Master storage: persistent volumes, PVCs, CSI drivers, dynamic provisioning, backups, snapshots & troubleshooting
π₯ 1,142 students
π September 2025 update
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- Course Overview
- ‘Kubernetes Storage (K8S-STO-106): 1500 Questions’ offers an unparalleled, hands-on deep dive into managing persistent storage in Kubernetes.
- Utilize 1500 meticulously crafted questions for rigorous problem-solving in data persistence, availability, and resilience for production Kubernetes.
- Explore advanced architectural patterns for stateful applications, ensuring robust data integrity, optimal performance, and seamless scalability.
- Transform expertise by designing, troubleshooting, optimizing, and securing Kubernetes storage solutions to meet enterprise demands.
- Join over 1,142 students, benefiting from a continuously updated curriculum reflecting latest industry advancements and best practices.
- Requirements / Prerequisites
- Foundational Kubernetes Knowledge: Solid understanding of core Kubernetes concepts (pods, deployments, services). Proficiency with `kubectl` and YAML is essential.
- Linux Operating System Proficiency: Comfort with Linux command line, file management, permissions, and basic networking.
- Core Storage Principles: Conceptual grasp of block, file, and object storage paradigms and their relevance in distributed systems is highly recommended.
- Problem-Solving Mindset: Eagerness to debug intricate systems, optimize performance, and methodically tackle complex technical challenges.
- Skills Covered / Tools Used
- PV and PVC Lifecycle: Master creating, configuring, and managing Persistent Volumes (PVs) and Persistent Volume Claims (PVCs), including lifecycle, binding, and reclaim policies.
- Advanced Storage Class Configuration: Design custom Storage Classes for diverse performance tiers, access modes, and provisioner parameters, optimizing for cost and durability.
- Dynamic Provisioning with CSI Drivers: Hands-on deploying CSI drivers for automated storage provisioning from cloud providers (e.g., AWS EBS) and distributed solutions (e.g., Ceph).
- Robust Data Resiliency & Protection: Implement comprehensive backup/restore. Explore advanced volume snapshotting for efficient data recovery and testing.
- Optimizing StatefulSet Storage: Configure and fine-tune storage for StatefulSets, ensuring stable network identities and unique persistent storage per replica.
- Systematic Troubleshooting & Diagnostics: Develop advanced diagnostic methodologies to quickly identify and resolve common storage issues and CSI driver misconfigurations.
- Storage Monitoring & Alerting: Monitor storage usage, I/O performance, and health indicators within Kubernetes, integrating with Prometheus and Grafana.
- Security Best Practices for Storage: Implement secure storage access via RBAC, encrypt data, and manage secrets for sensitive storage credentials.
- `kubectl` Proficiency: Become highly proficient with advanced `kubectl` commands and plugins for inspecting, modifying, and managing all Kubernetes storage objects.
- Benefits / Outcomes
- Become a Kubernetes Storage SME: Possess an in-depth, practical understanding of Kubernetes storage, confidently designing and maintaining complex stateful workloads.
- Architect Resilient Stateful Architectures: Design and implement highly available, fault-tolerant, and performant storage solutions for mission-critical Kubernetes applications.
- Proactively Troubleshoot Complex Storage Incidents: Develop diagnostic skills to swiftly identify, analyze, and rectify persistent volume, PVC, CSI driver, and storage system issues.
- Optimize Storage Performance & Cost: Select appropriate storage types, configure optimal access modes, and fine-tune parameters for superior performance and maximized cost efficiency.
- Establish Robust Data Protection Strategies: Proficiently establish comprehensive backup, snapshot, and replication strategies to safeguard application data against various failure scenarios.
- Boost Career Prospects: Acquire critical, highly demanded skills in cloud-native computing, becoming an invaluable asset for organizations adopting or scaling Kubernetes.
- PROS
- Unprecedented Practical Depth: The “1500 Questions” methodology ensures unparalleled hands-on problem-solving and exposure to diverse real-world scenarios.
- Comprehensive Skill Development: Covers the entire spectrum of Kubernetes storage, from fundamental concepts to advanced CSI driver implementations and robust data protection.
- Immediate Applicability: Skills acquired are directly and immediately transferable to production environments, enabling participants to contribute value from day one.
- Vendor-Agnostic and Cloud-Native Focus: Principles taught are universally applicable across on-premise, hybrid, and multi-cloud Kubernetes deployments, despite cloud examples.
- CONS
- Demanding Intensity and Time Commitment: The volume of questions and deep practical engagement require significant time and self-motivation, potentially overwhelming for quick overviews or those lacking prerequisites.
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