312 points of presence, one anycast address
No traffic-steering DNS games, no regional endpoints for your clients to choose between. You publish one hostname; BGP puts every request into the nearest healthy PoP, and every PoP can cache, compute, package and scrub.
Two tiers between a player and your origin
Most requests stop at tier one. The design exists so that the rare miss still costs your origin almost nothing.
Where the capacity actually is
PoP counts are easy to inflate by counting cabinets. These are locations with independent transit, local peering and full product capability — cache, compute, media and scrubbing in each one.
North America
74 PoPsAshburn, Atlanta, Chicago, Dallas, Denver, Los Angeles, Miami, Montréal, New York, Phoenix, San José, Seattle, Toronto, Querétaro & 60 more.
Europe
81 PoPsAmsterdam, Frankfurt, London, Madrid, Marseille, Milan, Paris, Stockholm, Vienna, Warsaw, Zürich & 70 more.
Asia-Pacific
88 PoPsHong Kong, Jakarta, Mumbai, Osaka, Seoul, Singapore, Sydney, Taipei, Tokyo & 79 more, plus licensed mainland China capacity.
Latin America
34 PoPsBogotá, Buenos Aires, Fortaleza, Lima, Rio de Janeiro, Santiago, São Paulo & 27 more.
Middle East
21 PoPsDoha, Dubai, Istanbul, Jeddah, Kuwait City, Manama, Muscat, Riyadh, Tel Aviv & 12 more.
Africa
14 PoPsAccra, Cairo, Cape Town, Johannesburg, Lagos, Mombasa, Nairobi & 7 more.
Counts and figures on this page are illustrative placeholders for this design.
Short paths beat fast servers
A PoP in the right city is worth nothing if traffic leaves it through three transit hops to reach the subscriber. We peer directly with the eyeball networks your users are actually on, and we embed caches inside the largest of them.
78% of delivered bytes leave the network over a direct peer or an embedded cache.
Failure is routine, not an incident
Health checks drain a PoP out of anycast in seconds. Neighbouring PoPs absorb the traffic with the cache already warm from the shared regional shield, so a drain looks like a small latency bump rather than an outage.
Capacity headroom by policy
Every region is provisioned to carry its own peak plus the largest single neighbouring region's peak. That headroom is what makes unmetered DDoS mitigation an honest promise rather than a marketing one.
Data residency you can configure
Pin caching, logging and edge-function state to the EU, UK, US, or a specific region. Certified for SOC 2 Type II, ISO 27001/27018 and PCI DSS Level 1 on the delivery path.
Want the city-by-city list and our peering policy?
We will send the full PoP inventory, PeeringDB record and the current RUM dataset for your top markets.