Sysdig Certification Interview Questions [2025 Edition]

Sysdig Fundamentals

1. What is Sysdig's role in container security certification?

Sysdig provides runtime security and observability for containers using eBPF to capture system events. Certification focuses on threat detection, policy enforcement, and Kubernetes integration. It validates skills in securing cloud-native infrastructure, integrating with CI/CD for compliance, and automating responses, preparing candidates for advanced DevOps and security roles.

2. Why pursue Sysdig certification?

• Validates expertise in runtime security.
• Enhances DevOps career prospects.
• Demonstrates eBPF monitoring skills.
• Boosts Kubernetes observability knowledge.
• Proves threat detection proficiency.
• Aligns with cloud-native standards.
• Opens senior infrastructure roles.

3. When should you prepare for Sysdig certification?

Prepare for Sysdig certification after gaining hands-on experience with containers and Kubernetes. It’s ideal for DevOps professionals aiming to validate runtime security skills. Study eBPF concepts, policy enforcement, and integrations using labs and mock exams to ensure success in cloud-native certification.

4. Where does Sysdig certification apply in careers?

• DevOps security engineering roles.
• Cloud architect positions.
• Kubernetes administration jobs.
• Threat hunting teams.
• Compliance specialist roles.
• Multi-cloud monitoring tasks.
• Infrastructure automation careers.

5. Who benefits from Sysdig certification?

Security engineers, DevOps professionals, and cloud architects benefit from Sysdig certification. It validates skills in runtime protection, observability, and threat detection, enabling secure management of containerized applications in multi-cloud DevOps environments.

6. Which topics are covered in Sysdig certification?

• eBPF for event monitoring.
• Runtime security policies.
• Kubernetes observability techniques.
• Threat detection mechanisms.
• CI/CD pipeline integrations.
• Compliance reporting skills.
• Advanced troubleshooting scenarios.

7. How to prepare for Sysdig certification?

Prepare by studying Sysdig documentation on eBPF, runtime security, and Kubernetes integration. Practice with labs for policy enforcement and threat detection. Use resources like DevOps FAQs, take mock exams, and simulate scenarios to ensure certification success.

8. What is Sysdig Secure’s certification focus?

Sysdig Secure emphasizes runtime defense for containers, using behavioral analysis to detect anomalies. Certification covers policy enforcement, threat blocking, and automated responses like quarantine, integrating with Kubernetes for pod security and eBPF for low-impact monitoring.

Focus on compliance and integration skills for certification.

9. Why is eBPF critical for Sysdig certification?

• Enables low-overhead event capture.
• Provides kernel-level visibility.
• Supports runtime threat detection.
• Integrates with Kubernetes.
• Facilitates observability.
• Scales for large clusters.
• Enhances security monitoring.

10. When is Sysdig certification most valuable?

Sysdig certification is valuable for professionals managing container security in production Kubernetes. It validates skills in threat detection and observability, essential for DevOps roles. Prepare with hands-on labs and mock exams, focusing on eBPF and policy enforcement.

11. Where does Sysdig certification apply in DevOps?

Sysdig certification applies in DevOps pipelines for runtime monitoring and security. It covers CI/CD integration for scans, Kubernetes for observability, and SIEM for logging, ensuring secure infrastructure in multi-cloud environments.

12. Who should pursue Sysdig certification?

DevOps engineers, security analysts, and cloud architects with Kubernetes experience should pursue Sysdig certification. It validates runtime protection, threat detection, and observability skills, enhancing roles in secure cloud-native infrastructure management.

13. Which certification levels exist for Sysdig?

• Associate for foundational skills.
• Professional for runtime security.
• Expert for observability and threats.
• Specialist for Kubernetes integration.
• Advanced for multi-cloud setups.
• Compliance-focused certifications.
• Integration specialist tracks.

