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AS214022 2a0b:4e07:8::/46 10/14/2025 - bgp.tools

Understanding the Map

This network map visualizes how AS214022 connects to the wider Internet. Each node represents an Autonomous System (AS), and each line shows a BGP adjacency — essentially, who’s passing routes to whom.
The connections are weighted by visibility, meaning that upstreams appearing more often in observed global BGP paths are displayed more prominently.

In other words, the thicker or more central the connection, the more frequently that upstream is seen in paths to the prefix 2a0b:4e07:8::/46 across multiple route collectors.

This view offers an at-a-glance look at how traffic flows in and out of Virtnet.bond’s network and which providers are its most consistent transit routes.

About AS214022 — Virtnet.bond

ASN: 214022
Operator: Virtnet.bond
Registered: 16 October 2024
Registry: RIPE NCC
Network Type: IPv6-only (no IPv4 origin prefixes currently visible)
Prefixes Announced: Multiple IPv6 prefixes, including 2a0b:4e07:8::/46
RPKI Status: Valid Route Origin Authorizations (ROAs) for the prefix, indicating secure route announcements
Peers and Upstreams: ~1,100+ peers and ~20 upstream providers visible in public BGP data
Peering Information: PeeringDB entry — net/37672

Virtnet.bond has positioned itself as a modern IPv6-first network, focusing on clean routing policy, strong peering connectivity, and a distributed presence across multiple Internet Exchange Points (IXPs) worldwide.

Upstream Providers (by Visibility)

The following Autonomous Systems (ASNs) are visible as primary upstreams for the prefix 2a0b:4e07:8::/46.
These represent the networks most commonly seen carrying Virtnet.bond’s routes across the global Internet.

ASN | Name | Organization

AS47272 | HYEHOST LTD | Hosting and network services provider
AS6939 | Hurricane Electric LLC | Global IPv6 and transit provider
AS20473 | The Constant Company, LLC | Cloud and hosting infrastructure
AS41051 | Freetransit Project (Openfactory GmbH) | Community transit project
AS34927 | iFog GmbH | Swiss-based network operator
AS215828 | Tizian Maxime Weigt (TMW Global Networks) | Global edge network provider
AS394177 | Shift Hosting LLC | Hosting and cloud services
AS29632 | Netassist International EOOD | Bulgarian data services provider
AS215638 | Cilix Limited | European hosting and connectivity
AS34872 | Servperso Systems | Network infrastructure and hosting
AS52025 | ParadoxNetworks Limited | Independent hosting and transit provider
AS393577 | Tritan Development | U.S.-based hosting provider
AS400587 | Ryamer, LLC | Network and hosting solutions
AS8772 | NetAssist LLC | Regional ISP and network provider
AS214809 | Jere Kiitola (Stocade) | Independent hosting network
AS21700 | Neptune Networks, LLC | Transit and data center services
AS215605 | Shams Hanna (InformatiQ) | Hosting and network provider
AS212895 | Johannes Ernst | Independent network operator

Each of these upstreams contributes to the redundancy, geographic diversity, and overall visibility of Virtnet.bond’s IPv6 connectivity.

Internet Exchanges (IXPs)

Virtnet.bond maintains a presence across a diverse range of IXPs, providing local connectivity and direct peering with hundreds of networks worldwide.
According to its PeeringDB record
, the following IXPs are part of its interconnection footprint — excluding any BGP.Exchange facilities:

ERA-IX (Amsterdam)
LONAP (London)
KCIX (Kansas City)
HOUIX (Houston)
HN Internet Exchange
Frys-IX
FogIXP
EVIX
4b42 Internet Exchange Point
BEE-IX
ONIX
SBIX (Zurich)
F4IX MCI
LOCIX Düsseldorf
LOCIX Netherlands
FREMIX

These IXPs enhance the network’s peering density and performance, reducing latency for connected peers and providing multiple interconnection options throughout Europe and North America.

What the Data Tells Us

From the combined bgp.tools and PeeringDB data, several trends stand out:

IPv6-native focus: Virtnet.bond’s design prioritizes IPv6, aligning with the global trend toward next-generation Internet addressing.
Redundant connectivity: With nearly twenty upstreams, the network has strong resilience and routing diversity.
Community and independent peers: The inclusion of networks like Freetransit, iFog, and Servperso indicates engagement with community and boutique operators, balancing large providers like Hurricane Electric.
Widespread IXP presence: A diverse exchange footprint offers route optimization and better control over traffic engineering.

Conclusion

The attached map provides a clear visualization of how AS214022 (Virtnet.bond) connects to the Internet — showing both its upstream relationships and the relative visibility of each provider.
It reflects an intentionally distributed, resilient IPv6 network with deep peering at numerous IXPs and a broad mix of upstreams for reachability and performance.

For anyone analyzing Internet routing or AS-level topologies, this map offers a valuable snapshot of an independent operator’s connectivity architecture in 2025.