F5 Monitoring on Microsoft SCOM
Custom-Crafted Management Pack Use Cases
F5 Monitoring on Microsoft SCOM
As part of a recent customer project, we developed a custom F5 Management Pack for Microsoft System Center Operations Manager (SCOM). This bespoke solution enables IT operations teams to monitor the performance, availability, and health of F5 infrastructure directly within the SCOM environment. It provides deep visibility into key metrics, helping ensure application delivery remains stable, secure, and efficient.
With this Use Case paper, we’re sharing our experience with the SCOM community to showcase what’s possible with tailored monitoring integrations. Our goal is to help IT teams extend the value of SCOM and enhance their operational capabilities through advanced monitoring of F5 systems.
What is F5?
F5 refers to a suite of application delivery and security solutions, best known for its BIG-IP platform. Organizations use F5 primarily to ensure their applications are fast, secure, and always available, whether those applications are hosted on-premises, in the cloud, or in hybrid environments.
Why Monitor F5?
F5 devices are critical for maintaining the availability and responsiveness of enterprise applications by distributing traffic, protecting against attacks, and ensuring seamless failover. Any misconfiguration, performance degradation, or security incident on F5 can lead to application outages, slow user experiences, or security breaches impacting business continuity.
Proactive monitoring ensures optimal F5 health and configuration, supports compliance, and reduces downtime risks.
Want to chat about building your next Management Pack?
Key Use Cases for F5
Load Balancing: Distributes traffic across multiple servers to ensure high availability, performance, and scalability of applications.
Application Delivery Control (ADC): Optimizes the flow of traffic between users and applications, improving responsiveness and reliability.
SSL Offloading: Handles encryption/decryption tasks to reduce the burden on backend servers and speed up secure connections.
Web Application Firewall (WAF): Protects web applications from threats such as SQL injection, cross-site scripting (XSS), and other OWASP Top 10 vulnerabilities.
Traffic Management and Routing: Provides intelligent traffic steering based on policies, geolocation, device type, and other factors.
DDoS Protection: Defends against distributed denial-of-service attacks to keep services available even under attack.
Authentication & Access Control: Offers secure user access through identity-aware access policies, SSO (Single Sign-On), and MFA (Multi-Factor Authentication).
In short, F5 acts as the front door to critical applications, helping ensure they are secure, performant, and resilient—no matter where they’re hosted or accessed from.
Top Areas to Monitor in F5
Availability
Device and module uptime: Confirms F5 devices and modules (e.g., LTM, GTM, ASM) are operational to prevent service interruptions.
Failover and HA status: Ensures active/passive or clustered devices are synchronized and failover mechanisms work as expected.
Interface/link health: Monitors network interface statuses and link flaps to avoid connectivity loss.
Pool member and node availability: Tracks backend server statuses managed by F5 pools to maintain reliable application delivery.
Performance
Traffic throughput and connection counts: Measures network traffic volume and concurrent sessions to assess load and capacity.
CPU, memory, and resource utilization: Monitors device resource consumption to detect saturation or impending performance issues.
SSL/TLS handshake times and offload status: Tracks cryptographic processing efficiency critical for secure application delivery.
Pool and node response times: Measures backend server response times as seen by the load balancer to detect slow services.
Health check response latency: Ensures backend health probes run timely to keep pool status accurate.
Security & Access
WAF event monitoring: Captures blocked attacks, suspicious requests, and policy violations to protect applications.
Firewall and access control logs: Tracks denied or anomalous traffic to detect potential intrusions or policy breaches.
Configuration changes audit: Monitors administrative changes for compliance and security governance.
SSL certificate expiration and status: Avoids security risks from expired or invalid certificates.
F5 Cloud vs On-Prem Monitoring: Key Differences
While F5 devices, whether deployed on-premises or in the cloud, serve similar functions (load balancing, security, application delivery), monitoring strategies differ due to deployment architecture, visibility, and integration points.
