Oito razões pelas quais vencemos na LATAM.

A EdgeUno opera 20 POPs em 11 países da América Latina — Argentina, Bolívia, Brasil, Chile, Colômbia, Equador, México, Peru, Porto Rico, Turquia e Estados Unidos. A maioria dos provedores de cloud na LATAM se concentra em São Paulo e considera o trabalho feito. A gente não.

Capilaridade importa porque LATAM não é um monolito. Um cliente em Bogotá roteado via São Paulo sente ~80 ms a mais de latência do que um atendido a partir de BOG2. Um workload em Buenos Aires batendo num POP de Miami come um RTT de 100 ms ou mais. Ao colocar infraestrutura nas cidades onde seus clientes realmente vivem, eliminamos o desvio LATAM-para-Norte-América — e esse único fato é a diferença entre um app utilizável e um do qual seus usuários de São Paulo, CDMX ou Lima reclamam.

Todos os outros diferenciais da EdgeUno — latência, soberania, peering, SLA — dependem desse footprint. O mapa é o fosso.

Our latency story is not a marketing number — it's a consequence of the map. Place a VM in BOG2 and a request from a Bogotá ISP arrives in under 5 ms. Place that same VM in São Paulo and the round-trip-time climbs to 80–110 ms. Most LATAM cloud providers can't avoid that gap because they don't have BOG2.

Our interactive latency matrix at /latency lets you check actual measured DC-to-DC and ISP-to-DC times. Pick a region, pick a target, see the number. The data is operator-published, not synthesized.

LATAM data-protection law is not US law. Brazil's LGPD, Argentina's Ley 25.326, Colombia's Habeas Data — each carries cross-border restrictions, fines, and audit requirements that hyperscalers have historically met with paperwork rather than infrastructure.

EdgeUno does the inverse: Brazilian data lives in São Paulo or Rio, Mexican data lives in CDMX or QRO, Colombian data in BOG, Argentine data in EZE1. We don't ship data across borders to make our operations easier. You stay compliant with the regulator's actual location requirement, not with a checkbox that says 'data center in your region.'

EdgeUno runs two ASNs — AS7195 and AS51095 — peered directly with the major Latin American carriers, IXPs, and content networks. That direct peering is why latency stays low even when traffic crosses operator boundaries: we don't transit through a US-based middle-mile.

PeeringDB shows the topology in detail. Look us up — we don't hide our peering posture.

99.99% means 52 minutes of downtime per year — not the 8.7 hours that 99.9% allows. We publish the SLA. We publish the incident history. And when we miss the SLA, we credit your account automatically without you having to file a claim.

Status is live at status.edgeuno.cloud. We don't hide incidents.

Cloud providers that hide the network from you are easier to operate — and useless when your network actually has needs. EdgeUno exposes the primitives.

Bring your own /24 or /23 — we announce it from AS7195. Need Anycast across our LATAM footprint? Configured. DDoS scrubbing? Always-on across all 20 POPs, included, no per-attack billing. Customer-defined BGP sessions for hybrid setups? Yes.

ISO 9001 (quality management) and ISO 27001 (information security management) are not marketing badges — they are audited frameworks with real auditor sign-off and recertification cycles.

EdgeUno holds both. Certificate copies are available on request, and the certification body is publicly verifiable.

When a US hyperscaler says "we offer 24/7 support," what they mean is: a support agent in Manila will translate your problem into a ticket queue read by a US engineer who works 9-to-5 Pacific Time.

EdgeUno staffs L1, L2, and L3 in São Paulo, Bogotá, and Mexico City. Your support engineer is in your time zone, speaks Portuguese or Spanish natively, and has been in the LATAM telecom industry long enough to know which IXP your packets transit before reaching us.