14. How does Sysdig certification cover Kubernetes?

Sysdig certification covers Kubernetes integration via daemonsets for agent deployment and eBPF for pod visibility. Study admission controllers for policy enforcement and Helm charts for setup, preparing for secure monitoring in cloud DevOps, as in Kubernetes operators.

Practice RBAC configurations for secure access.

15. What if you fail Sysdig certification?

Failing Sysdig certification is common initially. Review weak areas like eBPF or policy enforcement, use official labs, and take mock exams. Schedule a retake after 30 days, focusing on hands-on scenarios to ensure success in cloud-native security certification.

Security and Runtime Protection

16. What is Sysdig Secure’s role in certification?

Sysdig Secure focuses on runtime defense, using eBPF for behavioral analysis. Certification covers policy enforcement, threat blocking, and automated quarantine, integrating with Kubernetes for pod security and ensuring compliance in cloud-native environments.

17. Why is Sysdig Secure vital for DevOps?

• Protects containers at runtime.
• Uses eBPF for efficient monitoring.
• Enforces security policies.
• Integrates with Kubernetes.
• Automates threat responses.
• Supports compliance standards.
• Scales for production clusters.

18. When should Sysdig Secure be used in production?

Use Sysdig Secure in production for runtime threat detection in Kubernetes. Deploy agents for eBPF monitoring, enforce policies for access control, and integrate with alerting tools to ensure secure workloads in cloud DevOps.

19. Where does Sysdig Secure deploy agents?

Sysdig Secure deploys agents as daemonsets in Kubernetes clusters, hosts, or containers. Agents use eBPF for runtime data, integrating with backends for analysis, ensuring visibility across nodes for secure infrastructure.

20. Who configures Sysdig Secure policies?

Security engineers configure Sysdig Secure policies, defining rules for threat detection. They collaborate with DevOps to align with workflows, test in staging, and monitor enforcement, ensuring protected infrastructure in cloud environments.

21. Which Sysdig Secure features support threats?

• Behavioral analysis for anomalies.
• eBPF for system call monitoring.
• Policy violation alerts.
• Automated quarantine responses.
• Event correlation capabilities.
• Integration with SIEM tools.
• Custom threat signatures.

22. How does Sysdig Secure integrate with Kubernetes?

Sysdig Secure integrates with Kubernetes via daemonsets for agent deployment, using eBPF for pod visibility. It supports admission controllers for policy enforcement and Helm charts for setup, ensuring secure clusters in DevOps with observability practices.

Configure RBAC for secure access control.

23. What if Sysdig Secure misses a threat?

Sysdig Secure misses a threat. Update behavioral baselines, tune anomaly detection, and integrate with external intelligence. Review logs with Inspect, automate scans, and monitor with Prometheus, ensuring comprehensive threat coverage in DevOps.

24. Why use Sysdig Secure for compliance?

• Generates detailed audit reports.
• Tracks policy violations.
• Integrates with SIEM for logs.
• Supports regulatory frameworks.
• Provides event timestamps.
• Enables custom compliance rules.
• Facilitates audit trails.

25. When is Sysdig Secure used for incident response?

Use Sysdig Secure for incident response when investigating container breaches. Quarantine pods, analyze with Inspect, and correlate logs. Automate playbooks for containment and integrate with PagerDuty for rapid resolution in DevOps.

26. Where does Sysdig Secure enforce policies?

Sysdig Secure enforces policies at runtime in containers and hosts, using agents for monitoring. It integrates with Kubernetes admission controllers and dashboards for analysis, ensuring secure infrastructure in cloud DevOps.

27. Who responds to Sysdig Secure alerts?

Security analysts respond to Sysdig Secure alerts, investigating with Inspect and correlating logs. They collaborate with DevOps for remediation, automate playbooks, and update policies, ensuring protected infrastructure in DevOps.

28. Which Sysdig Secure tools support response?

• Inspect for forensic analysis.
• Policy engine for containment.
• Alerting system for notifications.
• Playbooks for automation.
• Log correlation features.
• Integration with PagerDuty.
• Dashboard for visualization.

