Satellite
Make data-driven decisions for your most demanding IoT use cases by objectively comparing the performance of Starlink, OneWeb, and other satellite constellations against 5G/LTE and Wi-Fi networks.
LatenceTech’s platform monitors the quality of satellite connectivity in real time, using AI/ML to perform diagnostics, predictions, and offer recommendations to resolve issues. This is critical because large variations in latency and throughput can make IoT services unreliable.
Our solution is 100% software-based, easy to deploy, and covers the key pillars of network quality: latency, reliability, and throughput to ensure seamless and dependable connectivity.
Satellite Use Cases
A solution you can trust to manage satellite connectivity
Low-Earth Orbit (LEO) satellite connectivity from providers like Starlink and OneWeb offers incredible potential for IoT, promising low latency and global coverage. But how do you verify performance claims? How do you know if it's a reliable and cost effective alternative to your
existing 5G or LTE networks? Making the switch without factual, real-world data is a significant business risk.
Our approach differs from traditional service assurance solutions that collect network quality data every 5 or 15 minutes from the network itself, not from connected devices. Delayed data collection isn't enough to support critical IoT use cases. That's why LatenceTech relies on real-time measurements to give you a true, detailed picture.
Key features for maximum confidence
Key functionalities for the energy industry
Real-time Monitoring
Maintain operational readiness with live network performance insights.
Predictive Analytics
Stay ahead of potential disruptions by predicting network anomalies and degradations for the next few minutes giving enough time to react.
Open API Integration
Seamlessly connect with existing systems for automation and analytics.
Easy to deploy 100% software
Our containerized solution is quick to deploy on connected equipment and devices and easy to operate. Any host supporting Docker can be used to collect QoS/QoE data.
Scalability
Adaptive solution to the evolving needs of defense networks, from localized deployments to expansive global operations.
Real-time Visibility
Obtain enhanced observability on the critical networks to support uninterrupted communication and rapid response by monitoring network performance in real time.