Events & Webinars

We will explore how OPManager helps manage and optimize your network, servers, firewalls, switches, and application performance—all within a single consolidated dashboard.
OPManager Plus provides a holistic overview and ensures greater insight into your IT infrastructure.

Key Business Benefits:

Integrated IT Operations Management: Gain end-to-end visibility and control over your entire IT infrastructure, both on-premises and in the cloud, with a single integrated platform.

OpManager Plus – Excellence in On-Premises ITOM Management: Manage your network, applications, and security with an enterprise-grade on-premises solution designed for in-depth monitoring, automation, and regulatory compliance.

Site24x7 – Cloud-Based Observability at Scale: Gain real-time insights into hybrid and cloud environments with AI-driven analytics, enabling proactive monitoring and optimized performance anytime, anywhere.

Seamless Network & Application Performance Management: Prevent downtime, detect anomalies, and optimize IT operations with intelligent monitoring, automated alerts, and in-depth diagnostics of critical systems.

A Scalable & Future-Proof IT Strategy: Whether you choose a self-managed on-premises solution or a fully managed SaaS platform, select the model that best fits your business needs—without compromise.

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Network discovery – April 15, 2025: 

Discovery & classification

Get started by discovering the devices in your network and classifying them. The discovery needs to be all-inclusive, simple, and quick. OpManager offers different ways of discovering the devices and also allows automation in classifying the devices.

• Prerequisites for installing OpManager: Know the prerequisites for installing OpManager.
• Adding devices into OpManager: Learn the different ways in which you can discover and add devices into OpManager.
• Discovery filters: Learn how discovery filters ease your job when it comes to device discovery. 
• Automate configurations with rule engine: Learn how rule engine helps you automate configurations for monitoring performance, grouping devices, and setting up notifications. 
• Discovery schedule and discovery reports: Learn how discovery schedule helps you to automate adding devices and various types of discovery reports available with OpManager. 
• Fix unknown devices: Learn the tips on how to fix the devices that have been discovered as ‘unknown’.   

Network monitoring – April 22, 2025:

Monitoring network performance

Start monitoring uptime, performance, processes, interfaces services, URLs, hardware, virtualization, storage, etc with dedicated metrics. Learn how you can adjust monitoring parameters for individual devices or change them in bulk using device templates.

• Availability monitoring: Industry experts say that typical network availability must reach 99.999%. Let’s see how to achieve that!
• Server monitoring: Monitor processes, services, URLs, scripts, and hardware to ensure that your severs always up, running, and optimized.
• Storage monitoring: Monitor Storage disks, libraries, and storage network components.
• Virtualization monitoring: Monitor virtual servers, hosts, datastores, and hyper-converged infrastructure
• Network performance metrics: Get end-to-end network visibility and learn the benefits of proactive network performance monitoring
• WLC monitoring: Monitor Wireless LAN controller and get in-depth visibility into SSID. Access points, etc
• Cisco ACI, Meraki, and IPSLA monitoring: Monitor the health and performance of Cisco ACI, Meraki systems and monitor WAN connectivity, Round trip time, and : WAN traffic of Cisco network devices with IPSLA.
• Network path analysis: Track network hops from source to destination and monitor performance metrics like latency and packet loss
• IPMI monitoring: Monitor hardware performance of server devices with IPMI protocol

Alerts, reports and network maps – April 29, 2025: 

Alerts, reports & network maps

Kick-start incident response with multi-level alarms thresholds, AI/ML powered alerts, syslog/trap monitoring, notifications and automated workflows. Visualize your network effortlessly with colour-coded multi-format maps, and analyze network performance with over 100+ report templates and a custom report builder.

• Alarms, Severities & Configuring thresholds for performance monitorsTrack and resolve the outages before they occur
• Adaptive thresholdsAl and ML based automation
• SNMP traps and syslogsUnderstand how this passive monitoring technique helps
• NotificationsGet notified to email, sms, mobile apps etc
• Workflows and root cause analysisLearn about automating troubleshooting activities and deducing root causes for network issues
• Network mapsA live graphical representation of the IT network for better visibility
• ReportsExport reports, schedule reports, email reports, publish reports, etc

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Kubernetes is the backbone of most modern cloud-native and on-premises infrastructures, but managing its complexity is a challenge. Without the right visibility and control, performance issues, cost overruns, and operational inefficiencies can quickly escalate. So, how can you navigate these challenges effectively?

Join ManageEngine ITOM for an exclusive webinar with DevOps and Kubernetes expert Viktor Farcic. Host of the DevOps Toolkit YouTube channel and author of DevOps Paradox: The truth about DevOps by the people on the front line, Viktor is deeply passionate about DevOps, Kubernetes, microservices, CI/CD, and test-driven development (TDD), and he’s bringing his expertise straight to you in this live, one-hour webinar.

Here’s what you’ll learn:

• Why Kubernetes? Explore its key advantages, scalability, and automation benefits that make it the foundation of modern cloud-native and Kubernetes-native applications.
• Challenges in Kubernetes deployments: Overcome visibility gaps, memory constraints, and resource management complexities while ensuring effective log and metric analysis.
• Cost optimization in Kubernetes: Implement strategies to control cloud expenditure, prevent over-provisioning, and leverage smarter resource allocation tools.
• Harnessing observability for Kubernetes: Gain real-time insights, unify data correlation, and adopt proactive monitoring to enhance system reliability and efficiency.
• AI-driven Kubernetes management: Leveraging AI-powered event correlation, predictive analytics, and automated root cause analysis for more efficient operations.
• DevOps and GitOps in Kubernetes: Streamline workflows with automation, declarative infrastructure, and continuous deployment best practices.
• The future of Kubernetes observability: Exploring emerging trends like eBPF, OpenTelemetry, and Kubecost that are shaping the next generation of monitoring and optimization.

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