Six run filtering clusters, four are edge nodes, and every one of the ten sells the same services and hands off at 100G and 400G. The spans between them ride wavelengths we light on our own optical layer, not capacity leased by the megabit from somebody whose upgrade schedule we do not control.
A Tier 2 European backbone: ten sites across Europe - six scrubbing clusters and four edge nodes. Every one offers 100G and 400G handoff, and the spans between them ride our own DWDM lambdas rather than capacity leased by the megabit.
Six sites - London, Amsterdam, Frankfurt, Marseille, Bucharest and Sofia - each running ten or more Dell servers filtering at line rate. Traffic aimed at a protected prefix is cleaned at the nearest cluster, with no detour to a distant scrubbing centre to pay for in latency.
Bratislava, Budapest, Thessaloniki and Istanbul. Every service is sold and delivered there - DDoS protection, IP transit, transport, the same 100G and 400G ports - but the filtering servers live elsewhere: traffic rides our own backbone to the nearest cluster and comes back clean. What an edge node buys the region is a short first hop.
Edge routing, upstream capacity and exchange presence, so traffic enters the network in the city it was already heading for. Behind the ten: ten Tier 1 upstreams, twenty exchanges carrying thousands of peering sessions, and hundreds of direct PNI ports into Google, Meta, AWS, Cloudflare, Akamai and the other heavy networks. Juniper routing and EVPN-MPLS everywhere, so a rule validated once behaves identically.
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