Most Asked ArgoCD Interview Questions [2025 Updated]

ArgoCD Essentials

1. What is ArgoCD’s purpose in DevOps pipelines?

ArgoCD is a Kubernetes-native GitOps tool that automates continuous delivery by synchronizing Git manifests with cluster state. It ensures declarative deployments, supports rollbacks, and provides UI visibility. In MNC interviews, engineers are tested on configuring ArgoCD for CI/CD integration, multi-cluster management, and compliance, enabling robust automation in scalable Kubernetes environments.

2. Why is ArgoCD preferred for GitOps?

• Declarative: Git defines desired state.
• Automated Sync: Applies changes instantly.
• Drift Detection: Corrects cluster deviations.
• Security: RBAC and secrets integration.
• Scalability: Manages multi-cluster setups.
• Visibility: UI tracks application health.
• Auditability: Git-based change tracking.

Interviews test ArgoCD’s role in enterprise-grade deployments.

3. When is ArgoCD most impactful in DevOps?

ArgoCD shines in continuous deployment, multi-environment rollouts, and disaster recovery.

It ensures consistent state across Kubernetes clusters, tested in interviews for enterprise reliability.

Its automation reduces manual intervention in MNC pipelines.

4. Where is ArgoCD installed in Kubernetes?

ArgoCD is installed in the argocd namespace using Helm charts or YAML manifests. Interviews test configurations for argocd-server, Redis caching, and repo-server, ensuring secure and scalable deployments in enterprise Kubernetes clusters for MNC environments.

5. Who manages ArgoCD in DevOps teams?

• DevOps Engineers: Define application manifests.
• SREs: Monitor sync and health status.
• Platform Teams: Configure cluster integrations.
• Security Teams: Implement RBAC policies.
• Developers: Leverage self-service deployments.
• Analysts: Audit deployment logs.

Interviews test collaborative roles for enterprise GitOps.

6. Which component drives ArgoCD synchronization?

The Application Controller compares Git manifests with cluster state, applying changes via kubectl. Interviews test its configuration for auto-sync, prune, and self-heal features, ensuring consistent state in enterprise-grade MNC Kubernetes deployments.

7. How does ArgoCD implement GitOps?

ArgoCD implements GitOps by treating Git as the source of truth, syncing declarative manifests, and detecting drifts. It supports hooks for custom workflows, tested in interviews for automated, auditable deployments in enterprise Kubernetes environments.

• Git-Centric: Manifests define state.
• Automation: Real-time syncs.
• Observability: Tracks health, status.
• Custom Hooks: Supports complex workflows.
• Audit Trails: Ensures compliance.

8. What are ArgoCD’s key components?

• API Server: Processes CLI/UI requests.
• Application Controller: Manages syncs.
• Repo Server: Clones Git repositories.
• Redis: Caches repository data.
• Web UI: Displays sync status.
• Dex: Handles SSO authentication.
• Notifications: Integrates alerts.

Interviews test components for enterprise deployments.

9. Why is ArgoCD suited for multi-cluster management?

ArgoCD manages multiple clusters through project-based isolation and cluster secrets, enabling centralized control. Interviews test federation and cross-cluster sync for consistent state across MNC environments, ensuring compliance and scalability.

• Federation: Centralizes app management.
• Secrets: Secures cluster access.
• Projects: Isolates namespaces.
• Sync: Ensures state consistency.

10. When should engineers choose ArgoCD over Flux?

ArgoCD is preferred for its robust UI, ApplicationSets, and advanced rollout strategies like canary deployments. Interviews test its self-healing and drift detection capabilities for enterprise-grade Kubernetes deployments over Flux’s simpler approach in MNC environments.

11. Where are ArgoCD manifests stored?

• Git Repositories: Source of truth.
• ConfigMaps: Store project settings.
• Secrets: Hold cluster credentials.
• CRDs: Define application resources.
• UI: Displays manifest status.
• Backups: Versioned in Git.

Interviews test storage for enterprise GitOps.

12. Who benefits from ArgoCD expertise?

DevOps engineers, SREs, platform teams, and developers benefit from ArgoCD’s automation and self-service capabilities. Interviews test expertise in managing scalable, secure Kubernetes deployments in MNC environments, emphasizing collaboration and efficiency.