29. How do you tune Sysdig Secure for efficiency?

Tune Sysdig Secure by configuring eBPF filters to capture relevant events, adjusting sampling rates, and deploying as daemonsets. Monitor CPU with Prometheus, test in staging, and integrate with Kubernetes operators, ensuring efficient security.

30. What if Sysdig Secure generates false positives?

Sysdig Secure generates false positives. Tune rules by setting thresholds, use machine learning for anomaly reduction, and prioritize with PagerDuty. Review dashboards, correlate events, and automate filtering for actionable security in DevOps.

Monitoring and Observability

31. What is Sysdig Monitor’s role in certification?

Sysdig Monitor provides observability for containers, capturing metrics, traces, and logs with eBPF. Certification covers dashboard configuration, anomaly detection, and Prometheus integration, preparing candidates for monitoring in cloud-native DevOps environments.

32. Why is Sysdig Monitor essential for DevOps?

• Offers unified observability.
• Uses eBPF for low-overhead capture.
• Integrates with Kubernetes.
• Automates anomaly detection.
• Supports compliance monitoring.
• Scales for large clusters.
• Enhances troubleshooting capabilities.

33. When should Sysdig Monitor be used in production?

Use Sysdig Monitor in production for real-time observability in Kubernetes. Deploy agents for eBPF data, integrate with alerting tools, and monitor performance to ensure stable infrastructure in cloud DevOps environments.

Test configurations in staging for reliability.

34. Where does Sysdig Monitor deploy agents?

Sysdig Monitor deploys agents as daemonsets in Kubernetes clusters, hosts, or containers. Agents collect runtime data via eBPF, sending to backends for analysis, ensuring visibility across nodes for observability in DevOps.

35. Who configures Sysdig Monitor dashboards?

Observability engineers configure dashboards, customizing metrics and visualizations. They collaborate with DevOps to align with KPIs, integrate with Prometheus, and set up alerts for effective monitoring in cloud DevOps.

36. Which Sysdig Monitor features support tracing?

• Sysdig Inspect for event tracing.
• Sysdig Monitor for distributed traces.
• eBPF for kernel-level visibility.
• Integration with Jaeger.
• Custom query language for traces.
• Dashboard visualizations.
• Alerting on trace anomalies.

37. How does Sysdig Monitor integrate with Prometheus?

Sysdig Monitor integrates with Prometheus by exporting eBPF metrics, supporting federated monitoring. Configure scraping endpoints, set up alerting rules, and use unified dashboards for enhanced observability in cloud DevOps with observability practices.

38. What if Sysdig Monitor dashboards are slow?

Sysdig Monitor dashboards are slow. Optimize queries, reduce metric granularity, and cache data. Monitor performance with Prometheus, test configurations in staging, and ensure efficient data pipelines for responsive dashboards in DevOps.

Validate optimizations to improve performance.

39. Why use Sysdig for log analysis?

• Captures logs with eBPF.
• Integrates with ELK stack.
• Supports event correlation.
• Provides search capabilities.
• Enables retention policies.
• Facilitates troubleshooting.
• Supports compliance logging.

40. When is Sysdig Monitor used for alerting?

Use Sysdig Monitor for alerting when monitoring production clusters for anomalies. Define rules for thresholds, integrate with PagerDuty, and set up dashboards for visualization, ensuring timely notifications in cloud DevOps.

41. Where does Sysdig Monitor collect metrics?

Sysdig Monitor collects metrics from containers, hosts, and Kubernetes components using eBPF. It integrates with APIs for metadata and forwards data for analysis, ensuring comprehensive observability in cloud DevOps.

42. Who manages Sysdig Monitor alerting?

Observability specialists manage alerting, defining rules and thresholds. They collaborate with DevOps to align with KPIs, test alerts, and integrate with PagerDuty for timely notifications in cloud DevOps.

