Points of presence, switching fabric, and interconnection architecture designed for carrier traffic density. Dual-hub architecture in Spain and Belgium. Tier 4 data centers. Every component sized for peak load, not average.
Spain and Belgium serve as primary switching hubs. Traffic between continents routes through the nearest hub. If one hub degrades, the other absorbs the load automatically.
This is not geographic convenience. This is engineered redundancy at the architecture level.
Spain — Mediterranean and LATAM traffic gateway
Belgium — European and intercontinental switchingBoth hubs — full switching and signaling capacity
Inter-hub — dedicated multi-Gbps transport
Carrier-class softswitches handling millions of concurrent calls. SIP and SS7 interconnects. Transcoding where codecs mismatch. Every switch sized at 60% peak capacity — headroom is not optional.
SMPP hubs processing enterprise and wholesale SMS at volume. Throughput measured in thousands of messages per second. Queue management prevents message loss during burst events.
SIGTRAN and SIP signaling across all interconnects. Diameter for LTE roaming. SS7 legacy support where required. Signaling never bottlenecks — it routes on dedicated paths.
We built our infrastructure on one principle: one fabric, one policy, one quality standard across every endpoint. A single IPX network architecture eliminates the fragmentation that plagues multi-vendor deployments. Our Brussels interconnection anchors European and intercontinental switching to global carrier backbones — owned connectivity, not rented transit.