13. Which ArgoCD features support rollouts?

• Argo Rollouts: Enables canary, blue-green.
• Sync Waves: Sequences deployments.
• Analysis Templates: Validates metrics.
• Prometheus: Monitors traffic splits.
• Health Checks: Ensures resource stability.
• Rollback: Reverts failed deployments.

Interviews test features for enterprise rollouts.

14. How does ArgoCD synchronize applications?

ArgoCD synchronizes by comparing Git manifests with cluster state, applying changes via kubectl. It supports auto-sync, manual overrides, and hooks, tested in interviews for enterprise-grade deployment automation in MNC Kubernetes clusters.

apiVersion: argoproj.io/v1alpha1 kind: Application metadata: name: prod-app spec: source: repoURL: https://github.com/repo path: manifests syncPolicy: automated: prune: true selfHeal: true

15. What steps deploy ArgoCD in Kubernetes?

Deploy ArgoCD using kubectl apply -n argocd -f install.yaml, configure RBAC, expose the server via ingress, and set Git credentials. Interviews test Helm deployments, namespace isolation, and multi-tenancy for enterprise-grade MNC setups.

• Namespace: Create argocd namespace.
• Manifests: Apply official YAML.
• Security: Configure RBAC, ingress.
• Credentials: Set Git tokens.

16. Why use ArgoCD projects?

Projects provide role-based access, repository restrictions, and namespace isolation. Interviews test configurations for multi-tenant compliance, security, and scalability in enterprise MNC GitOps environments.

17. When are ArgoCD sync hooks applied?

• Pre-Sync: Before deployment starts.
• Post-Sync: After successful sync.
• Sync-Fail: On deployment failures.
• Validation: Checks resource health.
• Custom Logic: Executes scripts.
• Order: Wave-based execution.

Interviews test hooks for enterprise workflows ensuring stability.

GitOps Configurations

18. Where does ArgoCD enforce GitOps state?

ArgoCD enforces state in Git repositories as YAML manifests, with cluster secrets in Kubernetes. Interviews test repository management and drift detection for enterprise-grade GitOps compliance in MNC setups.

19. Who authors ArgoCD manifests?

Developers create manifests in Git.

DevOps engineers review for compliance.

SREs monitor sync outcomes, tested in interviews for multi-team MNC GitOps.

20. Which sync policies are critical in ArgoCD?

• Automated: Auto-sync with prune.
• Manual: Requires engineer approval.
• Prune: Deletes stale resources.
• Self-Heal: Corrects drift automatically.
• Retry: Configures retry logic.
• Sync Options: Dry-run, replace.

Interviews test policies for enterprise control.

21. How do engineers handle ArgoCD drift?

Engineers handle drift using auto-self-heal or manual sync via argocd app sync. Interviews test configurations for drift remediation, notifications, and logging in enterprise-grade MNC Kubernetes deployments.

22. What is the role of ArgoCD ApplicationSets?

ApplicationSets automate application creation from templates, supporting dynamic multi-cluster environments. Interviews test list, matrix, and git generators for scalable GitOps in MNC Kubernetes deployments.

23. Why use ArgoCD for multi-cluster GitOps?

ArgoCD enables multi-cluster GitOps with cluster secrets and federation, ensuring consistent state across regions. Interviews test configurations for hybrid cloud deployments in MNC infrastructures, focusing on scalability and reliability.

• Secrets: Secure cluster credentials.
• Federation: Centralized app control.
• Projects: Namespace isolation.
• Sync: Cross-cluster consistency.

24. How do engineers secure ArgoCD repositories?

Secure repositories with SSH keys or HTTPS tokens stored in Kubernetes secrets. Interviews test RBAC, project restrictions, and credential management for enterprise-grade GitOps security in MNC environments.

25. What tools integrate with ArgoCD for GitOps?

• Helm: Renders templated manifests.
• Kustomize: Manages environment overlays.
• Jsonnet: Generates dynamic YAML.
• Terraform: Provisions infrastructure.
• Prometheus: Monitors sync health.
• OPA: Enforces policy checks.

Interviews test integrations for enterprise automation.

26. Why configure sync waves in ArgoCD?

Sync waves sequence deployments to manage dependencies, ensuring stable rollouts. Interviews test wave configurations for phased deployments in enterprise-grade MNC GitOps pipelines.

27. When to use ArgoCD resource hooks?

Use hooks for pre/post-sync tasks like database migrations or tests. Interviews test hook types for custom workflows in enterprise MNC deployments, ensuring reliability and compliance.

