A resilient voice core, built for scale
Aircom moves voice across a geo-redundant core, connected to established upstream and regional carriers. Routes stay short, paths stay monitored, and traffic fails over the moment a corridor slips.
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Routing corridors across our partner mesh
The core
One core, every region.
Our voice core is geo-redundant by design: session border controllers and softswitches with automatic failover between points of presence, connected to established upstream and regional carriers. The result is short routes, high answer rates and CLI integrity preserved from the first hop to the last.
Geo-redundant core
Session border controllers and softswitches deployed across multiple regions, with automatic failover between points of presence.
Upstream carrier mesh
A curated set of upstream and regional interconnects, so traffic reaches its destination over the shortest viable path.
Short, monitored routes
Every corridor is graded continuously for answer rate and latency, then re-routed the moment quality degrades.
CLI integrity end to end
Calling line identity is preserved across the path, protecting answer rates and downstream compliance.
How it is built
Engineered for reach, resilience and quality.
The architecture behind every Aircom route, designed in from the first hop and monitored continuously.
Points of presence
Reachable regions.
Our routing reaches across Europe, the Americas, the Middle East, Africa and Asia-Pacific. These are reachable regions and routing corridors, not a claim of facilities in every city.
Platform capabilities
Targets we build around.
Framed as platform capabilities and targets for our voice core, not a historical track record. They are the numbers we engineer the network to hold.
// Let's talk routing
Scope a route across our network
Tell us where your traffic needs to go. Our team can map it to the right corridors and interconnects for your volume and quality targets.