LFS260 Kubernetes Security Essentials Training Course
Length
4 days / 4 weeks
Price
$249 USD
Days
Mon - Fri
Why Choose This Course
LFS260 Kubernetes Security Essentials is a practical, instructor-led course that builds the knowledge and skills needed to secure containerized applications and Kubernetes platforms across build, deployment, and runtime phases. It focuses on hardening clusters, defending workloads, and applying security best practices that reflect how modern teams operate Kubernetes in production.
The curriculum aligns with the competencies assessed by the Certified Kubernetes Security Specialist exam, helping learners connect day-to-day security tasks with the exam’s domains such as cluster setup and hardening, system hardening, minimizing microservice vulnerabilities, supply chain security, and monitoring, logging, and runtime security. This ensures that what you learn maps to widely recognized industry expectations for Kubernetes security skills.
Kubernetes security capabilities are in strong demand as organizations scale cloud native platforms and adopt DevSecOps practices. By learning how to harden clusters and workloads, enforce least privilege, reduce supply chain risk, and detect suspicious activity, you position yourself to support resilient platforms and contribute to security objectives without slowing delivery. The content is exam-aligned and grounded in current guidance from the Linux Foundation and CNCF. A certificate of course attendance is included.
Prerequisites
- Proficiency working with Kubernetes is expected; the course is ideal for professionals who already hold or operate at the level of a Certified Kubernetes Administrator.
Exam
- Candidates can achieve this certification by passing the following exam(s).
Certified Kubernetes Security Specialist (CKS) — Exam code: CKS.
Books
- LFS260 Kubernetes Security Essentials course material included.
Delivery
- Live virtual online training attend in real-time from anywhere
Skills Gained
- Apply security best practices to Kubernetes during build, deployment, and runtime
- Secure and harden the Kubernetes control plane and API server settings
- Configure role-based access control and least-privilege service accounts
- Implement pod security standards and workload security contexts
- Define and enforce Kubernetes network policies for traffic segmentation
- Protect node metadata and endpoints; review cluster settings against benchmarks
- Manage and protect Kubernetes secrets and in-cluster sensitive data
- Secure software supply chains with image signing, validation, and SBOM practices
- Perform static analysis and image scanning to minimize vulnerabilities
- Configure TLS for ingress and enable encryption of data at rest where applicable
- Use kernel hardening tools (for example, AppArmor and seccomp) for runtime defense
- Enable auditing, logging, and runtime threat detection for incident visibility
Audience
- Kubernetes administrators and platform engineers responsible for cluster security
- DevOps and DevSecOps practitioners implementing security controls in CI/CD and runtime
- Cloud security engineers and site reliability engineers working on Kubernetes platforms
Course Schedule & Pricing
Choose the schedule that fits your life — all options include full course materials & certification support
Full-time immersion for rapid certification readiness.
Balance your career while you upgrade your skills.
Maximum flexibility for busy working professionals.
Outline
- Cloud security principles for containerized environments
- Preparing for secure cluster installation and baseline configuration
- Installing and validating clusters with security in mind
- Hardening the kube-apiserver configuration and access paths
- Using CIS-aligned reviews of Kubernetes components where applicable
- Configuring TLS for ingress and service endpoints
- Protecting node metadata and sensitive endpoints
- Implementing role-based access control for least privilege
- Managing service accounts and disabling unnecessary defaults
- Applying pod security standards and workload security contexts
- Defining Kubernetes network policies for egress and ingress control
- Minimizing host OS footprint and external network exposure
- Using seccomp and AppArmor profiles for runtime hardening
- Managing and encrypting secrets and sensitive configuration
- Implementing isolation strategies such as multi-tenancy and sandboxed containers
- Scanning images and workloads; enforcing trusted registries
- Incorporating SBOMs and signature verification in the supply chain
- Enabling audit policies and cluster logging for security events
- Monitoring runtime activity and detecting anomalies or threats
- Reviewing and remediating issues discovered via benchmarks and scans
- Domain review and exam-aligned practice to consolidate learning
Terms & Conditions
Frequently Asked Questions (FAQ's)
Is LFS260 good preparation for the CKS certification?
Do I need to be CKA-certified before taking this course?
What Kubernetes security topics are covered?
Our Partnership
Reliable certification testing is vital for validating professional skills in today’s tech-driven world. As a Pearson VUE Authorised Centre, we provide a secure environment for globally recognised IT exams. This partnership ensures convenient access to certifications with the highest standards of integrity and accuracy.
Our Accreditations