28. Where are ArgoCD custom resources defined?

• CRDs: Installed via manifests.
• Applications: Git-based YAML.
• Projects: Namespace configurations.
• AppProjects: Role-based scoping.
• Secrets: Credential storage.
• UI: Resource visualization.

Interviews test CRD management for GitOps.

29. What ArgoCD features enhance observability?

Sync status, health checks, and notifications enhance observability. Interviews test Prometheus integration for monitoring sync health and resource usage in enterprise MNC GitOps environments.

• Health Checks: Validates resources.
• Sync Status: Tracks deployments.
• Notifications: Alerts on failures.
• Prometheus: Metrics integration.

30. Why integrate ArgoCD with Prometheus?

Prometheus integration provides metrics for sync success, resource usage, and errors. Interviews test configurations for real-time monitoring and alerting in enterprise-grade MNC GitOps deployments.

31. When to use ArgoCD for blue-green deployments?

• Zero-Downtime: Seamless traffic shifts.
• Validation: Metrics-based checks.
• Rollback: Rapid failure recovery.
• Integration: Argo Rollouts support.
• Monitoring: Prometheus integration.
• Stability: Ensures safe deployments.

Interviews test strategies for enterprise reliability.

32. Where is ArgoCD sync history stored?

Sync history is stored in Application resource status fields, accessible via UI or CLI. Interviews test querying history for auditing and troubleshooting in enterprise-grade MNC GitOps deployments.

33. Who configures ArgoCD RBAC policies?

Platform teams define RBAC policies, developers use assigned roles, and security teams audit compliance. Interviews test policy configurations for multi-tenant GitOps in MNC environments via collaboration.

Deployment Strategies

34. Which features support ArgoCD canary deployments?

• Argo Rollouts: Enables traffic splitting.
• Analysis Templates: Validates metrics.
• Sync Hooks: Custom validation logic.
• Prometheus: Monitors service mesh.
• Health Checks: Ensures stability.
• Rollback: Reverts failed rollouts.

Interviews test canary strategies for enterprise deployments.

35. How do engineers implement ArgoCD multi-tenancy?

Implement multi-tenancy with projects, RBAC, and namespace isolation, restricting repository access. Interviews test configurations for team-specific clusters and repositories in enterprise MNC GitOps environments.

36. What is ArgoCD’s application sync status?

Sync status indicates Synced, OutOfSync, or Degraded, reflecting cluster alignment with Git. Interviews test status interpretation for troubleshooting and health monitoring in enterprise GitOps deployments.

37. What are ArgoCD resource actions?

• Sync: Applies Git changes.
• Hard Refresh: Clears cache.
• Soft Refresh: Updates status.
• Terminate Op: Stops operations.
• Retry: Reattempts failed syncs.
• Rollback: Reverts to prior state.

Interviews test actions for enterprise control.

38. Why use ArgoCD ApplicationSets?

ApplicationSets generate applications from templates, supporting dynamic multi-cluster environments. Interviews test list, matrix, and git generators for automating scalable GitOps in MNC Kubernetes deployments.

• Generators: Automate app creation.
• Templates: Reusable definitions.
• Scalability: Handles large clusters.
• Dynamic: Supports multi-tenant setups.

39. When are ArgoCD health checks performed?

Health checks run during syncs and on-demand, validating resource status via Kubernetes APIs. Interviews test custom health assessments for ensuring application reliability in enterprise MNC environments.

40. Where are ArgoCD operation logs stored?

• Application Status: Sync history fields.
• Controller Logs: Pod log output.
• UI: Displays operation details.
• Notifications: Integrated alert logs.
• CLI: Accessible via argocd commands.
• Audit: Tracks changes for compliance.

Interviews test logging for enterprise auditing.

41. Who configures ArgoCD notifications?

Platform teams configure notifications with Slack, PagerDuty, or webhooks for sync events. Interviews test integrations for alerting on failures in enterprise MNC deployments, ensuring compliance.

Security Practices

42. Which ArgoCD features ensure secure deployments?

RBAC, project isolation, and encrypted secrets ensure secure deployments. Interviews test configurations for multi-tenant access control and credential management in enterprise MNC GitOps environments.

Security features protect deployment pipelines.

