Global Network
A global edge network built for low-latency delivery
Requests enter the nearest IXCDN edge PoP and route by region, carrier and live path quality. Multi-carrier Anycast, IX peering and a private backbone reduce cross-network detours, with security policy at every ingress.
Regional coverage
Global coverage, local precision
A diverse carrier mix sustains network quality across regions and peak hours; direct ISP links plus IX and PNI keep local routing precise at every location.
Asia-Pacific
Singapore, Hong Kong, Tokyo, Seoul, Sydney, Mumbai
Dense carrier interconnect and subsea-cable landings
Mainland China
Key-city (TOP CBD) optimization + high-capacity scrubbing
China Mobile/Unicom/Telecom + cross-border compliance
Europe
Frankfurt, London, Amsterdam, Paris, Istanbul
Major IX and datacenter hubs
Middle East
Dubai, Riyadh direction
Low-latency ingress for emerging markets
Americas
New York, Los Angeles, Chicago, Toronto, Miami, São Paulo
North America and Latin America coverage
Africa
Johannesburg direction
Adds reach in emerging markets
Reliability and security
Backbone redundancy, path monitoring, edge protection
A private backbone interconnects key nodes with full-link redundancy to remove single points of failure; last-mile monitoring reroutes around congestion; edge DDoS keeps service up under attack.
Private backbone
PoPs are linked by private backbone circuits, cutting cross-region origin fetches and detours.
Full-link redundancy
Key nodes are redundant at the router and switch layers with multiple carriers, avoiding single points of failure.
Last-mile monitoring
Paths are monitored continuously and reroute around congestion to hold last-mile latency.
Edge DDoS protection
L3/L4 volumetric and L7 application attacks are scrubbed at the edge, so service stays up.
Infrastructure compatibility
Compatible with mainstream hardware, carriers and exchanges
IXCDN's edge network is compatible with mainstream hardware vendors, carriers and Internet Exchange infrastructure, tapping diverse network resources on demand.
IXCDN