to two separate problems. The first is the aging telecommunications infrastructure that contributed to the outage. The second, and perhaps the more interesting lesson for businesses, is how organizations respond when something goes wrong. We should be able to do dramatically better on both fronts.

Our infrastructure needs to catch uplink to this section

According to the Department of Transportation's preliminary findings, the disruption began during a routine upgrade of aging telecommunications infrastructure. Contractors were replacing legacy copper connections with fiber and moving from analog to digital networking. During that work, a router began overwhelming parts of the air traffic control network, disrupting communications with aircraft and radar information. Investigators were still determining whether faulty equipment or an installation error caused the problem.

To be clear, the Federal Aviation Administration made the right decision to prioritize safety and stop departures. That's not what I'm questioning. What concerns me is that so much of our critical infrastructure still depends on aging telecommunications systems that were designed for a very different world. We've spent decades moving enterprise applications into the cloud, building globally distributed networks, and creating systems that can scale almost instantly. Yet some of the infrastructure supporting essential national services hasn't kept pace. This is also a conversation they’re having in the UK as they get ready for their PSTN copper in January 2027.

Modernization isn't simply about replacing copper with fiber. It's about fundamentally rethinking resilience, redundancy, monitoring, and how systems recover when something unexpected happens. A single equipment or configuration problem should be isolated before it cascades into something much larger. That requires investment, sound architecture, and disciplined operational execution. We have tremendous opportunity here, but clearly, we still have a lot of work to do.

The second crisis was communicationlink to this section

What happened after the ground stop is where I think modern communications could have made an enormous difference. Consider my friend sitting in New York, trying to decide whether she should find a hotel or rent a car. She didn't need someone to explain the technical details of the Federal Aviation Administration's network. She needed accurate information, a reasonable expectation of what would happen next, and some confidence that the airline was working on her behalf.

Imagine if, the moment the ground stop was announced, every affected passenger received a message saying, "We're experiencing a nationwide ground stop. You don't need to contact us for updates. We're actively monitoring the situation and exploring your options. We'll update you every 15 minutes, even if nothing has changed." That's it. A simple, proactive communication that acknowledges the problem and tells people what to expect.

Now imagine the airline actually delivered on that promise. Every 10 or 15 minutes, another update through text messaging, WhatsApp, an airline application, or an automated voice call, depending on the passenger's preference. Even if there was no new information, passengers would know they hadn't been forgotten. During a crisis, particularly one where nobody knows exactly when things will return to normal, I don't believe frequent communication is excessive. Uncertainty is frustrating enough without being left in the dark.

There's also an operational benefit. Every passenger who receives useful, proactive information is one less passenger who potentially needs to call the airline for an update. Instead of thousands of people overwhelming contact centers to ask the same questions, airlines could preserve capacity for the people who genuinely need help. That's better customer experience and more efficient operations, and the technology to enable it exists today.

Artificial intelligence should help, not guesslink to this section

This is also where artificial intelligence creates a significant opportunity. Imagine an intelligent voice agent that understands what's happening, has access to verified operational information, and can answer passenger questions without forcing people through endless recorded menus. As the situation changes, the agent's information can be updated automatically through integrations with the airline's operational systems. It can explain delays, identify available options, arrange callbacks, and help customers get to the right person when human assistance is required.

But there's an important distinction between providing information and taking action. An artificial intelligence agent should never invent an answer or make a decision based on unreliable information, particularly during an emergency. If there isn't a confirmed flight available, don't promise one. If the airline doesn't know when departures will resume, say so. And if someone wants to rebook, the system should only act when it has reliable information and the passenger has authorized the change.

I believe artificial intelligence should be able to do both: inform customers and help resolve their problems. But it needs clear safeguards, reliable data, and a sensible way to escalate to a human when necessary. The goal isn't to replace judgment with automation. It's to use technology to make better decisions, faster, while keeping people informed and in control.

Some people may still be unsure of the benefits of AI, but if you give most people a choice: six hours on hold for a human agent or a prompt and accurate update from an AI agent, I know what they’ll choose.

Why cloud communications matterslink to this section

One of the biggest advantages of cloud-native communications is the ability to adapt when circumstances change. Traditional systems are often designed around fairly predictable volumes of calls and messages. But emergencies don't follow forecasts. A well-designed cloud platform can expand communications capacity, distribute workloads, provide redundant services, and use automation to manage sudden increases in demand without relying exclusively on adding more human agents.

Of course, cloud technology doesn't eliminate every limitation. It can't magically create an available airplane, hotel room, or rental car. And an airline's ability to complete a booking still depends on its reservation systems and the availability of real inventory. But communications shouldn't become another bottleneck when those operational systems are already struggling. The infrastructure should be able to scale, provide useful information, and connect customers with help when they need it.

This is exactly the kind of problem we're focused on solving at 8x8. As a cloud-native business communications company, we bring together global voice, digital messaging, contact center capabilities, programmable communications, and artificial intelligence on an integrated platform. But what matters isn't the individual technology. It's how all those capabilities work together to deliver a better outcome.

Think about a passenger who receives a proactive text message, responds with a question, then moves into a voice conversation with an artificial intelligence agent. If the issue requires human intervention, the conversation transfers to an airline representative with the previous context intact. No starting over, no repeating the same information, and no need for the passenger to understand which underlying system is responsible for solving their problem. That's what an integrated communications platform should enable.

We've written before about moving beyond individual tools and focusing on the entire customer journey. The aviation disruption is a powerful reminder of why that matters. Nobody stranded in an airport cares whether their airline uses a particular contact center application, messaging provider, or artificial intelligence model. They care about getting accurate information, making a decision, and getting home.

The real measure of a great businesslink to this section

Here's my broader takeaway. The next crisis might not come from aging telecommunications infrastructure. It might be caused by a cybersecurity incident, a severe weather event, a power failure, or something nobody anticipated. Unexpected things happen all the time, and even the best businesses cannot prevent every disruption.

What separates great organizations is how they respond. Can they adapt quickly? Can they scale their operations? Can they communicate clearly and proactively? And most importantly, can they continue taking care of their customers when the normal way of doing business suddenly stops working?

For airlines, I'd start with two simple measures. First, how long does a customer have to wait for help during a major disruption? Second, how quickly and consistently can the airline provide accurate information without the customer having to ask? Those are meaningful measures of resilience and customer experience, and I believe modern communications technology can improve both substantially.

There's another important dimension to all of this, which I'll explore in my next post. When a crisis happens, organizations also have a responsibility to their employees. At 8x8, we conducted a global employee headcount following the ground stop to understand whether any of our people were stranded and needed assistance. That experience reinforced something I've believed for a long time: communications isn't just about connecting people. It's about helping them when it matters.

I'd love to hear how other organizations are thinking about crisis communications, particularly how they're using cloud technologies and artificial intelligence to improve their response. Because the question isn't whether something unexpected will happen again. It will.

The question is whether we'll be ready to respond better when it does.