43. How do engineers secure ArgoCD repositories?

Secure repositories with SSH keys or HTTPS tokens in Kubernetes secrets, restricting access via projects. Interviews test RBAC and credential management for enterprise-grade GitOps security in MNC environments.

apiVersion: v1 kind: Secret metadata: name: repo-credential type: Opaque data: sshPrivateKey: base64(key)

44. What is ArgoCD’s RBAC system?

• Roles: Define granular permissions.
• Groups: Map to user identities.
• Policies: Control resource access.
• Projects: Scope namespaces, clusters.
• SSO: Integrates with OIDC.
• Audit: Tracks access events.

Interviews test RBAC for enterprise multi-tenancy.

45. Why use ArgoCD for compliance?

ArgoCD ensures compliance with immutable Git state, audit trails, and RBAC. Interviews test its use in regulated industries like finance or healthcare for enterprise-grade MNC GitOps deployments.

46. What are ArgoCD admission controllers?

Admission controllers validate manifests before sync, enforcing policies via OPA. Interviews test custom controllers for compliance and security in enterprise MNC GitOps environments.

47. When to use ArgoCD in regulated industries?

• Finance: Audit-compliant deployments.
• Healthcare: Secure data pipelines.
• Government: Strict security standards.
• Integration: OPA policy enforcement.
• Audit Trails: Tracks changes.
• RBAC: Controls user access.

Interviews test compliance features.

48. Where are ArgoCD secrets managed?

Secrets are managed in Kubernetes secrets or external tools like Vault or Sealed Secrets. Interviews test secure credential storage and integration for enterprise-grade GitOps repositories in MNC environments.

49. Who defines ArgoCD security policies?

Security teams define policies, DevOps implements them, and auditors verify compliance. Interviews test RBAC and webhook configurations for secure enterprise MNC GitOps with robust security.

50. Which features support ArgoCD auditing?

• Sync History: Tracks deployment operations.
• Logs: Controller audit trails.
• UI: Displays change history.
• Notifications: Alerts on actions.
• CLI: Queries operation logs.
• Git: Versioned manifest history.

Interviews test auditing for enterprise compliance.

51. How do engineers implement ArgoCD SSO?

Implement SSO with OIDC or SAML in argocd-cm ConfigMap, integrating with identity providers like Okta. Interviews test configurations for secure, role-based access in enterprise MNC GitOps deployments.

apiVersion: v1 kind: ConfigMap metadata: name: argocd-cm data: oidc.config: | name: okta issuer: https://okta.example.com

52. What is ArgoCD’s role in zero-trust?

ArgoCD supports zero-trust with RBAC, mTLS, and webhook validations, ensuring secure access and manifest integrity. Interviews test configurations for secure supply chain management in enterprise MNC GitOps environments.

53. Why integrate ArgoCD with OPA Gatekeeper?

• Policy Enforcement: Validates manifests.
• Admission Controllers: Pre-sync checks.
• Compliance: Regulated industry standards.
• Automation: Policy-as-code workflows.
• Security: Restricts invalid resources.
• Integration: Kubernetes-native policies.

Interviews test OPA for enterprise governance.

54. How does ArgoCD handle secret management?

ArgoCD uses external operators like Sealed Secrets or Vault for secure secret management. Interviews test integrations for handling credentials in enterprise-grade MNC GitOps deployments, ensuring security and compliance.

Troubleshooting Methods

55. What are common ArgoCD sync errors?

• Git Access: Authentication failures.
• Drift Issues: Cluster state mismatches.
• Resource Limits: Pod evictions.
• Validation Errors: Invalid manifests.
• Network: Cluster connectivity issues.
• Troubleshooting: Controller log analysis.

Interviews test error resolution for enterprise reliability.

56. When to troubleshoot ArgoCD sync failures?

Troubleshoot when sync status shows OutOfSync or Degraded.

Interviews test log analysis and manual sync commands for enterprise-grade GitOps stability.

Notifications aid rapid issue detection in MNC environments.

57. Where are ArgoCD logs accessed for debugging?

Logs are accessed via kubectl logs in controller pods or UI operation details. Interviews test log analysis for sync failures and performance issues in enterprise MNC environments with high performance.

58. Who handles ArgoCD troubleshooting?

SREs troubleshoot sync issues using kubectl describe.

DevOps engineers analyze manifests for errors.

Interviews test collaboration for enterprise GitOps reliability in MNCs.