43. Which Sysdig Monitor tools support visualization?

• Dashboards for unified views.
• Graphite for metric storage.
• Grafana for custom panels.
• Integration with Kibana.
• Custom query builders.
• Alert visualization.
• Trend analysis features.

44. How do you optimize Sysdig Monitor for clusters?

Optimize Sysdig Monitor by tuning eBPF filters, adjusting sampling rates, and deploying as daemonsets. Monitor performance with Prometheus, test in staging, and integrate with Kubernetes operators for efficient scaling in DevOps.

Validate configurations for optimal performance.

45. What if Sysdig Monitor data is incomplete?

Sysdig Monitor data is incomplete. Verify agent deployment, check eBPF capabilities, and review logs for errors. Test configurations in staging, update integrations, and monitor with Prometheus for complete observability in DevOps.

46. How does Sysdig handle container orchestration?

Sysdig manages container orchestration by integrating with Kubernetes for pod-level monitoring. Use eBPF for event capture, enforce policies via admission controllers, and visualize with dashboards for secure orchestration in cloud DevOps.

Configure RBAC for access control.

47. Why use Sysdig for policy enforcement?

• Applies runtime security rules.
• Integrates with Kubernetes RBAC.
• Automates violation responses.
• Supports compliance frameworks.
• Provides detailed audit logs.
• Scales for large clusters.
• Enhances security visibility.

48. When should Sysdig monitor microservices?

Monitor microservices with Sysdig when deploying distributed applications in Kubernetes. Use eBPF for service-level insights, integrate with Jaeger for tracing, and set up alerts for anomalies, ensuring reliable microservices in DevOps.

Test monitoring in staging environments.

49. Where does Sysdig integrate with cloud providers?

Sysdig integrates with cloud providers like AWS, Azure, and GCP at the infrastructure layer. Deploy agents for visibility, use APIs for metadata, and configure dashboards for cross-cloud monitoring in DevOps.

50. Who manages Sysdig’s cloud integrations?

Cloud architects manage Sysdig’s cloud integrations, configuring agents and APIs for AWS, Azure, and GCP. They collaborate with DevOps to align with workflows, test configurations, and ensure secure monitoring in multi-cloud environments.

51. Which Sysdig tools support microservices?

• eBPF for service-level monitoring.
• Sysdig Monitor for tracing.
• Integration with Jaeger.
• Policy engine for security.
• Dashboards for visualization.
• Alerting for anomalies.
• API for custom integrations.

52. How does Sysdig secure Kubernetes workloads?

Sysdig secures Kubernetes workloads by monitoring pods with eBPF, enforcing policies via admission controllers, and detecting anomalies. Integrate with RBAC for access control and use dashboards for insights in DevOps with API gateway integration.

Configure workload-specific policies.

53. What if Sysdig fails to detect vulnerabilities?

Sysdig fails to detect vulnerabilities. Update scanning configurations, integrate with external scanners, and review logs for gaps. Test in staging, automate scans, and monitor with Prometheus for comprehensive vulnerability coverage in DevOps.

54. Why use Sysdig for runtime observability?

• Provides deep system insights.
• Uses eBPF for low-overhead capture.
• Integrates with Kubernetes.
• Supports real-time alerting.
• Scales for large deployments.
• Enables anomaly detection.
• Facilitates troubleshooting.

55. When should Sysdig be used for compliance?

Use Sysdig for compliance checks during audits or pre-production deployments. Configure policies for regulatory standards, generate reports with dashboards, and integrate with SIEM for logging in cloud DevOps environments.

56. Where does Sysdig monitor container runtime?

Sysdig monitors container runtime at pod and host levels, using eBPF for system call capture. It integrates with Kubernetes for context, supports dashboards for visualization, and alerts for anomalies in cloud DevOps.

57. Who manages Sysdig’s compliance reporting?

Security analysts manage compliance reporting, configuring policies and dashboards. They collaborate with DevOps to align with regulations, test reports, and integrate with SIEM for accurate compliance tracking in DevOps.

