Runbook 02 — Enterprise Logging & Monitoring Assessment
Runbook Overview
Section titled “Runbook Overview”Enterprise organizations rarely operate a single Kubernetes cluster.
Instead, they manage:
- Hundreds of Amazon EKS clusters
- Multiple AWS Accounts
- Multiple AWS Regions
- Thousands of Kubernetes workloads
- Hundreds of development teams
- A centralized Security Operations Centre (SOC)
Maintaining consistent logging, monitoring and observability across this scale requires standardized architectures, governance and continuous operational reviews.
This runbook provides a structured assessment framework used by Cloud Security Engineers, Platform Engineers, DevSecOps teams and Security Architects to evaluate the maturity of Kubernetes logging and monitoring across an enterprise.
Assessment Information
Section titled “Assessment Information”Assessment Objective
Section titled “Assessment Objective”Assess the organization’s enterprise logging and monitoring architecture to ensure complete visibility, operational resilience and security monitoring across all Amazon EKS environments.
Estimated Time
Section titled “Estimated Time”4–6 Hours
Assessment Type
Section titled “Assessment Type”- Enterprise Architecture Review
- Security Assessment
- Operational Readiness Assessment
- Cloud Governance Review
- SOC Maturity Assessment
Business Scenario
Section titled “Business Scenario”A multinational banking organisation operates:
- 720 Amazon EKS clusters
- 15 AWS Accounts
- 8 AWS Regions
- 12 Platform Engineering teams
- 24×7 Enterprise SOC
Following a recent acquisition, management discovered inconsistent monitoring standards across business units.
Some clusters have:
- No Audit Logging
- Different Prometheus configurations
- Missing runtime monitoring
- Inconsistent dashboard standards
- Limited SIEM integration
You have been assigned to perform an enterprise assessment and recommend a standardized monitoring architecture.
Enterprise Reference Architecture
Section titled “Enterprise Reference Architecture”Amazon EKS Clusters
↓
Kubernetes Audit Logs
↓
Falco Runtime Security
↓
Prometheus
↓
Grafana
↓
CloudWatch Logs
↓
CloudTrail
↓
Amazon GuardDuty
↓
Amazon Inspector
↓
AWS Security Hub
↓
Enterprise SIEM
↓
SOAR Platform
↓
Security Operations Centre
↓
Executive ReportingAssessment Scope
Section titled “Assessment Scope”Evaluate:
- Logging Architecture
- Monitoring Architecture
- Runtime Detection
- Observability
- Alerting
- Dashboard Standardisation
- SIEM Integration
- SOAR Integration
- Cloud Governance
- Compliance
- Operational Processes
- Enterprise KPIs
Enterprise Assessment Checklist
Section titled “Enterprise Assessment Checklist”| Area | Status | Notes |
|---|---|---|
| Logging Standards Defined | ☐ | |
| Audit Logging Enabled Everywhere | ☐ | |
| Prometheus Standardised | ☐ | |
| Grafana Dashboards Standardised | ☐ | |
| Runtime Detection Enabled | ☐ | |
| CloudTrail Enabled | ☐ | |
| GuardDuty Enabled | ☐ | |
| Security Hub Enabled | ☐ | |
| SIEM Integrated | ☐ | |
| SOAR Integrated | ☐ | |
| Monitoring Governance Defined | ☐ | |
| Operational KPIs Available | ☐ |
Phase 1 — Enterprise Logging Review
Section titled “Phase 1 — Enterprise Logging Review”Objective
Section titled “Objective”Review the enterprise logging strategy.
Evaluate:
- Kubernetes Audit Logs
- Control Plane Logs
- Application Logs
- Infrastructure Logs
- Cloud Logs
- Security Logs
Assessment Questions
Section titled “Assessment Questions”- Are logging standards documented?
- Are all production clusters logging?
- Is logging consistent across regions?
- Is log retention standardized?
- Are logs encrypted?
- Are logs immutable where required?
Evidence to Collect
Section titled “Evidence to Collect”- Logging policies
- CloudWatch configuration
- Cluster logging configuration
- Retention policies
- KMS encryption configuration
Phase 2 — Monitoring Platform Review
Section titled “Phase 2 — Monitoring Platform Review”Review monitoring architecture.
Evaluate:
Prometheus
↓
Alertmanager
↓
Grafana
↓
CloudWatch
↓
Central MonitoringReview:
- Monitoring coverage
- Cluster onboarding
- Metrics retention
- Capacity
- High availability
Health Assessment
Section titled “Health Assessment”| Component | Healthy |
|---|---|
| Prometheus | ☐ |
| Alertmanager | ☐ |
| Grafana | ☐ |
| Node Exporter | ☐ |
| kube-state-metrics | ☐ |
Phase 3 — Runtime Security Review
Section titled “Phase 3 — Runtime Security Review”Review runtime monitoring.
