Who is Megaport?
Megaport is a Network as a Service (NaaS) provider that offers on-demand, software-defined connectivity between enterprise networks, public clouds, and digital infrastructure locations.
- On-demand elastic connectivity between data centers, cloud regions, and branch locations via a Software Defined Networking (SDN) fabric (network connectivity).
- Private, virtualized links to major public cloud providers for hybrid and multicloud architectures (cloud networking).
- Virtual routing services for connecting multiple clouds and sites without physical routers (cloud routing).
- Self-service portal and APIs for provisioning, scaling, and managing network services in near real time (network automation).
- Global footprint of interconnected Points of Presence (PoP) in carrier-neutral data centers and colocation facilities (interconnection services).
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More About Megaport
Megaport focuses on Network as a Service (network connectivity) that allows enterprises to provision connectivity over a software-defined network rather than through fixed, long-term telecommunications circuits. Its platform is designed for enterprises that run distributed workloads across data centers, public cloud regions, and colocation environments, and that require predictable, private connectivity instead of relying only on the public internet.
The service is accessed through a self-service portal and APIs (network automation) that enable users to create and modify virtual connections between locations and cloud on-ramps. These virtual connections are typically implemented as VLAN-based circuits on top of Megaport’s underlying backbone and are presented to customers through standard Ethernet interfaces. The platform aligns with SDN concepts, separating the control plane used for provisioning from the data plane that carries customer traffic.
For cloud networking (cloud networking), Megaport provides private connectivity into major public cloud providers’ connectivity services, such as dedicated cloud interconnect offerings that terminate in cloud regions and availability zones. This model supports hybrid cloud use cases, where on-premises (on-prem) data centers connect to cloud environments, and multicloud topologies, where workloads in different cloud providers communicate over private links. Enterprises use these connections for workload migration, Disaster Recovery (DR), and data replication scenarios where bandwidth guarantees and predictable latency are important.
Megaport also offers virtual routing capabilities (cloud routing), which allow enterprises to interconnect multiple cloud environments and physical locations without deploying and managing physical routers in colocation sites. This function typically supports routing protocols such as Border Gateway Protocol (BGP) for exchanging routes between customer networks and cloud provider networks. By using virtual routing, customers can create hub-and-spoke or mesh architectures that route traffic between clouds and sites over the Megaport fabric.
From a marketplace categorization perspective, Megaport aligns with network connectivity, cloud networking, and interconnection services. It is relevant to enterprise architects and infrastructure teams that design Wide Area Network (WAN), hybrid cloud, and multicloud architectures, as well as to organizations looking to decouple network provisioning from traditional carrier contracts. The platform is commonly integrated into broader network designs that may include Software-Defined Wide Area Network (SD-WAN) at the edge, colocation providers in the core, and multiple public clouds, with Megaport providing the underlying private interconnection fabric between these components.
Our description of Megaport. Updated December 2025.