58. Which Sysdig features support scalability?

• Scalable eBPF agents.
• Multi-cloud integration.
• Policy engine for large clusters.
• Automated alerting systems.
• Distributed tracing capabilities.
• Unified dashboard views.
• API for custom scaling.

59. How do you correlate Sysdig data with logs?

Correlate Sysdig data with external logs using query language to join eBPF events with ELK. Set up dashboards for unified views, automate alerts, and integrate with Splunk for advanced analysis in DevOps with observability practices.

Ensure log retention for audits.

60. What if Sysdig agents consume high CPU?

Sysdig agents consume high CPU. Tune eBPF filters to limit events, adjust sampling rates, and deploy as sidecars. Monitor CPU with Prometheus, test in staging, and integrate with Kubernetes operators for low-overhead security.

Validate configurations to avoid issues.

Integrations and CI/CD

61. How does Sysdig support CI/CD pipelines?

Sysdig supports CI/CD by scanning container images for vulnerabilities during builds. Integrate with Jenkins or GitLab to automate scans, enforce policies, and block risky deployments, ensuring secure delivery in cloud DevOps environments.

62. Why integrate Sysdig with Jenkins?

• Automates image scanning in builds.
• Enforces pre-deployment policies.
• Provides vulnerability reports.
• Integrates with CI/CD workflows.
• Supports automated alerting.
• Reduces deployment risks.
• Enhances pipeline visibility.

63. When should Sysdig scan container images?

Use Sysdig to scan images during CI/CD builds and before production deployment. Sysdig Secure identifies vulnerabilities, enforces policies, and blocks risky images, ensuring secure containerized applications in cloud DevOps environments.

64. Where does Sysdig integrate with CI/CD tools?

Sysdig integrates with CI/CD tools like Jenkins, GitLab, and CircleCI at build and deploy stages. It scans images, enforces policies, and provides feedback via APIs, ensuring secure pipelines in cloud DevOps.

65. Who configures Sysdig in CI/CD pipelines?

DevOps engineers configure Sysdig in CI/CD, setting up image scanning and policy enforcement. They collaborate with security teams to align with compliance, test integrations, and monitor pipeline security in DevOps.

66. Which Sysdig features support CI/CD?

• Image scanning for vulnerabilities.
• Policy enforcement in pipelines.
• API for tool integration.
• Automated risk reporting.
• Webhook support for alerts.
• Compliance check integration.
• Real-time feedback mechanisms.

67. How does Sysdig handle serverless security?

Sysdig monitors serverless functions with eBPF, detecting runtime anomalies. It enforces access control policies, integrates with AWS Lambda, and provides dashboards for analysis, ensuring secure serverless infrastructure with API gateway integration.

Configure function-specific policies.

68. What if Sysdig CI/CD integration fails?

Sysdig CI/CD integration fails. Verify API configurations, check plugin compatibility, and review logs for errors. Test in staging, update webhooks, and monitor with Prometheus, ensuring secure pipeline operations in DevOps.

69. Why use Sysdig for vulnerability management?

• Scans images at runtime.
• Integrates with vulnerability scanners.
• Enforces policy blocks on risks.
• Provides risk scoring.
• Supports compliance reports.
• Automates remediation workflows.
• Enhances threat correlation.

70. When is Sysdig’s Inspect tool used?

Use Sysdig Inspect for deep system analysis during troubleshooting. Capture eBPF events, query processes, and visualize flows. Integrate with logs for correlation, ensuring quick resolution in containerized DevOps environments.

71. Where does Sysdig provide process visibility?

Sysdig provides process visibility at container and host levels, using eBPF for call tracing. It integrates with Kubernetes for pod context, supports dashboards for analysis, and alerts for anomalies in DevOps.