Typical Setup
- Patch/version drift if devices aren’t centrally managed
- F5 BIG-IP hardware or virtual appliances deployed in a data center
- Managed directly via SNMP, iControl REST API, or CLI
- Full network visibility and control
Monitoring Considerations
- Use of SNMP, WMI, or API for deep metrics
- Network-level monitoring (interfaces, VLANs, hardware health)
- Direct access for configuration tracking and log collection
- SCOM can poll frequently and store performance history
- High-availability monitoring (active/standby failover pairs)
- Better customization of thresholds and alerting
Challenges
- Complexity of managing at scale
Typical Setup
- Network topology may change dynamically, complicating discovery and health checks
- F5 BIG-IP Virtual Editions (VE) or F5 Distributed Cloud Services (formerly Volterra)
- Often deployed as part of a cloud-native stack with autoscaling
- May rely on cloud-native monitoring tools (e.g., CloudWatch, Azure Monitor)
Monitoring Considerations
- API-based access only; SNMP might be limited or blocked
- Must account for cloud orchestration: autoscaling, ephemeral IPs, redeployments
- Licensing and throughput limits might be dynamic—monitor license and resource usage
- Requires integration with cloud-specific logging and metrics (e.g., log forwarding to SCOM)
- Focus on app-level and user-experience metrics over hardware status
Challenges
- Limited visibility into the underlying infrastructure
- Multi-cloud and hybrid environments may increase complexity
Summary Table
| Feature / Concern | On-Prem F5 | F5 in the Cloud |
| Discovery Method | SNMP, CLI, API | API, cloud service integration |
| Performance Metrics | CPU, memory, traffic, sessions | App performance, cloud metrics |
| Hardware Health | Yes | Not applicable |
| High Availability | Active/Standby monitored directly | HA is often managed by cloud orchestration |
| Configuration Monitoring | Full access | Limited / API-only |
| Log Collection | Direct (syslog/SNMP traps) | Requires cloud-native log shipping |
| Monitoring Tooling | SCOM, native SNMP tools | SCOM via connectors, cloud APIs |
| Challenges | Scale, manual config drift | Ephemeral architecture, limited control |
Recommendations for SCOM Monitoring
On-Prem: Use a custom or full-featured F5 SCOM Management Pack leveraging SNMP and REST APIs.
Cloud: Use lightweight, API-based monitoring or cloud-native connectors; track autoscaling and API limits.
Hybrid: Combine both strategies and unify alerts in SCOM for a single pane of glass.
Essential Features of an F5 Management Pack for SCOM
To ensure seamless integration of F5 infrastructure into Microsoft SCOM, a robust Management Pack should offer comprehensive monitoring across availability, performance, and configuration states. The following are the core features and capabilities an effective F5 Management Pack should provide to deliver actionable insights and maintain operational stability.
Device Discovery
- Automatically discover F5 BIG-IP devices
- Support for multiple device types and virtual editions
- Hierarchical representation (device > modules > virtual servers, pools, nodes)
Health Monitoring
Monitor health states of:
- Virtual servers
- Pools and pool members
- Nodes
- Interfaces and VLANs
- Alert on degraded, unavailable, or down states
Performance Metrics Collection
Key performance counters for:
- CPU and memory usage
- Throughput (bps)
- Concurrent connections
- HTTP/HTTPS requests
- iRules execution metrics
- Historical data for trend analysis
Traffic and Load Insights
- Monitor connection statistics, load balancing metrics, and traffic throughput
- Visibility into spikes or drops in traffic across virtual servers or pools
Configuration Monitoring
- Detect changes to key configurations
- Alert on unauthorized or risky changes (config drift)
SSL Offloading / Certificate Monitoring
- Monitor SSL profile usage and expiration dates of installed certificates
- Alert before certs expire or become invalid
Event and Alert Integration
- Native SCOM alerts with severity mapping
- Customizable thresholds and alert tuning
- Integration with SCOM dashboards and reporting
Failover and HA Monitoring
- Track high availability (HA) status
- Alert on failover events or HA degradation
Security Monitoring
- Basic WAF (if provisioned) alerting such as blocked requests or signature matches
- Monitor denied requests or unusual traffic patterns
Custom Views and Dashboards
SCOM views for:
- Optionally, integrate with SCOM widgets or third-party dashboards
- Device overviews
- Health summaries
- Alert trends
Key Areas SCOM Admins Should Focus on When Monitoring F5
For SCOM administrators, monitoring F5 devices involves more than just uptime checks—it requires visibility into the health, performance, and reliability of application delivery components. The key areas below highlight what admins should focus on to proactively manage F5 environments and quickly respond to issues that could impact user experience or system availability.
