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Who is AS205563?
AS205563 is an Internet autonomous system identifier that designates a network operator's routing domain for exchanging reachability information with other networks over the Border Gateway Protocol.
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- IP routing and BGP peering
- Network connectivity for enterprise and service provider environments
- Traffic exchange and interconnection at internet exchange points
- Route announcement, routing policy, and path management
- Network operations monitoring and routing resilience
More About AS205563
AS205563 is positioned as a routing identity within the global Internet. An autonomous system number identifies a set of IP prefixes governed by a single routing policy, and operators use it to announce address space and exchange routes with peers, transit providers, and customers. In enterprise and service provider environments, this identifier supports connectivity for hosted applications, branch networks, and cloud access paths.
The technologies associated with an autonomous system are primarily routing protocols and related control plane functions. The Border Gateway Protocol is the standard exterior gateway protocol for exchanging routes between autonomous systems, and operators typically pair it with route filtering, prefix validation, and monitoring tools. Interior routing commonly relies on protocols such as OSPF or IS-IS, while traffic engineering may use MPLS or segment routing. Routing registries and address registration records support the verification of route announcements.
Comparisons to other solution categories are most useful at the level of network architecture. An autonomous system identifier describes an operator's routing identity rather than a specific software or hardware offering. Organizations that run their own autonomous system typically compare internal routing design with managed transit, carrier-provided IP connectivity, and software-defined wide area networking, which often relies on the same underlying routing principles.
The business and technical significance of an autonomous system centers on control over how traffic enters and leaves a network. Correct route announcements, redundant upstream connections, and peering relationships influence availability, latency, and resilience. Misconfigured announcements can affect reachability beyond the originating network, so operators commonly apply route origin validation and continuous monitoring as part of routine operations.
Directory positioning for this entry reflects current solution areas in networking infrastructure, specifically service provider IP transport, routing, and interconnection. This description is based on general knowledge of autonomous system identifiers and remains at the category level because specific operational details for this network are not confirmed here. Readers seeking details about the operator's services, network footprint, or peering policy should consult primary registry records or the operator directly.
Our description of AS205563. Updated October 2026.
