Netradar redesigned how network performance data is collected from mobile devices. We acquire huge amount of speed and contextual data on customer’s real network speeds.
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Netradar redesigned how network performance data is collected from mobile devices. We acquire huge amount of speed and contextual data on customer’s real network speeds.
Why is the Netradar solution so unique?
Netradar redesigned how network performance data is collected from mobile devices. Our methodology has the benefit that it acquires a huge amount of speed and contextual data on customer’s real network speeds. We know when the network has issues providing reliable and stable connectivity. Yet, we do not inject a huge synthetic measurement payload, only small ping packets.
How you will benefit from the
Netradar data analytics
True Customer Experience
We do not perform old-fashioned speed tests but analyze the network performance end users really experience all day long.
Huge Amount of Data
Data collection is based on end users’ own traffic, not periodic speed tests, leading to on average of 200 speed samples daily per user, often even 2000.
Latency and Capacity Analysis
In-depth latency analysis coupled with user data traffic reveals network capacity problems, thus, giving network top speed analytics without explicit speed tests.
Extensive Data Model
The collected data is structured in many tables enabling systematic and in-depth analysis.
Automation
We constantly develop new automation features to help highlight network issues clearly, shortening the time to resolution.
Indoor Performance
Netradar delivers massive performance data, mapped to indoor zones depending on where the usage takes place.
How you will benefit from the Netradar data analytics
True Customer Experience
We do not perform old-fashioned speed tests but analyze the network performance end users really experience all day long.
Huge Amount of Data
Data collection is based on end users’ own traffic, not periodic speed tests, leading to on average of 200 speed samples daily per user, often even 2000.
Latency and Capacity Analysis
In-depth latency analysis coupled with user data traffic reveals network capacity problems, thus, giving network top speed analytics without explicit speed tests.
Extensive Data Model
The collected data is structured in many tables enabling systematic and in-depth analysis.
Automation
We constantly develop new automation features to help highlight network issues clearly, shortening the time to resolution.
Indoor Performance
Netradar delivers massive performance data, mapped to indoor zones depending on where the usage takes place.
Solution Overview
End-to-end
End-to-end solution for collecting network performance data directly from mobile handsets.
True Quality
Unique hybrid measurement technology with detailed, continuous measurements about network performance, revealing true quality experienced by mobile users.
Security
Data is stored securely in a private cloud or in our customers' own data centers.
Solution Overview
End-to-end
End-to-end solution for collecting network performance data directly from mobile handsets.
True Quality
Unique hybrid measurement technology with detailed, continuous measurements about network performance, revealing true quality experienced by mobile users.
Security
Data is stored securely in a private cloud or in our customers' own data centers.
System Architecture
Netradar architecture is based on highly optimized components and flexible deployment in any kind of environment. We do not sell you data, we offer you the best technology to analyze your own customers’ network performance and use that data to enhance your services, and keep ahead of the competition.
End User Agent
An Android SDK is incorporated into one or several existing host apps. The SDK runs in the background, in its own thread, analyzing the data.
Latency Measurement Servers
A network of highly optimized multi-threaded Linux-based latency measurement servers are deployed in various places.
Database
Data can be uploaded to a number of different databases. The system by default uses SQL-based databases.
System Architecture
Netradar architecture is based on highly optimized components and flexible deployment in any kind of environment. We do not sell you data, we offer you the best technology to analyze your own customers’ network performance and use that data to enhance your services, and keep ahead of the competition.
End User Agent
An Android SDK is incorporated into one or several existing host apps. The SDK runs in the background, in its own thread, analyzing the data.
Latency Measurement Servers
A network of highly optimized multi-threaded Linux-based latency measurement servers are deployed in various places.
Database
Data can be uploaded to a number of different databases. The system by default uses SQL-based databases.
Dashboard and Automation
The data collected by the Netradar system is extremely sophisticated. With 290 KPIs and a huge amount of daily samples from your customers, the data allows unprecedented analysis of your network – through the experience of your own customers.
AI-based Automation System
Country and regional level performance of your network, effective coverage of each base station and sector, how a given area is served by numerous base stations, and various trends.
Distinct Visualizations
Larger capacity issues and signal coverage issues. Indoor coverage issues, load balancing issues between base stations. High latency problems (critical for 5G-based services).
Dashboard and Automation
The data collected by the Netradar system is extremely sophisticated. With 290 KPIs and a huge amount of daily samples from your customers, the data allows unprecedented analysis of your network – through the experience of your own customers.
AI-based Automation System
Country and regional level performance of your network, effective coverage of each base station and sector, how a given area is served by numerous base stations, and various trends.
Distinct Visualizations
Larger capacity issues and signal coverage issues. Indoor coverage issues, load balancing issues between base stations. High latency problems (critical for 5G-based services).
Celltrum Ltd. Technopolis - Innopoli 1 Tekniikantie 12 02150 Espoo, Finland