Network Surveyor, an innovative mobile application, has been developed from the ground up with the aim of empowering users to efficiently and intuitively assess the quality of their mobile, fixed, and private network connections. With its sleek user interface, the app provides users with a comprehensive view of their network infrastructure and offers seamless integration with their geographic information system (GIS) and infrastructure/asset datasets, enabling them to make informed decisions.
Through the app, users can easily customise a variety of network quality tests according to their specific requirements. All collected data is securely and autonomously transmitted, processed, and visualised within the backend geo-spatial web platform that employs artificial intelligence (AI), machine learning and robotic process automation to deliver QoS analytics, and recommendation for network optimisation.
Designed for both indoor and outdoor environments, the Android application incorporates years of experience and expertise in creating an intuitive and user-friendly in-building survey tool. Network Surveyor revolutionises the way network connectivity is measured, providing users with a powerful tool and AI powered insights to optimise their networks effectively. A free, limited version of Network Surveyor is available to trial via Google Play.
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Conduct comprehensive in-building surveys, as well as road, rail, and other dynamic handheld tests.
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Utilise a wide range of customisable network quality tests to assess various parameters.
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Gain real-time visibility into the connected network infrastructure and cell handovers.
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Instantly access and analyse your own data in the field, including cell site data, predicted coverage, operational support system (OSS) key performance indicators (KPIs), distributed antenna system (DAS) solutions, and other GIS elements, leveraging the power of AI and machine learning for enhanced insights.
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Democratise network testing by enabling non-technical personnel to measure connectivity effectively, creating an army of network of testers.
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A step-by-step wizard that guides users through comprehensive in-building surveys, allowing for flexible customization options to define on-device test scripts.
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Comprehensive collection of coverage statistics across different technologies such as 2G (RxLev), 3G (RSCP), 4G (RSRP, RSRQ, SINR), and 5G-SA (RSRP, RSRQ, SINR), utilising advanced machine learning algorithms for accurate measurements.
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Measurement of data speeds using FTP and TCP methods, including downlink (Mbps), uplink (Mbps), latency (ms), and jitter (ms).
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HTTP web browsing tests that measure page setup time (ms) and loading time (ms), enabling users to assess network performance for web-based applications.
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Video streaming tests that collect buffer time (ms), re-buffer count, and re-buffer time (ms), providing insights into the quality of video streaming experiences.
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CSFB (Circuit Switched Fall Back), Wi-Fi, and VoLTE (Voice over LTE) voice call testing, facilitating comprehensive evaluations of voice services over different network technologies.
A new emergency services network is launching in the UK. This has been implemented to replace the aging, low-bandwidth Tetra-based system with a more powerful service. Metricell is working to test the rollout with our AutoMobile units which, thanks to their flexibility and scalability, are helping to support the largest drive testing project in the world.
Perform a range of comprehensive network coverage and speed tests.
Network Testing Application
Network Surveyor, an innovative mobile application, has been developed from the ground up with the aim of empowering users to efficiently and intuitively assess the quality of their mobile, fixed, and private network connections. With its sleek user interface, the app provides users with a comprehensive view of their network infrastructure and offers seamless integration with their geographic information system (GIS) and infrastructure/asset datasets, enabling them to make informed decisions.
Designed for both indoor and outdoor environments, the Android application incorporates years of experience and expertise in creating an intuitive and user-friendly in-building survey tool. Through the app, users can easily customise a variety of network quality tests according to their specific requirements. All collected data is securely and autonomously transmitted, processed, and visualised within the backend geo-spatial web platform that employs artificial intelligence (AI), machine learning and robotic process automation to deliver QoS analytics, and recommendation for network optimisation.
Network Surveyor revolutionises the way network connectivity is measured, providing users with a powerful tool and AI powered insights to optimise their networks effectively. A free, limited version of Network Surveyor is available to trial via Google Play.
•
Conduct comprehensive in-building surveys, as well as road, rail, and other dynamic handheld tests.
•
Utilise a wide range of customisable network quality tests to assess various parameters.
•
Gain real-time visibility into the connected network infrastructure and cell handovers.
•
Instantly access and analyse your own data in the field, including cell site data, predicted coverage, operational support system (OSS) key performance indicators (KPIs), distributed antenna system (DAS) solutions, and other GIS elements, leveraging the power of AI and machine learning for enhanced insights.
•
Democratise network testing by enabling non-technical personnel to measure connectivity effectively, creating an army of network of testers.
•
A step-by-step wizard that guides users through comprehensive in-building surveys, allowing for flexible customization options to define on-device test scripts
•
Comprehensive collection of coverage statistics across different technologies such as 2G (RxLev), 3G (RSCP), 4G (RSRP, RSRQ, SINR), and 5G-SA (RSRP, RSRQ, SINR), utilising advanced machine learning algorithms for accurate measurements
•
Measurement of data speeds using FTP and TCP methods, including downlink (Mbps), uplink (Mbps), latency (ms), and jitter (ms)
•
HTTP web browsing tests that measure page setup time (ms) and loading time (ms), enabling users to assess network performance for web-based applications
•
Video streaming tests that collect buffer time (ms), re-buffer count, and re-buffer time (ms), providing insights into the quality of video streaming experiences
•
CSFB (Circuit Switched Fall Back), Wi-Fi, and VoLTE (Voice over LTE) voice call testing, facilitating comprehensive evaluations of voice services over different network technologies
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