Footprint figures reflect the current draft build plan. Replace with verified capacity and PoP counts before this page is published.
Coverage is only useful where your users are. These are the regions we hold serving capacity, peering and operational depth in.
Drag the globe to rotate it. Larger markers are regional hubs holding mitigation capacity and an operations shift; the arcs are the inter-hub paths that carry failover traffic when a region degrades.
Latency values shown are illustrative targets pending live measurement.
Our deepest region, and where the operations team sits. Dense metro coverage, direct peering with the major regional carriers, and mitigation capacity sized for the traffic patterns this part of the world actually produces.
Coverage shaped by residency requirements as much as by latency. EU traffic can be pinned to EU serving locations and EU-resident logging without a bespoke contract.
North and South American coverage with attention to the routes that are usually an afterthought: intra-LATAM paths, and the long haul between Brazilian users and North American origins.
The design goal is not that nothing breaks. It is that when something breaks, the blast radius is one layer and the recovery is automatic.
Every one of these has happened to somebody. The question is only whether the design assumed it.
Route weights shift away from the affected provider in that region on measured error rate and latency, not on a status page. The rest of your traffic is untouched.
The prefix is withdrawn from that location and anycast delivers users to the next nearest ingress. Sessions re-establish; the failure shows up as a latency bump rather than an outage.
Edge nodes keep serving with the last valid policy set. You lose the ability to make changes, not the ability to serve traffic. This is a deliberate trade and it is the right way round.
Origin shielding collapses the request fan-in, stale-while-revalidate keeps cached content flowing, and a queue holds the uncacheable paths rather than letting them take the origin down entirely.
Renewal and deployment are automated across every network in the path, and the expiry window is monitored independently of the automation that manages it. Two failures, not one, are required for an outage.
Rules deploy in stages with automatic halt conditions on error rate and block rate. Rollback is a single action and every change is attributed to a named operator.
Controls are built to map cleanly onto the frameworks our customers are assessed against, and the evidence is assembled from the same audit trail the operations team works from rather than reconstructed for the auditor.
Name only the certifications actually held, with their audit dates and scope, before this section is published. Claimed but unheld certifications are the fastest way to fail a procurement review.
Static placeholder. Replace this panel with a live feed from your status provider, or link out to it, before launch. A hard-coded "all green" is worse than no status page at all.
Bring your network lead. We would rather spend an hour on failure modes now than explain them to you during an incident.