Verify:
- Falco deployment
- Runtime policies
- Detection coverage
- Rule updates
- Alert routing
Runtime Checklist
Section titled “Runtime Checklist”| Assessment | Pass |
|---|---|
| Falco on every node | ☐ |
| Runtime rules current | ☐ |
| Alert forwarding configured | ☐ |
| Rule tuning performed | ☐ |
Phase 4 — Enterprise Dashboard Assessment
Section titled “Phase 4 — Enterprise Dashboard Assessment”Review Grafana dashboards.
Assess whether dashboards exist for:
- Cluster Health
- Node Health
- Namespace Health
- API Server
- Resource Utilisation
- Runtime Security
- Security Events
- Capacity Planning
- Compliance Metrics
- Executive Reporting
Dashboard Review
Section titled “Dashboard Review”| Dashboard | Available |
|---|---|
| Operations | ☐ |
| Platform | ☐ |
| Security | ☐ |
| Executive | ☐ |
| Compliance | ☐ |
Phase 5 — Alerting Assessment
Section titled “Phase 5 — Alerting Assessment”Review alerting strategy.
Evaluate:
- Critical alerts
- Warning alerts
- Informational alerts
- Escalation workflows
- Notification channels
- Alert ownership
Alert Validation
Section titled “Alert Validation”Generate a test event.
Examples:
kubectl create namespace assessment-testkubectl delete namespace assessment-testVerify:
- Audit Log generated
- Alert triggered
- Notification delivered
- Incident created
Phase 6 — SIEM Integration Assessment
Section titled “Phase 6 — SIEM Integration Assessment”Review SIEM architecture.
CloudWatch
↓
Log Forwarder
↓
Enterprise SIEM
↓
Correlation Rules
↓
SOCConfirm integration for:
- Audit Logs
- Falco
- CloudTrail
- GuardDuty
- Inspector
- Security Hub
SIEM Checklist
Section titled “SIEM Checklist”| Source | Integrated |
|---|---|
| Audit Logs | ☐ |
| Falco | ☐ |
| CloudTrail | ☐ |
| GuardDuty | ☐ |
| Inspector | ☐ |
| Security Hub | ☐ |
Phase 7 — SOAR Assessment
Section titled “Phase 7 — SOAR Assessment”Review automation.
Evaluate:
- Incident creation
- Pod isolation
- Secret rotation
- IAM credential revocation
- Evidence collection
- Notification workflows
Automation Review
Section titled “Automation Review”| Automation | Configured |
|---|---|
| Ticket Creation | ☐ |
| Alert Routing | ☐ |
| Evidence Collection | ☐ |
| Pod Isolation | ☐ |
| Secret Rotation | ☐ |
Phase 8 — Enterprise Governance
Section titled “Phase 8 — Enterprise Governance”Review governance documentation.
Verify:
- Logging Standards
- Monitoring Standards
- Dashboard Standards
- Alert Standards
- Detection Engineering Process
- Change Management
- Monitoring Ownership
Governance Assessment
Section titled “Governance Assessment”| Area | Complete |
|---|---|
| Policies | ☐ |
| Standards | ☐ |
| Procedures | ☐ |
| Ownership | ☐ |
| Review Cycle | ☐ |
Phase 9 — Operational KPIs
Section titled “Phase 9 — Operational KPIs”Review monitoring effectiveness.
| KPI | Target | Actual |
|---|---|---|
| Mean Time to Detect (MTTD) | <15 minutes | |
| Mean Time to Respond (MTTR) | <30 minutes | |
| Alert Accuracy | >95% | |
| False Positive Rate | <10% | |
| Dashboard Availability | >99.9% | |
| Monitoring Coverage | 100% |
Phase 10 — Enterprise Maturity Assessment
Section titled “Phase 10 — Enterprise Maturity Assessment”Assess overall maturity.
| Capability | Rating (1–5) |
|---|---|
| Logging | |
| Monitoring | |
| Runtime Detection | |
| Dashboard Quality | |
| Alerting | |
| SIEM Integration | |
| SOAR Automation | |
| Governance | |
| Compliance | |
| SOC Operations |
Risk Register
Section titled “Risk Register”Document identified risks.
