We're wrapping up our telecom year-in-review series with perhaps the hottest topics of them all: data centers, cloud, and AI.
TeleGeography experts Jon Hjembo and Patrick Christian join the show to address core questions about recent data center and AI booms—specifically, what it means for the year ahead.
If you haven’t yet, be sure to listen to our first two episodes on transport trends, pricing, and enterprise networks.
Happy holidays, TeleGeography Explains the Internet listeners.
While we hear a lot about automated provisioning and NaaS, how long does it really take to get a quote for DIA service?
Or more to the point: how long does it take to actually get a circuit installed?
And what do enterprises really think of their ISPs?
What will everyone be talking about at PTC'26, and what headlines do you need to brush up on to make the most of the event?
This is what our team has been thinking about as we prep for the January conference and outline our annual telecom workshop. (No spoilers on that just yet, but watch this space.)
The good news is that you can borrow from our expert conference planning.
Governments around the world are asking critical questions about national security and submarine cables, seeking to protect this critical infrastructure and mitigate risk.
If you're looking for a snapshot of the Latin American telecommunications landscape going into 2026, look no further than what's going on in Brazil. As the largest regional economy, Brazil's telecom market influences the direction of regional markets—and there's a lot to take note of.
Starlink, the satellite broadband provider operated by SpaceX, is growing its presence in Africa—and we have updates for 2025.
We're breaking down how AI might impact enterprise networks in data-driven deep dives. Using TeleGeography’s WAN Cost Benchmark—a customized platform that makes it easy to model and track your WAN network costs—we're modeling potential real-life network setups and configurations for AI.
The millions of kilometers of fiber optic cable lying on the ocean floor have traditionally been invisible assets—laid once and forgotten until something breaks. But Distributed Acoustic Sensing (DAS) technology is transforming this dark infrastructure into a vast network of intelligent sensors capable of detecting everything from anchor drags to earthquakes.
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