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Why the internet has no one exact middle
The internet is not one machine or centrally organized system laid out around a hub. It is made up of independently operated networks that connect and exchange traffic. As Andrew Blum put it in an interview, “There’s the basic idea that the Internet is a network of networks and those networks have to meet somewhere.” The interview describes those meeting points as specialized internet exchange points (IXPs).
Those connections give the internet a physical geography, but they do not add up to one universally recognized center. The 2023 Inside the Internet article examines the network’s interior through its topology, governance, and traffic exchange. That interior is distributed across networks, routes, and facilities rather than located at a single global midpoint.
What “middle” could mean
An exact answer requires choosing both what to measure and how to measure it. These definitions address different questions, so their results cannot be ranked as competing answers to the same question.
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| Meaning of “middle” | What must be defined | What it answers |
|---|---|---|
| Geographic infrastructure centroid | Which physical sites count, their coordinates, and whether sites receive equal or weighted influence | Where a chosen set of infrastructure points balances geographically |
| Network-graph centrality | The graph, its date, included autonomous systems, and the centrality measure | Which network or node is most central under that graph and measure |
| Route midpoint | Source and destination, observed route, and whether midpoint means hops, distance, or latency | Where the middle falls on one specified traffic path |
| Latency optimum | Selected endpoints, measurement locations, time window, and round-trip-time method | Which tested location performs best for those endpoints and conditions |
What topology maps can—and cannot—show
CAIDA’s IPv4 and IPv6 AS Core visualizations show internet connectivity at the autonomous-system (AS) level. An AS is a group of routed IP networks under a common administration and approximately corresponds to an internet service provider. CAIDA maps observed IP addresses to origin ASes using BGP routing tables collected from Route Views.
These graphs are useful for seeing logical connectivity and how it changes over time. They are not maps of every cable, exchange point, or physical facility, and they do not calculate a geographic center. A graph-centrality result would also depend on the particular graph snapshot and chosen centrality measure.
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Why an IP map cannot pinpoint the center
IP addresses are routing identifiers, not built-in geographic coordinates. A map that places an IP address at a location relies on external geolocation evidence; that estimate can be less dependable at finer geographic scales. Consequently, a point shown for an IP address cannot establish where the internet’s exact center is. Network Lookup’s April 19, 2026 explainer describes IP geolocation as an inference rather than a direct reading of an address’s physical position.
Independent reader supportYour contribution helps us test, update, and keep practical guides available for everyone.How to evaluate a claimed internet center
If a source names a city, facility, or network as the internet’s exact center, check the claim against its stated measurement:
- Scope: What infrastructure, networks, routes, or endpoints were included?
- Data and date: Which dataset or network snapshot was used, and when was it collected?
- Metric: Does “center” mean a geographic centroid, graph centrality, route midpoint, or latency optimum?
- Method: How were locations weighted, routes observed, or latency measured?
Without those details, “the exact middle” is not a reproducible result. A defensible calculation would publish its data and method and describe its finding as the center under that particular definition—not as the exact center of the entire internet.
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