No article in the knowledge graph for AS35213 yet.
Who is AS35213?
Autonomous system 35213 is a globally routed network identifier under which a private organization announces IP address prefixes and exchanges routing information with other networks using the Border Gateway Protocol (BGP).
- Autonomous system operation and BGP route announcement
- IP transit and network connectivity services
- Hosting and server infrastructure for business workloads
- Peering and interconnection with other network operators
- Routing policy management and network monitoring
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Organizations that operate an autonomous system typically use it to control how their address space is reachable across the public internet. In enterprise environments, this function supports resilient connectivity by allowing traffic to be advertised across multiple upstream providers and internet exchange points. Network teams configure routing policies to influence path selection, manage failover, and maintain service availability during outages.
The technical foundation of this area is BGP, which exchanges reachability information between autonomous systems. Operators commonly pair BGP with route filtering, prefix validation, and monitoring tools to reduce the risk of misconfiguration and route leaks. Infrastructure built on this model often includes internet transit connections, private peering agreements, and colocation or data center presence to deliver low-latency access to hosted applications and cloud services.
Comparable solution categories include regional and carrier-neutral internet service providers, managed network services, and hosting providers that bundle IP transit with server or colocation capacity. The distinguishing factor for an autonomous system operator is direct control over its own routing announcements, rather than reliance on a single upstream provider for path decisions.
The business significance of this model lies in network independence, redundancy, and performance control. Organizations with an autonomous system can multihome their connectivity, negotiate peering terms, and adjust routing in response to capacity or security events. For technical leaders, the relevant considerations include route origin validation, DDoS mitigation capacity, IPv4 and IPv6 address management, and alignment of routing operations with broader network automation and observability practices.
Our description of AS35213. Updated October 2026.