This metric shows the total number of different prefixes advertised by ISPs in the CC (Customer Cone) of the given ISP.
A Customer Cone is a set of Customers, Customers of Customers, and so on.

local-prefix-count-in-cc

Monitor and compare the number of routing prefixes within specific countries using Qrator.Radar's local prefix count tool.

Local Prefix Count - Analyze National BGP Routing

Local Prefix Count in CC

This metric is based on the average distance from you AS to top-level internet operators (Tier-1) for a selected IP protocol.
A score near of 10 means your AS is very close to these operators, lower rating means the farther distance to the Internet backbone. while a score of near 0 means it's very far. Most networks will be somewhere in between.

score

Evaluate the reliability and connectivity of Autonomous Systems (AS) globally with Qrator.Radar's AS Score rating.

Global AS Score Rating - Assess Network Reliability & Connectivity

Connectivity Score

This metric measures the ASN's average distance from the specified AS to Tier-1 ISPs.

tier-1-distance

Assess how far your network is from Tier-1 ISPs and optimize routing strategies with Qrator.Radar's Tier-1 Distance rating.

Tier-1 Distance - Measure Connectivity to Top-Tier ISPs

Tier 1 Distance

This metric shows the count of ASes that are directly connected to your AS.

neighbors

Understand the interconnections between Autonomous Systems (AS) across the globe with Qrator.Radar's Global Neighbors ranking.

Global AS Neighbors - Analyze Network Connectivity Worldwide

Neighbors

This metric shows the count of ASes that can be considered as Providers to your AS. 
Providers are neighbors who provide transit service to the considered ISP to connect it to the rest of the world.

providers

Discover top global network providers and assess their impact on internet routing with Qrator.Radar's provider analysis.

Global Providers - Identify Key Internet Service Providers

Providers

This metric shows the count of ASNs that can be considered as Customers to your AS.
Customers are neighbors to whom the considered ISP provides transit service to the rest of the world.

customers

Gain insights into the customer base of global Autonomous Systems (AS) and their role in internet traffic with Qrator.Radar.

Global AS Customers - Evaluate Client Networks & Traffic Flow

Customers

This metric shows the count of ASNs that can be considered as Peers to your AS.
Peers are BGP neighbors that provide transit services to each other and to their CCs (Customer Cones).
A Customer Cone is a set of Customers, Customers of Customers, and so on.

peers

Track how Autonomous Systems (AS) peer with each other globally and analyze internet traffic flow with Qrator.Radar.

Global Peers - Discover Inter-AS Relationships & Connectivity

Peers

This metric shows the count of prefixes advertised by your AS.

prefix-count

Analyze global BGP prefix distributions and their impact on routing efficiency with Qrator.Radar's prefix count data.

Global Prefix Count - Track Internet Routing Prefixes

Prefix Count

This metric shows the count of ASes in the CC (Customer Cone) of your AS. 
A Customer Cone is a set of Customers, Customers of Customers, and so on.

asn-count-in-cc

Discover the global distribution of Autonomous Systems (ASNs) across different countries with Qrator.Radar. Monitor network growth and regional internet infrastructure.

Global ASN Count - Explore Autonomous Systems by Country

AS Count in CC

This metric shows the count of prefixes advertised by ASes in the CC (Customer Cone) of the specified AS.
A Customer Cone is a set of Customers, Customers of Customers, and so on.

prefix-count-in-cc

Explore the distribution of BGP prefixes in different countries and their impact on global internet stability with Qrator.Radar.

Global Prefix Count by Country - Analyze Regional Routing Trends

Prefix Count in CC

This metric shows average number of hops between peerings limited to specific country

Local is a special filter. When applying it on the specified metric, only ISPs from the specified region will be considered.
Region membership is determined by the country code in the IRR data of the ASNs under consideration.

local-average-hop-distance

Assess the average hop count between Autonomous Systems (AS) in your country to optimize network routing and performance.

Local Hop Distance - Measure Routing Efficiency in Your Region

Local Average Hop Distance

This metric shows the total number of different ASNs of all directly connected neighboring ISPs.

Local is a special filter. When applying it on the specified metric, only ISPs from the specified region will be considered.
Region membership is determined by the country code in the IRR data of the ASNs under consideration.

local-neighbors

Understand regional AS relationships and their impact on network stability with Qrator.Radar's Local Neighbors insights.

Local Neighbors - Assess AS Interconnections in Your Region

Local Neighbors

This metric shows the total number of different ASNs of neighboring ISPs that can be considered transit providers of the given ISP.
Providers are neighbors who provide transit service to the considered ISP to connect it to the rest of the world.

Local is a special filter. When applying it on the specified metric, only ISPs from the specified region will be considered.
Region membership is determined by the country code in the IRR data of the ASNs under consideration.

local-providers

Explore the most influential local internet providers and their impact on network stability with Qrator.Radar's Local Providers analysis.

Local Providers - Identify Key Network Operators in Your Region

Local Providers

This metric shows the total number of different ASNs of neighboring ISPs that can be considered as Customers of the given ISP.
Customers are neighbors to whom the considered ISP provides transit service to the rest of the world.

Local is a special filter. When applying it on the specified metric, only ISPs from the specified region will be considered.
Region membership is determined by the country code in the IRR data of the ASNs under consideration.

local-customers

Gain insights into the customers of Autonomous Systems (AS) within specific regions using Qrator.Radar's Local Customers rating.

Local Customers - Radar by Qrator

Local Customers

This metric shows the total number of different ASNs of neighboring ISPs that can be considered peers of the given ISP.
Peers are BGP neighbors that provide transit services to each other and to their CCs (Customer Cones).
A Customer Cone is a set of Customers, Customers of Customers, and so on.

Local is a special filter. When applying it on the specified metric, only ISPs from the specified region will be considered.
Region membership is determined by the country code in the IRR data of the ASNs under consideration.

local-peers

Discover how local Autonomous Systems (AS) interact within specific regions using Qrator.Radar's AS Peers rating.

Local AS Peers Rating - Analyze Regional Network Connectivity

Local Peers

This metric shows the total number of different ASNs in the CC (Customer Cone) of the given ISP.
A Customer Cone is a set of Customers, Customers of Customers, and so on.

Local is a special filter. When applying it on the specified metric, only ISPs from the specified region will be considered.
Region membership is determined by the country code in the IRR data of the ASNs under consideration.

local-asn-count-in-cc

Analyze the number of Autonomous Systems (ASNs) in your country with Qrator.Radar's local ASN count. Gain insights into regional network expansion and connectivity.

Local ASN Count - Track Autonomous Systems in Your Country

Local ASN Count in CC

The National Internet Segment Reliability Research shows how the outage of a single Autonomous System might affect the connectivity of the impacted region with the rest of the world. Generally, the most critical AS in the region is the dominant ISP on the market, but not always.

national-stability

Track and analyze the stability of national internet infrastructure with Qrator.Radar’s reliability rating.