59. Which commands verify ArgoCD status?

• argocd app list: Shows application status.
• argocd app get : Details app state.
• kubectl logs -n argocd: Controller logs.
• argocd app sync : Triggers sync.
• argocd app history : Views history.
• kubectl get pods -n argocd: Cluster status.

Interviews test CLI for enterprise management.

60. How do engineers resolve ArgoCD drift?

Resolve drift with argocd app sync or auto-self-heal configurations, triggering notifications for monitoring. Interviews test remediation strategies and logging for enterprise-grade MNC GitOps deployments, ensuring consistent state and compliance.

61. What are ArgoCD performance best practices?

• Caching: Optimize Redis usage.
• Resource Limits: Set pod requests.
• Sync Intervals: Reduce polling load.
• Monitoring: Prometheus for metrics.
• Sharding: Distributes repo load.
• Scaling: Increases controller replicas.

Interviews test tuning for enterprise scalability.

62. Why monitor ArgoCD metrics?

Monitoring metrics tracks sync success, resource usage, and error rates, enabling proactive management. Interviews test Prometheus integration for real-time insights in enterprise-grade MNC GitOps deployments, ensuring performance and reliability.

63. How to optimize ArgoCD resource usage?

Optimize with Horizontal Pod Autoscaler, resource quotas, and sharded repo-servers. Interviews test configurations for scaling controllers and repo-servers in enterprise MNC Kubernetes clusters, ensuring efficient resource allocation.

Integration Techniques

64. What is ArgoCD’s role in CI/CD integration?

ArgoCD automates continuous deployment by syncing Git manifests post-CI builds, ensuring seamless delivery. Interviews test webhook configurations for integrating with Jenkins or GitLab in enterprise MNC CI/CD pipelines.

• Webhooks: Trigger syncs on commits.
• Automation: Post-build deployments.
• Validation: Health and status checks.
• Notifications: Alerts on failures.

65. When to integrate ArgoCD with Helm?

Integrate ArgoCD with Helm for templated manifests in dynamic, multi-environment deployments. Interviews test Helm chart management for scalable enterprise GitOps with cloud support in MNC environments.

66. Where does ArgoCD fit in multi-cloud strategies?

• Multi-Cluster: Centralizes GitOps control.
• Cloud Providers: AWS, Azure integrations.
• Secrets: Manages provider credentials.
• Federation: Ensures cross-cloud consistency.
• Monitoring: Tracks multi-cloud syncs.
• Scalability: Supports large deployments.

Interviews test multi-cloud GitOps strategies.

67. Who integrates ArgoCD with CI tools?

DevOps engineers integrate ArgoCD with Jenkins, GitLab CI, or GitHub Actions for automated syncs. Interviews test webhook setups and pipeline configurations for enterprise-grade continuous delivery in MNC environments.

68. Which integrations enhance ArgoCD functionality?

Prometheus, Slack, OPA, and Vault enhance ArgoCD with monitoring, notifications, policy enforcement, and secret management. Interviews test configurations for enterprise-grade MNC GitOps environments, improving deployment workflows.

Integrations drive advanced capabilities.

69. How does ArgoCD scale for enterprises?

ArgoCD scales with sharded repo-servers, Redis clustering, and ApplicationSets for dynamic app creation. Interviews test configurations for managing thousands of applications in enterprise MNC Kubernetes clusters.

apiVersion: apps/v1 kind: Deployment metadata: name: argocd-repo-server spec: replicas: 4 selector: matchLabels: app: argocd-repo-server

70. What challenges arise in scaling ArgoCD?

• Git Polling: High repository load.
• Controller Overload: Resource exhaustion.
• Network Latency: Multi-cluster delays.
• Resource Limits: Pod evictions.
• Solution: Sharded deployments.
• Monitoring: Prometheus for insights.

Interviews test scaling strategies for enterprises.

71. Why use ArgoCD with Kustomize?

Kustomize enables environment-specific overlays for flexible manifest management. Interviews test Kustomize integration for scalable, customized GitOps in enterprise MNC deployments, ensuring adaptability across environments.

72. How to customize ArgoCD UI for teams?

Customize UI with themes, extensions, and SSO configurations in argocd-cm. Interviews test RBAC and branding for multi-tenant access in enterprise MNC GitOps environments, enhancing user experience.

Enterprise Monitoring

73. What is the role of ArgoCD notifications?

• Purpose: Alerts on sync events.
• Integrations: Slack, PagerDuty support.
• Triggers: Sync failures, successes.
• Automation: Reduces manual monitoring.
• Customization: Configurable webhooks.
• Visibility: Enhances team awareness.

