OpManager Nexus
Full-stack IT operations monitoring for applications, infrastructure and network services.
For IT estates spanning applications, servers, cloud resources, Kubernetes and network infrastructure.
Monitor performance, traffic and infrastructure from one platform
IT teams often need to investigate performance and availability across applications, servers, cloud resources and network infrastructure. Traffic patterns, configuration changes and dependencies can sit in separate operational views, making it harder to relate an issue to the systems around it.
OpManager Nexus combines application, infrastructure and Kubernetes monitoring with network traffic analysis, configuration management, IP address and switch-port information. It provides a consolidated view of performance, traffic, changes and topology for distributed IT infrastructure.
Where OpManager Nexus is used
OpManager Nexus supports application transaction and real-user monitoring alongside server, cloud and Kubernetes monitoring. Network teams can analyse flow records to understand bandwidth use and communicating systems, while infrastructure teams can track configuration changes and switch-port details. Dependency and virtual topology mapping adds context when examining how applications and infrastructure are connected.
Suitable environments
OpManager Nexus applies to physical servers and Xen, VMware, Hyper-V and Nutanix virtual infrastructure, as well as Kubernetes. It also monitors resources across AWS, Azure, Google Cloud, Oracle Cloud, Alibaba, Huawei, Tencent, DigitalOcean and Akamai. On-premises and cloud editions are available, with an Enterprise Edition for distributed IT infrastructure.
Benefits
Consolidated operations view
Brings performance, traffic, configuration and network infrastructure information into one operational view.
Application experience context
Connects transaction and real-user monitoring with detailed web activity and JavaScript error data.
Traffic usage evidence
Provides flow data for examining bandwidth consumption and network communication patterns.
Recorded configuration changes
Configuration backups, comparisons and change tracking provide a history of device configuration activity.
Connected infrastructure context
Dependency and topology maps show relationships between applications and virtual network infrastructure.
Capabilities
Application transaction monitoring
Monitors distributed transactions, user sessions, web transactions, AJAX calls and JavaScript errors.
Infrastructure monitoring
Monitors physical and virtual servers, cloud resources and Kubernetes environments.
Server remediation workflows
Restarts failed services, terminates processes and executes multi-step workflows across servers.
Network traffic analysis
Collects and analyses bandwidth and traffic data from supported network flow technologies.
Configuration change tracking
Manages device configurations with backups, diff views, change tracking and remote firmware upgrades.
Dependency topology mapping
Discovers and maps application dependencies and virtual network topology.
Common Use Cases
Investigating application slowdowns
Use transaction, session and web monitoring data to examine application performance and errors.
Monitoring Kubernetes resources
Track Kubernetes environments alongside server and cloud infrastructure monitoring data.
Analysing bandwidth consumption
Analyse supported flow data to examine bandwidth use and traffic between communicating systems.
Reviewing device configuration changes
Compare configuration versions and review tracked changes for managed infrastructure devices.
Mapping application dependencies
Use discovered dependencies and virtual topology maps to examine connected infrastructure.