Is an internet capacity crisis looming?

We know it from electricity: grid congestion. Charging stations, solar panels, heat pumps and data centers put so much pressure on the electricity grid that expansion can barely keep up. Is the internet facing a similar tipping point? The combination of the AI revolution, structural remote working and the rise of smart buildings is making that question increasingly urgent.

Data is growing exponentially

AI systems process enormous amounts of data in real time. Think cameras analyzing footage, energy data being processed, climate systems being optimized, predictive maintenance recognizing patterns and cloud analyses running continuously. Organizations operate almost entirely in the cloud. Every video meeting, every AI analysis, every IoT sensor in a building generates network traffic. The sum of all those flows is greater than most networks could handle ten years ago. Read more in our knowledge base on cloud connectivity.

Remote working as a structural load

The COVID pandemic has made remote working permanent. What once seemed like a temporary phenomenon is now structural policy at many organizations. This means that district exchanges and local networks are being loaded by multiple laptops per household, simultaneous video meetings, streaming, smart devices and IoT applications all active at the same time. These exchanges were not designed for this structural peak load. The result: slow connections at critical moments. This also affects commercial real estate: office buildings in busy areas feel the competition from remote workers on the local network.

Smart buildings continuously consume data

A modern smart building is a continuous data machine. Access control systems, IP cameras, energy management software, climate AI, occupancy sensors, charging stations for electric vehicles: all these systems continuously communicate with cloud platforms. The bandwidth consumed by a fully automated building is a multiple of what was needed ten years ago. Smart building technology makes buildings smarter, but also hungrier for connectivity. And as AI applications in buildings increase, that hunger grows further.

A smart building without robust internet capacity is like an electric car without charging infrastructure: the promise is there, but the execution fails.

The comparison with electricity capacity

Grid congestion with electricity shows what happens when physical infrastructure does not grow with demand. The internet feels infinite, but physical networks have limits. Fiber optic cables, switchboards, central distribution stations: these also have capacity limits. If demand continues to grow and infrastructure does not keep pace, bottlenecks arise. More on this in the knowledge base.

What the IT-label says about this

The IT-label assesses not only the current state of digital infrastructure, but also the capacity for growth and scalability. The label looks at redundancy: is there a backup connection if the primary one fails? It looks at incoming bandwidth and the condition of the internal cabling. Buildings with high IT-label levels such as IT1+ PREMIUM or IT1 HIGH PERFORMANCE have multiple fiber connections and are built for scalability. Buildings with low levels risk their infrastructure not keeping pace with demand.

From comfort to necessity

Five years ago, 100 Mbps internet in an office building was sufficient. Now 1 Gbps is considered the minimum, and for AI-intensive environments that may already be too little. Fiber optic is no longer a premium choice but a basic requirement. Redundancy is no longer a nice-to-have but a standard for any serious commercial property. For property owners and investors, this means that digital capacity is not a technical side issue, but risk management.

Internet capacity has rapidly shifted from a comfort to a critical factor. Real estate that does not understand this is falling behind.

For developers and investors

For project developers, this trend means that scalable networks are no longer an option but an obligation. Buildings being designed now must take into account the data needs of five to ten years from now. More on this in our knowledge base on future-proof building. For investors, digital capacity has become part of risk management: a building with inadequate digital infrastructure loses tenants and thus value. See how the IT-label affects the value of real estate.

Conclusion

Digital capacity is on its way to becoming a critical factor in real estate, comparable to how electricity capacity has become. The IT-label makes it visible whether a building can handle the digital growth of the coming years. Want to know how your building scores? Look up the IT-label or read more in the knowledge base. Want to become a partner? Visit the partner page.