Interviews test notifications for enterprise monitoring with automation.

74. When to use ArgoCD for security auditing?

Use ArgoCD for auditing with sync history, RBAC logs, and SIEM integration. Interviews test configurations for tracking changes and ensuring compliance in enterprise-grade MNC GitOps environments.

75. Where to find ArgoCD community resources?

Resources on argoproj.github.io, Argo Slack, and GitHub provide troubleshooting guides and best practices. Interviews test their use for solving enterprise GitOps challenges in MNC environments.

76. Who contributes to ArgoCD development?

Argo Project maintainers and MNC engineers contribute via GitHub, enhancing features like ApplicationSets. Interviews test knowledge of contributions for enterprise-grade GitOps advancements.

Community contributions drive innovation.

77. Which security features protect ArgoCD?

• RBAC: Granular access control.
• SSO: OIDC, SAML integration.
• Secrets: Encrypted credential storage.
• Webhooks: Policy validation.
• Audit Logs: Tracks user actions.
• mTLS: Secures cluster communication.

Interviews test features for enterprise security.

78. How to optimize ArgoCD for large-scale GitOps?

Optimize with sharded repo-servers, Redis clustering, and ApplicationSets for dynamic scaling. Interviews test configurations for managing thousands of applications in enterprise MNC Kubernetes clusters, ensuring efficiency.

apiVersion: apps/v1 kind: Deployment metadata: name: argocd-repo-server spec: replicas: 4 selector: matchLabels: app: argocd-repo-server

79. What ArgoCD trends influence interviews?

Trends include integration with Argo Workflows, multi-cluster federation, and ML-driven sync optimizations. Interviews test these for enterprise-grade GitOps deployments in MNC environments, focusing on scalability and automation.

80. Why use ArgoCD in hybrid cloud environments?

• Centralized Control: Manages multi-cloud clusters.
• Consistency: Uniform Git manifests.
• Integrations: Cloud-specific secrets.
• Federation: Ensures cross-cloud sync.
• Scalability: Handles large deployments.
• Monitoring: Tracks hybrid syncs.

Interviews test ArgoCD for hybrid GitOps.

81. How to measure ArgoCD performance?

Measure performance via sync success rates, deployment times, and error rates using Prometheus metrics. Interviews test metric analysis and Grafana dashboards for enterprise-grade MNC GitOps performance.

82. What is ArgoCD’s role in observability?

ArgoCD enhances observability with sync status, health checks, and notifications, providing real-time insights. Interviews test Prometheus and Grafana integrations for enterprise-grade visibility in MNC GitOps environments.

83. When to use ArgoCD for canary deployments?

Use ArgoCD with Argo Rollouts for canary deployments, enabling gradual traffic splitting. Interviews test metrics-based progression and rollback strategies for enterprise reliability in MNC environments.

84. Where to store ArgoCD secrets?

• Kubernetes Secrets: Stores credentials.
• External Tools: Vault, Sealed Secrets.
• Projects: Scopes access control.
• Repositories: Manages token access.
• RBAC: Restricts secret access.
• Audit: Tracks secret usage.

Interviews test secure storage for enterprise GitOps.

85. Who ensures ArgoCD performance?

SREs optimize controllers and sync intervals.

DevOps engineers tune resource allocations.

Interviews test accountability for enterprise-grade GitOps performance in MNCs.

86. Which metrics are critical for ArgoCD monitoring?

• Sync Success: Tracks deployment rates.
• Drift Detection: Identifies state mismatches.
• Resource Usage: Monitors controller metrics.
• Error Rates: Alerts on sync failures.
• Latency: Measures sync delays.
• Health: Validates application status.

Interviews test metrics for enterprise monitoring.

87. How to monitor ArgoCD cluster health?

Monitor health with kubectl get applications and Prometheus metrics, visualized in Grafana. Interviews test dashboard configurations for enterprise-grade GitOps health in MNC Kubernetes environments.

kubectl get applications -n argocd

88. What is ArgoCD’s role in compliance?

ArgoCD ensures compliance with immutable Git state, audit trails, and RBAC configurations. Interviews test webhook validations and policy enforcement for regulated enterprise deployments in MNC environments.

