NETSCOUT vSTREAM and OpenText Network Operations Management compete in network performance monitoring. OpenText seems to have the upper hand due to its comprehensive management capabilities, although it comes at a higher cost.
Features: NETSCOUT vSTREAM offers deep network traffic analysis, packet-level insights, and performance tuning. OpenText Network Operations Management provides network configuration management, compliance oversight, and automation.
Room for Improvement: NETSCOUT vSTREAM could enhance post-deployment support, feature integration, and advanced analytics capabilities. OpenText may improve its ease of deployment, user interface simplicity, and initial setup complexity.
Ease of Deployment and Customer Service: NETSCOUT vSTREAM is known for quick deployment with simple plug-and-play integration. OpenText Network Operations Management's deployment can be complex, but it offers strong customer support to facilitate the process.
Pricing and ROI: NETSCOUT vSTREAM provides a budget-friendly setup with quick ROI through immediate insights. OpenText Network Operations Management requires higher initial investment but offers potentially greater long-term ROI with broader management tools.
The vSTREAM virtual appliance complements existing Adaptive Session Intelligence (ASI)-based instrumentation to provide the same level of visibility within virtualized and cloud infrastructures that is already possible in physical environments. The vSTREAM virtual appliance is ideal for monitoring service-critical traffic running within virtualized or cloud infrastructures, either locally on a host or as an aggregation point for multiple hosts. With complete visibility across physical, virtual and cloud networks, the vSTREAM virtual appliance presents real-time views of end-to-end call trace data and network-wide KPIs, to protect the reliability and availability of networks and application services.
Network management solutions are continually called onto to adapt to new technologies, while retaining value of existing ones, including: SDNs, multiple connection methods to the cloud and Internet, remote sites, and WiFi networks. All of these technologies require closer collaboration between network engineering and operations because of their dynamic nature, which requires fast and deep understanding of the technologies to operate effectively.
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