Exoprise is the only solution that automates the actual Microsoft Teams client, end-to-end, and synthetically generates real Microsoft Teams traffic for analysis. The Exoprise Microsoft Teams Audio Sensor executes real Teams AV sessions for proactively monitoring network conditions, QoS, Teams Infrastructure from everywhere in the world.
Assess, test and continuously monitor your Microsoft Teams platforms. Generate live activity, as frequently as once every 5 minutes, that rolls up into the Call Quality Dashboard for integration with Microsoft Teams Administration and telemetry. Exoprise is the only company that can.
Microsoft Teams AV Conferencing Sensor |
Monitor the performance of Microsoft Teams Audio-Visual Conferencing using real WebRTC connections to an Exoprise A/V Bot. This sensor emulates a user joining an A/V conference from any of your locations. |
Microsoft Teams Message Sensor |
Monitor the availability and performance of the Microsoft Teams web interface. This sensor emulates a user accessing the Teams portal from any of your locations. |
VoIP Sensor |
Send and receive VoIP like packets between multiple sites on a network. Detailed end-to-end performance and availability metrics are captured. |
VoIP Receiver |
A VoIP receiver is required for modeling peer-to-peer, end-to-end UDP/VoIP traffic. Deploy a VoIP receiver on a Private Site and then distribute many VoIP sensors against it. |
AWS VoIP Sensor |
The AWS VoIP sensor sends and receives UDP packets between a Private Site and a specific Amazon Web Services region emulating voice and video conversations to detect network jitter, latency, packetloss and throughput problems. |
Azure VoIP Sensor |
The Azure VoIP sensor sends and receives UDP packets between a Private Site and a specific Azure region emulating voice and video converations to detect network jitter, latency, packetloss and throughput problems. |