| Risk | Severity | Recommendation |
|---|---|---|
| Missing Audit Logging | High | Enable logging across all clusters |
| No Runtime Detection | High | Deploy Falco enterprise-wide |
| Dashboard Inconsistency | Medium | Standardize Grafana dashboards |
| Weak Alerting | Medium | Improve detection rules |
| Missing Automation | Medium | Integrate SOAR playbooks |
Executive Findings
Section titled “Executive Findings”Strengths
Section titled “Strengths”- Standardized monitoring platform
- Enterprise SIEM integration
- Centralized dashboarding
- Strong observability architecture
Weaknesses
Section titled “Weaknesses”- Inconsistent logging across environments
- Manual incident response
- Detection gaps
- Dashboard inconsistencies
Opportunities
Section titled “Opportunities”- Expand SOAR automation
- Improve threat hunting
- Standardize detection engineering
- Enhance executive reporting
Overall Assessment
Section titled “Overall Assessment”- ☐ Excellent
- ☐ Good
- ☐ Satisfactory
- ☐ Needs Improvement
- ☐ Critical Findings
Enterprise Improvement Roadmap
Section titled “Enterprise Improvement Roadmap”Immediate (0–30 Days)
Section titled “Immediate (0–30 Days)”- Enable missing Audit Logs
- Deploy Falco on unmanaged clusters
- Correct monitoring gaps
- Validate SIEM ingestion
Short-Term (30–90 Days)
Section titled “Short-Term (30–90 Days)”- Standardize Grafana dashboards
- Improve Alertmanager routing
- Tune detection rules
- Expand Prometheus coverage
Medium-Term (3–6 Months)
Section titled “Medium-Term (3–6 Months)”- Integrate SOAR automation
- Implement threat hunting dashboards
- Develop monitoring-as-code
- Standardize executive reporting
Long-Term (6–12 Months)
Section titled “Long-Term (6–12 Months)”- AI-assisted anomaly detection
- Multi-cloud monitoring
- Predictive capacity planning
- Continuous monitoring maturity assessments
Enterprise Best Practices
Section titled “Enterprise Best Practices”As a Cloud Security Engineer:
- Standardize monitoring across every Kubernetes cluster.
- Treat logging and monitoring as mandatory production controls.
- Centralize telemetry into a single enterprise SIEM.
- Automate repetitive SOC tasks using SOAR.
- Review dashboards daily and validate alert quality regularly.
- Protect monitoring infrastructure using IAM, RBAC and encryption.
- Test monitoring pipelines during disaster recovery and incident response exercises.
- Review governance documentation annually and after major architectural changes.
- Measure monitoring effectiveness using KPIs such as MTTD, MTTR and false positive rates.
- Continuously improve monitoring based on post-incident reviews and threat intelligence.
Real-World Scenario
Section titled “Real-World Scenario”A global healthcare provider inherited several Amazon EKS environments after acquiring another company.
An enterprise assessment identified:
- Three different monitoring platforms
- Inconsistent Prometheus configurations
- Missing Falco deployments
- Audit Logging disabled on several production clusters
- No centralized SIEM integration for some business units
As part of a modernization programme, the organization:
- Standardized Prometheus and Grafana deployments.
- Enabled Kubernetes Audit Logging across every production cluster.
- Rolled out Falco to all worker nodes.
- Centralized security telemetry into the enterprise SIEM.
- Integrated SOAR playbooks for automated containment.
- Established governance standards for logging, monitoring and dashboard management.
Within six months, the organization reduced Mean Time to Detect (MTTD) by 55%, improved compliance audit outcomes and significantly strengthened its cloud security posture.
Assessment Summary
Section titled “Assessment Summary”Congratulations!
You have completed the Enterprise Logging & Monitoring Assessment.
This runbook provided a structured methodology to evaluate enterprise observability, security monitoring and operational readiness across Amazon EKS environments.
You assessed:
- Enterprise logging architecture
- Monitoring platforms
- Runtime security
- Dashboard standardization
- SIEM integration
- SOAR automation
- Governance
- Operational KPIs
- Enterprise maturity
These assessments help organizations identify gaps, prioritize improvements and build resilient, enterprise-grade Kubernetes monitoring capabilities.
Key Takeaways
Section titled “Key Takeaways”- Enterprise monitoring requires standardized architecture, governance and automation.
- Logging, metrics and runtime detection must be integrated to provide complete visibility.
- SIEM and SOAR significantly improve detection, investigation and response.
- Regular assessments ensure monitoring remains effective as Kubernetes environments evolve.
- Mature monitoring programmes are essential for secure, compliant and reliable Amazon EKS operations.
What’s Next?
Section titled “What’s Next?”The next runbook focuses on investigating live security events using a Security Operations Centre (SOC) workflow.
➡️ Next Runbook: Runbook 03 — Kubernetes Security Incident Investigation