Targeting levels
Country selection suits broad crawls. City selection matters wherever pricing, stock or ad delivery changes by metro. ISP selection is for targets that treat carriers differently. All three are set in the credential string, so one account can hold many combinations at once.
Popular destinations
Coverage by region
| Region | Highlights |
|---|---|
| North America | United States, Canada — deep metro and ISP coverage |
| Europe | UK, Germany, France, Italy, Spain, Netherlands, Poland, Sweden |
| Asia-Pacific | Japan, South Korea, Singapore, India, Australia |
| Latin America | Brazil, Mexico and neighbouring markets |
| Middle East | United Arab Emirates and regional coverage |
Frequently asked questions
Does a specific country cost more?
No. Every location is priced the same — there is no geo surcharge.
How precise is city targeting?
Major metros are individually selectable, and ISP selection narrows it further where a target treats carriers differently.
Can one account use several countries at once?
Yes. Targeting travels in the credential, so parallel jobs can each hold a different market.
Which locations have the most IPs?
The United States and major European markets carry the deepest inventory, with Asia-Pacific growing fastest.
Why location precision changes results
Most large sites personalise on geography long before they personalise on a user. Prices, shipping promises, available categories, ad inventory and search rankings all shift with the exit address, which means a report compiled from one country describes only that country — no matter how carefully it was assembled.
City precision matters more than teams expect. Delivery windows and stock levels routinely differ between metros inside one market, and a national average hides exactly the variance a pricing or availability project is trying to measure.
Choosing a geography for the job
Start broad and narrow only when the data forces it. Country targeting is enough for coverage tests and wide crawls. Move to city level when the metric under observation is known to vary locally. Reach for ISP targeting only where a platform demonstrably treats carriers differently — it narrows the available pool, so spending it without cause costs throughput for nothing.