Teridion

More About Teridion

Teridion provides cloud-based networking services that enterprises use to improve WAN and internet connectivity by operating an overlay network across multiple public cloud providers. Its offering is positioned as a managed service that sits on top of existing Internet Service Providers (ISP) links and underlay infrastructure, giving IT teams more predictable performance for site-to-site, cloud, and SaaS access without requiring ownership of physical backbone assets.

The company’s architecture is based on a global, software-defined network fabric that deploys Virtual Routing and Forwarding (VRF) elements in multiple cloud regions. Customer traffic is steered into this fabric at Edge Points of Presence (ePoPs), then routed across the cloud backbone using Traffic Engineering (TE) techniques, dynamic path selection, and performance-aware routing policies. This design differs from traditional Multiprotocol Label Switching (MPLS) WAN models by leveraging internet and cloud backbones rather than private carrier circuits, while still targeting deterministic behavior for latency and packet loss.

Teridion’s services align with enterprise categories such as cloud WAN, internet overlay networking, and virtual private backbone services (networking). Enterprises typically integrate the service with existing Software-Defined Wide Area Network (SD-WAN), Virtual Private Network (VPN), or edge router deployments, using standard IP routing, Generic Routing Encapsulation (GRE) or IPsec tunneling, and Border Gateway Protocol (BGP) or static routing for path control. The platform is carrier-agnostic, so it can operate over any ISP access, including broadband, DIA, and mobile links, which can be useful in distributed branch, remote office, and global site deployment patterns.

From a technical standpoint, Teridion focuses on optimization for traffic to and between public cloud regions, data centers, and SaaS providers. The service leverages cloud-native deployment patterns, with network functions instantiated in public cloud infrastructure and managed centrally. Enterprises configure routing policies, Quality of Service (QoS) preferences, and traffic segmentation through a management console or APIs, allowing network teams to align overlay behavior with application needs and security policies.

In marketplace and directory taxonomies, Teridion fits into categories such as cloud WAN services, internet acceleration overlays, and managed virtual backbone networking (networking). It is relevant for organizations that want to augment or complement SD-WAN, improve SaaS and cloud performance across geographies, or replace parts of legacy private WAN architectures with an internet- and cloud-based overlay model while retaining centralized control and visibility.