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Netropy Satcom Tester

Apposite Technologies
Ensure Peak Performance on Satellite Networks
Netropy Satcom tester
  • Emulate real-world application flows at high scale
  • Measure throughput, packet loss, latency, and jitter against performance benchmarks
  • Capture, reproduce, and amplify satellite network traffic
  • Emulate networks impairments like latency, jitter, and loss to mimic changing conditions and weather interference
  • Ensure QoS by measuring performance at the application level
  • Emulate thousands of end points with unique MAC and IP addresses
  • Produce customisable test reports
  • View statistics per application and per stream
  • Build tests quickly with intuitive wizard-driven test configuration
  • Automate testing with a RESTful API

Netropy Satcom Tester Offers a Powerful, All-in-one Solution for End-to-End Satellite Communication Testing

Netropy Satcom Tester is a modern solution for evaluating satellite network performance, validating device capabilities, and optimising application efficiency over satellite links. Designed for cost-effective testing in a controlled lab environment, it enables users to assess application performance and end-user experience without the expense and complexity of traditional solutions.

Maintaining application quality and reliability is challenging on satellite networks due to high latency and unpredictable environmental conditions. Netropy Satcom Tester generates real-world traffic and emulates dynamic network conditions to help identify and resolve performance issues before they impact users. 

Evaluate End-to-End Satellite Network Performance

Ensure the reliability and efficiency of satellite communication systems by evaluating performance across the entire network path. Generate real-world traffic flows between ground stations, satellites, and user terminals to measure key performance indicators.

Assess how satellite modems, gateways, TCP proxies, and other critical components function together under real-world conditions to pinpoint bottlenecks, validate QoS, and ensure device interoperability.