89. Why use ArgoCD with OPA Gatekeeper?

ArgoCD with OPA Gatekeeper enforces manifest policies via admission controllers, ensuring compliance. Interviews test integrations for secure, policy-driven GitOps in enterprise MNC infrastructures.

• Validation: Pre-sync policy checks.
• Enforcement: Policy-as-code workflows.
• Integration: Webhook-based policies.
• Compliance: Regulated environments.

90. When to use ArgoCD for blue-green deployments?

Use ArgoCD with Argo Rollouts for blue-green deployments, ensuring zero-downtime via traffic switching. Interviews test configurations for safe, metrics-validated rollouts in enterprise MNC environments.

91. Where to configure ArgoCD projects?

• UI: Project creation interface.
• CLI: argocd proj create command.
• Manifests: YAML-based definitions.
• RBAC: Policy-based access control.
• Repositories: Restricts source access.
• Namespaces: Scopes deployment targets.

Interviews test project setups for enterprise multi-tenancy.

92. Who contributes to ArgoCD community?

Argo Project maintainers and MNC engineers contribute via GitHub, enhancing features like rollouts. Interviews test knowledge of contributions for enterprise-grade GitOps advancements.

Community fosters continuous innovation.

93. Which integrations are trending for ArgoCD?

• Prometheus: Real-time metrics monitoring.
• Slack: Notifications for sync events.
• OPA: Policy enforcement integration.
• Vault: Secure secret management.
• Grafana: Visualizes performance data.
• Argo Workflows: Pipeline orchestration.

Interviews test integrations for enterprise capabilities.

94. How to integrate ArgoCD with Jenkins?

Integrate ArgoCD with Jenkins using webhooks to trigger syncs post-build. Interviews test pipeline configurations for automated, enterprise-grade continuous delivery in MNC GitOps environments.

95. What is ArgoCD’s role in disaster recovery?

ArgoCD supports disaster recovery with multi-cluster syncs, rollback capabilities, and Git-based state restoration. Interviews test configurations for resilient enterprise GitOps in MNC Kubernetes environments.

96. Why use ArgoCD for multi-tenant GitOps?

• Projects: Isolates team resources.
• RBAC: Granular access control.
• Repositories: Scopes source access.
• Clusters: Enables federated management.
• Security: Restricts unauthorized access.
• Scalability: Supports large teams.

Interviews test multi-tenancy for enterprise security.

97. When to use ArgoCD resource actions?

Use resource actions for manual sync, refresh, or terminate operations. Interviews test CLI commands like argocd app sync for interventions in enterprise deployments with strict compliance.

98. Where to access ArgoCD performance metrics?

Performance metrics are accessed via Prometheus endpoints, visualized in Grafana dashboards. Interviews test metric analysis for optimizing enterprise-scale GitOps in MNC Kubernetes clusters.

Metrics enable proactive performance tuning.

99. Who tests ArgoCD deployments?

DevOps engineers test syncs with synthetic manifests.

QA teams validate rollouts and health checks.

Interviews test staging environments for enterprise-grade GitOps reliability in MNCs.

100. Which tools integrate with ArgoCD for CI?

• Jenkins: Triggers post-build syncs.
• GitLab CI: Webhook-based integrations.
• GitHub Actions: Automates deployments.
• CircleCI: Coordinates CI pipelines.
• Bitbucket: Supports repository webhooks.
• Tekton: Kubernetes-native CI/CD.

Interviews test CI integrations for enterprise delivery.

101. How to monitor ArgoCD performance?

Monitor performance with Prometheus scraping controller metrics, alerting on sync failures via Grafana. Interviews test dashboard configurations for enterprise-grade GitOps health in MNC Kubernetes environments.

apiVersion: monitoring.coreos.com/v1 kind: ServiceMonitor metadata: name: argocd-monitor spec: selector: matchLabels: app: argocd

102. What is ArgoCD’s role in observability?

ArgoCD enhances observability with sync status, health checks, and notification integrations. Interviews test Prometheus and Grafana setups for real-time visibility in enterprise-grade MNC GitOps deployments.

103. Why automate ArgoCD with Terraform?

• Infrastructure as Code: Defines resources.
• Consistency: Reproducible cluster setups.
• Scalability: Provisions multi-cluster environments.
• Integration: Kubernetes provider support.
• Automation: Reduces manual configuration.
• Versioning: Tracks infrastructure changes.

Interviews test Terraform for enterprise GitOps efficiency.