72. Who configures Sysdig for process monitoring?

Monitoring engineers configure process monitoring, defining eBPF filters and dashboards. They collaborate with DevOps to align with KPIs, test configurations, and integrate alerts for effective observability in DevOps.

73. Which Sysdig capabilities support forensics?

• eBPF for event capture.
• Inspect for query analysis.
• Log correlation features.
• Historical data replay.
• Threat timeline visualization.
• Integration with SIEM.
• Automated playbook execution.

74. How do you optimize Sysdig for large clusters?

Optimize Sysdig by tuning eBPF filters, adjusting sampling rates, and deploying as daemonsets. Monitor performance with Prometheus, test in staging, and integrate with Kubernetes for efficient scaling in cloud DevOps.

75. What if Sysdig’s policy enforcement fails?

Sysdig’s policy enforcement fails. Verify policy configurations, check RBAC settings, and review logs for errors. Test in staging, update rules, and monitor with Prometheus, ensuring effective enforcement in DevOps with API gateway integration.

Collaborate with security teams to resolve issues.

Advanced Scenarios

76. How does Sysdig use machine learning for threats?

Sysdig uses machine learning to baseline normal behavior, detecting deviations in runtime data. It analyzes eBPF events, automates responses, and integrates with dashboards for visualization, ensuring proactive threat detection in DevOps.

77. Why integrate Sysdig with Falco?

• Combines eBPF with rule-based detection.
• Enhances threat hunting capabilities.
• Supports custom Falco rules.
• Integrates with Sysdig policies.
• Provides unified alerting.
• Scales for container environments.
• Facilitates incident response.

78. When should you use Sysdig for forensics?

Use Sysdig for forensics after security incidents to replay eBPF events. Capture historical data, correlate with logs, and analyze with Inspect, ensuring thorough investigation in cloud DevOps environments.

79. Where does Sysdig support multi-cloud monitoring?

Sysdig supports multi-cloud monitoring across AWS, Azure, and GCP, deploying agents for unified visibility. It integrates with cloud APIs for metadata and dashboards for analysis, ensuring consistent security in DevOps.

80. Who configures Sysdig for multi-cloud?

Cloud architects configure Sysdig for multi-cloud, deploying agents and integrating APIs. They collaborate with DevOps to align with workflows, test configurations, and monitor performance in multi-cloud DevOps environments.

81. Which Sysdig features support multi-cloud?

• Unified agent deployment.
• Cloud API integrations.
• Cross-cloud dashboards.
• Policy consistency across providers.
• Alerting for multi-cloud events.
• Compliance reporting tools.
• Scalable eBPF monitoring.

82. How does Sysdig handle serverless security?

Sysdig monitors serverless functions with eBPF, detecting runtime anomalies. It enforces access control policies, integrates with AWS Lambda, and provides dashboards for analysis, ensuring secure serverless infrastructure with API gateway integration.

83. What if Sysdig integration with Kubernetes fails?

Sysdig integration with Kubernetes fails. Verify daemonset deployment, check RBAC permissions, and test eBPF capabilities. Review logs, update Helm charts, and monitor with Prometheus for secure monitoring in DevOps.

84. Why use Sysdig for anomaly detection?

• Uses machine learning for baselines.
• Monitors runtime with eBPF.
• Detects deviations in real-time.
• Integrates with alerting tools.
• Scales for large environments.
• Supports automated responses.
• Enhances security visibility.

85. When should Sysdig monitor serverless functions?

Monitor serverless functions with Sysdig when deploying event-driven applications. Use eBPF for runtime insights, integrate with AWS Lambda, and set up alerts for anomalies, ensuring secure serverless operations in DevOps.

86. Where does Sysdig provide forensic data?

Sysdig provides forensic data at container, host, and network levels, using eBPF for event capture. It integrates with Kubernetes for context and stores data for analysis, supporting forensics in DevOps.

87. Who configures Sysdig for serverless?

Cloud engineers configure Sysdig for serverless, deploying agents and integrating with AWS Lambda. They collaborate with DevOps to align with workflows, test configurations, and ensure secure monitoring of serverless functions.

