Internet Mapper
Global network topology spanning a luminous Earth

Illuminate the Internet

The definitive real-time knowledge graph for global Internet routing and path vectoring insights with active IPv4/IPv6 visibility

Reveal hidden dependencies

See the transit providers and chokepoints your services rely on.

Detect hijacks and outages

Correlate live BGP routing changes with active endpoint reachability.

Model the blast radius

Trace cascading impact before an upstream failure becomes an incident.

100,000

BGP autonomous systems mapped

10B

active IPv4 and IPv6 addresses continuously verified

500

globally distributed Internet BGP route and path vector crawlers

100B

daily data points ingested into the knowledge graph

Find the right view of the Internet

Move from a plain-language introduction to technical evidence, solution detail, or a direct comparison of mapping approaches.

Understand Internet mapping

Start with the systems, evidence, and relationships that make a changing Internet observable.

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Compare mapping approaches

See where static diagrams, BGP observations, active probes, and a connected Knowledge Graph differ.

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Explore the platform

Learn how routing intelligence, active reachability, and graph analysis support operational decisions.

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Get technical answers

Review the platform’s evidence model, coverage, validation boundaries, and operational terminology.

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A living digital twin of the Internet

Internet Mapper unifies Internet route and path vectoring with real-world endpoint responsiveness—so teams work from one verified view of active infrastructure.

Network topology visualized across South America

Topological digital twin

Explore a queryable 3D model of the Internet’s logical and geographic infrastructure. Move from global anomaly to the exact BGP AS and enterprise edge involved.

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Sparse active network reachability graph

Active reachability engine

Continuously verify endpoint availability without geographic bias, using 500 crawlers positioned in the most effective network locations.

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Global data transit paths with highlighted chokepoints

Sovereign path analysis

Trace the geographic transit of sensitive data and identify routes crossing sanctioned, hostile, or non-compliant jurisdictions.

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Turn real-time global Internet topology into your operational advantage

Operate with foresight

Turn the global topology into decisions your NOC can act on.

  • Measure true backbone and fragile chokepoints with graph centrality
  • Purge dead links so root-cause analysis starts from active infrastructure
  • Push route withdrawals and transit-leak alerts through low-latency change streams
  • Model upstream failures before they affect critical services

Defend with context

Understand not only what changed, but every asset and route exposed by it.

  • Map the blast radius of a compromised or high-risk transit provider
  • Flag infrastructure linked to VPNs, Tor exits, and anonymous proxies
  • Detect route leaks and BGP hijacks with valley-free routing simulation
  • Reconstruct the exact network and risk state at any moment in history

One map.
Different missions.

Internet Mapper translates the same verified global topology into the resilience, security, performance, and compliance questions each industry must answer.

Financial services

Validate data sovereignty and map lowest-latency peerings without losing sight of regulatory exposure.

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Healthcare & pharma

Find single points of transit failure and trace the geographic path of sensitive patient data.

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E-commerce & retail

Detect regional transit anomalies early enough to shift CDN workloads and protect the customer experience.

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Public sector & defense

Identify route hijacks, transit leaks, and critical infrastructure dependencies during active security events.

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What is real-time BGP routing data?

Real-time BGP routing data is a continuously updated record of route announcements, withdrawals, origins, and AS paths observed from distributed Internet perspectives. Internet Mapper connects this control-plane evidence with active IPv4/IPv6 reachability so teams can investigate whether routing change coincides with observed operational impact.

What it shows
How networks advertise reachability and which autonomous systems appear in observed AS paths.
What it does not prove
The exact forwarding path of every packet or complete application health.
Why correlate it
Reachability observations help test whether route changes align with endpoint responsiveness.

Know what the Internet means for your infrastructure

See how Internet Mapper can reveal dependencies, model disruption, and turn global routing telemetry into action.