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Who is BGP Tunnel?
BGP Tunnel is a networking service focused on providing Border Gateway Protocol–based transit and tunneling solutions for internet connectivity and routing control for enterprises and infrastructure operators.
- BGP transit and routing services for network operators and enterprises
- IP tunneling and virtual cross-connects for multi-site and multi-provider connectivity
- Anycast and routing policy control for Traffic Engineering (TE) and high-availability use cases
- IPv4 and IPv6 address routing, peering, and prefix management services
- Support for hosting providers, data centers, and content platforms needing programmable internet routing
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BGP Tunnel provides internet routing and connectivity services built around the BGP, with a focus on giving enterprises, hosting providers, and network operators control over how their IP prefixes are announced, routed, and tunneled across the public internet.
The company’s offerings typically fall into categories such as BGP transit (network connectivity), IP tunneling (network connectivity), and routing policy management (network management). Customers use these services to attach their own autonomous systems (ASNs) or routed prefixes to upstream capacity without building out a full physical network footprint in every location. BGP-based services from such providers are often used to improve path selection, failover behavior, and traffic steering relative to default connectivity from a single Internet Service Providers (ISP).
In enterprise and infrastructure environments, BGP Tunnel’s services are positioned as an overlay that connects data centers, cloud regions, and network edge locations via Generic Routing Encapsulation (GRE), IP-in-IP, or similar tunneling mechanisms (overlay networking). By terminating tunnels on their infrastructure and establishing BGP sessions with customer routers or virtual routers, the provider offers a way to extend an organization’s routing domain across multiple facilities and providers while maintaining consistent prefix announcements and routing policies.
The technical stack around these offerings centers on BGPv4 and BGP extensions for IPv6, standard IP tunneling protocols, and common routing practices such as communities, MEDs, and local preference. Customers can typically influence inbound and outbound traffic using BGP community tags, selective announcements, and anycast configurations, in line with standard global routing practices. Compared with simple Virtual Private Network (VPN) or point-to-point services, BGP-focused connectivity targets users that need control over public routing, upstream redundancy, and integration with existing ASNs.
Within a marketplace taxonomy, BGP Tunnel aligns with categories such as network transit and peering services (network connectivity), IP tunneling and overlay networking (network connectivity), and routing policy control and automation (network management). These services are relevant to internet-facing workloads, content delivery, hosting and cloud infrastructure, and organizations that run their own address space and require deterministic routing behavior across multiple carriers or facilities.
Our description of BGP Tunnel. Updated February 2026.