88. Which Sysdig tools support serverless?

• eBPF for function monitoring.
• Sysdig Secure for policies.
• Dashboards for visualization.
• Alerting for anomalies.
• Integration with Lambda.
• Policy enforcement engine.
• Event correlation features.

89. How does Sysdig handle compliance in multi-cloud?

Sysdig handles compliance in multi-cloud by enforcing consistent policies across AWS, Azure, and GCP. Use eBPF for event capture, generate unified reports, and integrate with SIEM for audits in DevOps.

90. What if Sysdig dashboards are slow?

Sysdig dashboards are slow. Optimize queries, reduce metric granularity, and cache data. Monitor performance with Prometheus, test configurations in staging, and ensure efficient data pipelines for responsive dashboards in DevOps.

91. How does Sysdig support hybrid cloud?

Sysdig supports hybrid cloud by deploying agents across on-premises and cloud environments. Use eBPF for unified visibility, integrate with APIs for metadata, and configure dashboards for cross-environment monitoring in DevOps.

92. Why use Sysdig for container orchestration?

• Monitors Kubernetes workloads.
• Uses eBPF for deep visibility.
• Enforces orchestration policies.
• Integrates with admission controllers.
• Provides real-time alerts.
• Scales for large clusters.
• Supports secure deployments.

93. When should Sysdig be used for auditing?

Use Sysdig for auditing during compliance checks or post-incident reviews. Configure policies for regulatory standards, generate reports with dashboards, and integrate with SIEM for logging in DevOps.

94. Where does Sysdig integrate with monitoring tools?

Sysdig integrates with monitoring tools like Prometheus and Grafana at the observability layer. Use eBPF for metrics, configure APIs for data sharing, and set up dashboards for unified views in DevOps.

95. Who manages Sysdig’s monitoring integrations?

Monitoring engineers manage Sysdig’s integrations with tools like Prometheus and Grafana. They configure APIs, align with DevOps KPIs, and test data pipelines for seamless observability in DevOps.

96. Which Sysdig features support hybrid cloud?

• Unified agent deployment.
• Hybrid environment integration.
• Cross-platform dashboards.
• Policy enforcement across setups.
• Alerting for hybrid events.
• Compliance reporting tools.
• Scalable eBPF monitoring.

97. How does Sysdig handle microservices security?

Sysdig secures microservices by monitoring with eBPF, enforcing policies, and detecting anomalies. Integrate with Kubernetes for service-level insights and Jaeger for tracing, ensuring secure microservices in DevOps environments.

98. What if Sysdig’s anomaly detection fails?

Sysdig’s anomaly detection fails. Update machine learning baselines, tune eBPF filters, and integrate with external intelligence. Review logs, automate scans, and monitor with Prometheus for accurate detection in DevOps with API gateway integration.

Collaborate with teams to refine models.

99. Why use Sysdig for compliance reporting?

• Generates regulatory reports.
• Tracks policy compliance.
• Integrates with SIEM for audits.
• Supports compliance frameworks.
• Provides event timelines.
• Enables custom reporting.
• Facilitates audit preparation.

100. When should Sysdig monitor hybrid cloud?

Monitor hybrid cloud with Sysdig when managing mixed on-premises and cloud workloads. Use eBPF for visibility, integrate with APIs, and set up alerts for anomalies, ensuring secure hybrid DevOps operations.

101. Where does Sysdig provide network visibility?

Sysdig provides network visibility at container, pod, and host levels, using eBPF for flow capture. It integrates with Kubernetes for service maps and supports anomaly detection in cloud DevOps.

102. Who configures Sysdig for network monitoring?

Network engineers configure Sysdig for network monitoring, defining eBPF filters and dashboards. They collaborate with DevOps to align with KPIs, test configurations, and integrate alerts for effective monitoring in DevOps.