The verified map of
the global Internet
Internet Mapper connects real-time BGP routing observations, active IPv4/IPv6 reachability, and historical state in a verified operational Knowledge Graph.
Map the whole system
Connect autonomous systems, routes, assets, and dependencies in one model.
Verify what is reachable
Continuously test active IPv4 and IPv6 subnets from effective global locations.
Act on every change
Turn route movement, outages, and risk signals into operational context.
One Knowledge Graph. A continuously changing Internet.
Internet Mapper combines Internet route and path vectoring with active reachability to maintain a precise view of how the public Internet is connected, how it is changing, and what those changes mean for your organization.
A global Internet knowledge graph
The platform models more than isolated IPs or static route snapshots. It connects autonomous systems, network relationships, active paths, assets, and historical state into one queryable operational model.
- Map 100,000 autonomous systems and their relationships
- Traverse dependencies, chokepoints, and potential blast radiuses
- Connect logical Internet routes with observed endpoint responsiveness
500 crawlers in the places that matter
Internet Mapper deploys 500 route and path vector crawlers globally, including all major Internet exchanges, to reduce local bias and build a more accurate view of Internet paths and reachability.
- Observe change from multiple independent network perspectives
- Separate localized congestion from destination failure
- Continuously expand knowledge of emerging infrastructure and dependencies
Continuously verified reachability
3M active IPv4 and IPv6 subnets are continuously verified, giving teams a current operational view rather than a stale inventory.
- Identify regional and provider-specific reachability failures
- Correlate route changes with actual endpoint availability
- Filter spoofed and malicious traffic while preserving trustworthy signals
State history without the noise
Internet Mapper records verified state transitions so analysts can reconstruct the topology and risk environment at any point without storing endless redundant observations.
- Investigate what changed before, during, and after an incident
- Compare current paths with prior known-good states
- Support post-incident review, compliance evidence, and resilience planning
What is an Internet Knowledge Graph?
An Internet Knowledge Graph connects autonomous systems, network relationships, observed BGP paths, active IPv4/IPv6 reachability, assets, and historical state in one queryable model.
What does verified mean in the Internet Mapper Knowledge Graph?
Verified means the model correlates multiple evidence types instead of treating a route announcement, a probe response, or a graph relationship as complete on its own. Each observation retains the context needed to interpret what it establishes.
How does Internet Mapper combine BGP and reachability data?
Internet Mapper correlates real-time BGP route and AS-path changes with active endpoint observations, helping teams distinguish control-plane routing conditions from observed destination responsiveness.
Does the Knowledge Graph claim to show every packet or physical link?
No. BGP observations describe control-plane routing evidence, active probes describe reachability under a specific test context, and graph-derived dependencies are analytical relationships rather than a claim of complete physical topology.
Who uses Internet Mapper?
Network operations, security, resilience, and compliance teams use Internet Mapper to investigate dependencies, outages, route risk, potential blast radius, and geographic transit.
What is the Internet Mapper Knowledge Graph?
Internet Mapper is a verified operational Internet Knowledge Graph that connects real-time BGP route and AS-path observations, active IPv4/IPv6 reachability results, network relationships, assets, and historical state for investigation and risk analysis.
- Observed
- BGP evidence records advertised routes and AS paths from distributed Internet perspectives.
- Verified
- Active probes test endpoint responsiveness from a defined source, time, protocol, and configuration.
- Connected
- Graph relationships make dependencies, changes, and potential impact traversable without claiming complete physical topology.
Know what the Internet means for your infrastructure
See how Internet Mapper can reveal dependencies, model disruption, and turn global routing telemetry into action.