Backbone optimisation on Equinix and Megaport

What we walked into.

Traffic from 800 offices funnelled through paths that grew organically over a decade, with cloud egress and inter-region flows taking the scenic route.

Cost and latency both pointed at the same problem: the backbone was a collection of historical decisions rather than a design.

The approach.

1. Step 1

   Interconnect hubs at the right Equinix locations, with Megaport virtual cross connects instead of long-lead physical circuits.

2. Step 2

   Traffic engineering per region, so cloud and datacenter flows exit close to where they are consumed.

3. Step 3

   Capacity that can be dialled up and down in software as demand shifts, instead of ordering another year-long circuit.

Stack and disciplines.

What it delivered.

Shorter, cheaper and more predictable paths between regions, clouds and datacenters.

A backbone that can be reshaped in days when the business opens a region or moves a workload.

Lessons that travel.

• Software-defined interconnect turns capacity into a decision you can reverse next week.

• Egress belongs close to consumption, which is usually not where the old design put it.

• Cost and latency almost always point at the same broken path.