Global scale demands global control

  • Edge access points250K+
  • P99 latency, globally<10 ms
  • Less for connectivity than OEMs40%+
  • Uptime SLA99.999%
01Three layers

One platform instead of five vendors

Proven at scale, with kernel control and programmable routing: compute, traffic and connectivity from one operator.

An aluminium model of the platform: a data hall full of racks, a network room with two core routers, an exchange where fiber meets, a tray of optics, city blocks with access points, and a second region.
02The difference

The platform you’d build if you could

Most infrastructure hides the controls your engineers need. We hand them back. Drag the line to compare.

The same model as a shared cloud hall: no cage, the floor packed with identical racks under one frosted layer, and a single thin cable down from the tray.
An aluminium model of a data hall corner: a private mesh cage with its own door around six racks, a router rack at its corner and a thick bundle of fiber rising from it to the overhead tray.
Hardware
Edgevana: Single-tenant bare metal
Typical cloud: Multi-tenant virtualization
Access
Edgevana: Kernel level, deep tuning
Typical cloud: Abstracted, limited
Routing
Edgevana: Programmable BGP policy
Typical cloud: Opaque decisions
Peering
Edgevana: Software-defined, instant
Typical cloud: Manual, weeks
Pricing
Edgevana: Compute-centric, no egress penalties
Typical cloud: Bandwidth metered for profit
Isolation
Edgevana: Physical, dedicated hardware
Typical cloud: Logical, shared hardware
Connectivity
Edgevana: EdgeLink up to 1.6T, same-day delivery
Typical cloud: Third-party optics, long lead times
03The advantage

Why global enterprises choose us

Shared hardware behind abstraction layers, peering changes that take weeks, bandwidth priced to discourage traffic, and five vendors for what one platform should do. Your scale deserves better.

Talk to us

The infrastructure layer that changes the math

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