Availability
- Are F5 devices reachable and operational?
- Are virtual servers, pools, and nodes online?
Performance
- Is traffic flowing as expected?
- Are there unusual spikes in CPU/memory usage or dropped packets?
Load Balancing Health
- Are traffic distribution policies working?
- Are any pools over/underutilized?
Redundancy & HA
- Is failover working?
- Is the active/standby state maintained correctly?
Configuration Drift
- Have any changes been made to the system that could affect stability?
Security Events
- Are there any anomalies that may indicate attacks or misconfigurations?
Certificate Lifecycle
- Are any SSL certificates approaching expiration?
F5 Monitoring Use Cases
The following real-world use cases demonstrate how F5 monitoring enables organizations to stay proactive, optimize operations, and support critical business functions.
Detecting Performance Degradation Before Users Complain
Use Case
An enterprise notices periodic slowdowns in application responsiveness but no immediate complaints from users. The root cause is traced back to resource contention on the F5 load balancer during peak traffic hours.
How Monitoring Helps
Tracks CPU, memory, and throughput metrics in real time
Alerts on approaching resource saturation before impact occurs
Correlates backend server health with traffic patterns for deeper insight
Benefits
Supports capacity planning for scaling decisions
Prevents user experience degradation proactively
Reduces firefighting by identifying bottlenecks early
Detecting Unauthorized Access Attempts and Potential Security Breaches
Use Case
Security teams want to detect suspicious traffic patterns and blocked attacks targeting web applications protected by F5’s WAF.
How Monitoring Helps
Monitors WAF logs for blocked attack signatures and anomalies
Alerts on repeated policy violations or unusual traffic spikes
Audits configuration changes to catch unauthorized modifications
Benefits
Protects sensitive data and application availability
Strengthens security posture with early threat detection
Helps meet compliance with audit trails and real-time alerts
Ensuring High Availability of Application Delivery
Use Case
An organization’s critical applications rely on a high-availability pair of F5 devices. Unexpected failover events cause service interruptions and user frustration.
How Monitoring Helps
Continuously monitors device and failover status
Detects synchronization issues or failover failures immediately
Tracks network interfaces and pool member health to ensure overall service uptime
Benefits
Increases confidence in business continuity capabilities
Maintains seamless failover, minimizing downtime
Enables rapid incident response to hardware or software failures
Scaling Capacity in Line with Growing Traffic
Use Case
Rapid business growth leads to increased traffic loads through F5 devices, risking overload and slower response times.
How Monitoring Helps
Measures traffic throughput, connection counts, and resource utilization trends
Provides historical data to predict capacity needs
Identifies inefficient SSL processing or misconfigured pools affecting performance
Benefits
Ensures consistent application delivery quality
Supports proactive infrastructure scaling
Avoids outages or performance bottlenecks due to overload
We hope this F5 Monitoring Use Case paper inspires you to extend your monitoring on Microsoft SCOM. Feel free to reach out for help building your next custom Management Pack.
NiCE Services and Training for Microsoft SCOM
NiCE Services & Training for Microsoft System Center Operations Manager (SCOM) offers specialized expertise in enhancing IT monitoring through the development of custom Management Packs tailored to an organization’s unique infrastructure and business needs.
By leveraging NiCE’s deep knowledge of SCOM, their services empower IT teams to extend native monitoring capabilities, enabling precise, scalable, and efficient oversight of complex environments. The custom management packs crafted by NiCE address specific applications, devices, and services not covered by default SCOM templates, ensuring comprehensive visibility and proactive issue detection.
In addition to bespoke management pack creation, NiCE provides targeted training to equip IT professionals with the skills to maintain, customize, and optimize SCOM environments independently. This combination of tailored solutions and knowledge transfer significantly improves operational reliability, reduces downtime, and maximizes the return on investment in Microsoft SCOM deployments.