Commercial colocation
Operational scale, committed growth, operator density and enterprise workload depth.
Transparent scoring framework · August 2026
Every market is assessed on a fixed 0–5 scale across four independent axes and 16 metrics. Composite bands establish a provisional tier; operational scale gates then determine the final classification.
Composite design
The composite is the weighted sum of the four axis scores. Each axis score is itself a weighted combination of four underlying metrics.
Operational scale, committed growth, operator density and enterprise workload depth.
Physical hyperscaler capacity, cloud-region depth, self-build breadth and committed investment.
Live AI capacity, committed pipeline, demand diversity and power runway.
Subsea reach, peering depth, facility density and route openness.
Classification rules
A market first enters the composite band shown below. Tier 1 and Tier 2 also require minimum operational colocation scale and hyperscaler-presence scores. A missed gate moves the market to the highest tier it qualifies for.
Minimum composite: 3.5
Minimum composite: 2.5
Minimum composite: 1.5
No additional scale gate
Minimum composite: 0.0
No additional scale gate
A market may receive 50% of an eligible hub's Axis D score when it is within 100km, or 25% when it is within 250km. An eligible hub must have an own Axis D score of at least 3.5.
Complete scorebook
Each metric converts a quantitative observation or structured qualitative assessment into a score from 0 to 5.
Axis A · 40% of composite
Operational commercial colocation capacity in 2025, measured in megawatts.
Committed commercial colocation growth from 2026 to 2031, measured in megawatts.
Number of competitive colocation operators, excluding state and incumbent telecommunications carriers.
Depth of regulated financial-services, government, sovereign, headquarters and trading workloads.
Axis B · 30% of composite
Quality-weighted physical capacity from hyperscale, cloud, AI-lab and neocloud operators.
Number and resilience of live cloud regions, with full availability-zone regions receiving the greatest credit.
Operational self-build capacity and breadth of committed hyperscale operators.
Committed hyperscaler investment, measured in US dollars.
Axis C · 15% of composite
Operational data-centre capacity serving AI workloads.
AI capacity under construction or backed by committed financing.
Breadth of distinct AI demand classes active in the market.
Availability of power for future data-centre development.
Axis D · 15% of composite
International subsea systems credited by landing distance from the metropolitan market.
Connected networks at the market's largest internet exchange.
Connected networks at the market's densest carrier-neutral facility.
Diversity of independent routes and cloud on-ramps, adjusted for chokepoint and monopoly-transit exposure.
Use the results