
Anycast.com | A Resource Hub for BGP Anycast
What is BGP Anycast? BGP Anycast is a network addressing and routing technique that lets multiple servers in different locations all sit behind a single IP address. Anycast leverages …
IPv6 - Anycast.com
With anycast, you can make multiple, distributed resources from a single IPv6 anycast address. One IPv6 address can belong to different nodes in a global footprint, and with anycast, …
Use Cases | Anycast.com
Review these common industry use cases where Anycast can boost your platforms and services.
Security Providers - Anycast.com
Anycast is used to connect end users to the nearest available firewall application server quickly and reliably. If one application server is taken offline for maintenance, or fails for another …
Hybrid / Multicloud - Anycast.com
Anycast helps companies simplify hybrid and multi-cloud infrastructure by providing a single, globally distributed IP address that routes users to the nearest healthy endpoint across clouds …
Overlay Networks - Anycast.com
BGP anycast ensures low-latency connectivity both to (and within) an overlay network, providing end users the best performance possible. Using just one IP address, remote users around the …
Why Every Content Delivery Service Should Leverage an Anycast …
Discover how BGP anycast empowers CDNs with low latency, automatic load distribution, DDoS resilience, and seamless global scalability.
Performance & HA - Anycast.com
With our anycast technology, you can distribute your content, data, and applications to as many PoPs (points of presence) as you want, and direct incoming traffic to the nearest one, utilizing …
Anycast vs Unicast: What a Global Business Needs to Know
One of the best ways to provide 100% uptime and high performance is by integrating anycast routing into your infrastructure. What is Anycast? The easiest way to understand how anycast …
Recursive DNS - Anycast.com
With anycast technology, you can distribute your content, data, and applications to as many PoPs (points of presence) as you want, and direct incoming traffic to the nearest one, utilizing the …