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Next-gen IP transit over tunnels. Dual-stack ready.

Advanced IPv4/IPv6 transit, peering, and static IPs. GRE tunnels, carrier-neutral interconnection, and global BGP support for seamless, scalable connectivity.

Dual-stack networking
Dedicated static IPs
Tier 1 global transit
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IPv4 & IPv6 Support
Static IP Options
Peering & Transit

Dual-stack for seamless access

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Reliable static IP allocation

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Carrier-grade peering & transit

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Seamless networking, future-ready solutions

Enable dual-stack, static IPs, and GRE tunnels for advanced connectivity. Achieve reliable transit, peering, and interconnection with robust, scalable infrastructure.

Dual-stack support

Deploy IPv4 and IPv6 simultaneously for full compatibility. Transition legacy systems while supporting next-gen protocols.

Flexible IP transit

Utilize your ASN and IP prefixes via GRE tunnels. Announce routes locally and globally for optimal network reach.

Carrier-neutral interconnects

Access leading providers and exchanges for low-latency, resilient connections across metro and global networks.

FAQ

Technical answers. Reliable connectivity.

Explore detailed answers on IP transit, dual-stack networking, static IPs, and prefix announcements. Learn how our solutions support advanced, carrier-neutral infrastructure for seamless business connectivity.

What is IP transit via GRE?

IP transit over GRE enables routing your own IP prefixes and ASN through a secure tunnel. This supports both IPv4 and IPv6, allowing custom routing and direct access to global networks for flexible, scalable connectivity.

How does dual-stack networking operate?

Dual-stack allows simultaneous use of IPv4 and IPv6, ensuring compatibility with legacy and modern systems. This maximizes network accessibility and supports a seamless transition to future protocols.

Can I announce my own IP prefixes?

Yes. You can announce RIPE or RIR-assigned prefixes using your ASN. Routes are aggregated and advertised to major internet exchanges and tier-one providers, ensuring optimal global reach and redundancy.

Why choose static IP assignments?

Static IPs provide consistent addressing for services, simplifying firewall management, remote access, and DNS setup. This is essential for businesses needing reliable, unchanging network endpoints.

How is low-latency routing achieved?

Traffic is routed to the nearest tunnel endpoint, then aggregated and announced locally and globally. Our carrier-neutral backbone ensures efficient, low-latency paths to key internet exchanges.

Is IPv6 support included by default?

IPv6 is available for all connections. Dual-stack deployment is straightforward, enabling seamless compatibility with both IPv4-only and IPv6-enabled sites for future-ready networking.