Connectivity: The Networks Carrying Intelligence

AI requires high-capacity, low-latency and resilient connectivity linking data centers, cloud regions, enterprise networks and end users. The physical system includes long-haul and metro fiber, diverse routes, internet exchanges, carrier interconnections, subsea cables, edge facilities and the network equipment that carries data between locations.

Why connectivity matters

A fiber line near a property does not automatically make the site connected. Projects must understand available capacity, route diversity, carrier access, construction requirements, latency, redundancy and the locations of the networks they need to reach.

Connectivity influences where workloads can run, how services perform and whether infrastructure can remain available during a route failure. As AI traffic grows, the map of strategic infrastructure will include not only where compute is located, but how intelligence moves between markets.

How the connectivity system works

The physical network architecture enabling continuous, low-latency intelligence transport across regional and global AI infrastructure markets.

Long-haul networks

Metro fiber

Internet exchanges

Long-distance fiber links cities, data center markets, cloud regions and major network hubs across primary corridors.

Metro networks connect facilities within a market and provide access to carriers, enterprises, internet exchanges and cloud on-ramps.

Exchange points and carrier facilities allow networks to connect and exchange traffic efficiently with high throughput.

Subsea cables

Edge infrastructure

Diversity & redundancy

Submarine networks carry international data between regions and shape global connectivity routes and landing-point importance.

Edge facilities place computing and network resources closer to users or machines where latency, local processing or resilience matters.

True resilience requires physically diverse paths, not merely contracts with two carriers using the same underlying route.

IOI continuously tracks long-haul fiber routes, metro availability, subsea landing points, internet exchange capacity, and cloud region interconnects across global markets.