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Mirantis Cloud Native Platform Bootcamp (CN253) Self-Paced On-Demand
Duration
4
Course
MIR-OND-CN253
Available Formats
Self-Paced Training
Course Description
Overview
In this intense bootcamp, students will encounter containers for the first time, learn to orchestrate them into scalable, highly available applications orchestrated by Docker Swarm, and finally discover how to enhance the security of their entire software supply chain and production environments using Mirantis Kubernetes Engine and Mirantis Secure Registry. This bundle is ideal for students who are just starting out with containerization and want to leverage the full power of Swarm and the Mirantis orchestration platform as soon as possible.This on-demand course is hosted on an innovative platform that combines multi-disciplinary cutting-edge concepts in education, technology and curriculum development. The following features are included in the course:
- Constructivist approach to learning- i.e “learn by doing.”
- Platform that puts the learner at the center of the experience.
- Gamification in which the learner earns points as levels are completed.
- Learn complex technologies in a fun and interactive environment.
- Lab Guides embedded in UI available in video and doc.
- Optimized search function.
- Earn a Mirantis Badge upon completion.
PLEASE NOTE: The course is valid for 1 year from date of purchase.
This course is one step in the following Learning Journey:
Objectives
Audience
System Operators & Administrators wanting to quickly learn the foundations of containerization and orchestration with Swarm, and become familiar with all the features of Mirantis Kubernetes Engine and Mirantis Secure Registry.
Prerequisites
- Familiarity with the bash shell: filesystem navigation and manipulation, command line text editors like vim or nano, common tooling like curl, wget and ping
Topics
- Use cases
- Comparison to virtual machines
- Container implementation from the Linux kernel
- Container lifecycle details
- Core container creation, auditing and management CLI
- Layered filesystem implementation and performance implications
- Creating images with Dockerfiles
- Optimizing image builds with multi-stage builds and image design best practices
- Docker native networking model
- Software defined networks for containers
- Docker-native single-host service discovery and routing
- Docker volume creation and management
- Best practices and use cases for container-external storage.
- Operational priorities of container orchestration
- Containerized application architecture
- Swarm scheduling workflow & task model
- Automatic failure mitigation
- Swarm installation & advanced customization
- Defining workloads as services
- Scaling workloads
- Container scheduling control
- Rolling application updates and rollback
- Application healthchecks
- Application troubleshooting
- Deploying applications as Stacks
- Swarm service discovery and routing implementation
- Routing strategies for stateful and stateless workloads
- Swarm ingress traffic
- Application configuration design
- Environment variable management
- Configuration file management
- Provisioning sensitive information
- Storage backend architecture patterns
- NFS backed Swarms
- What to monitor in production-grade Swarms
- Potential Swarm failure modes & mitigations
- Swarm workload monitoring
- Production-grade deployment patterns
- Containerized components of MKE
- Networking & System requirements for MKE
- Installing MKE via Launchpad for high availability
- MKE RBAC systems
- PKI, client bundle and API authentication
- Swarm and Kubernetes access control comparison
- Interlock for Swarm
- Istio for Kubernetes
- Sticky sessions, canary or blue/green deployments, and cookie usage for both orchestrators
- Generating and understanding MKE support dumps
- Finding critical information in support dumps for troubleshooting MKE
- Enabling and exporting API audit logs for disaster post-mortem
- Correlating MKE symptoms with components
- Probing and reading MKE state databases
- Recovering failed MKE managers
- MKE backups & restore
- Disaster recovery in event of critical MKE failure
- Production-grade deployment patterns
- Containerized components of MSR
- Networking & System requirements for MSR
- Installing MSR via Launchpad for high availability
- Integrating external storage into MSR
- MSR RBAC system
- Defeating man in the middle attacks with The Update Framework & Notary
- Content Trust usage in MSR
- Auditing container images for known vulnerabilities
- Setting up MSR security scanning
- Security scan integration in continuous integration
- Continuous integration pipeline architecture featuring MSR
- Promoting and mirroring images through pipelines
- Integrating MSR with external tooling via webhooks
- Image pruning and garbage collection strategies and automation
- Registry sizing strategy
- Content caching for distributed teams
- Correlating MSR symptoms with components
- Probing and reading MSR state databases
- Recovering failed MSR replicas
- MSR backups & restore
- Disaster recovery in event of critical MSR failure
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Self-Paced Training Info
Learn at your own pace with anytime, anywhere training
- Same in-demand topics as instructor-led public and private classes.
- Standalone learning or supplemental reinforcement.
- e-Learning content varies by course and technology.
- View the Self-Paced version of this outline and what is included in the SPVC course.
- Learn more about e-Learning
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Self-Paced Training Terms & Conditions
ONCE YOU PURCHASE THIS EXAM YOU WILL NOT BE ABLE TO CANCEL YOUR ORDER. You are billed for the course after hitting submit. Exams are non-refundable.
The Exam consists of 13 multiple choice and 42 discrete option multiple choice (DOMC) questions in 90 minutes.
- The Exam is designed to validate professionals with a minimum of 6 to 12 months of Docker experience.
- Remotely proctored on your Windows or Mac computer
- Available globally in English
- USD $195 or Euro €200 purchased online
- Results delivered immediately
- Exams can be canceled or rescheduled 48 hours before the scheduled appointment time. Failing to cancel or reschedule within this time will result in forfeiting exam fees.
- Your Certification will be valid for 2 years. You will be required to update your certification every two (2) years.
- In the event that you do not pass a Docker Certification exam, you may retake the exam, subject to the following conditions:
a) wait 14 days from the day you fail to take the exam again.
b) pay the exam price each time you attempt an exam.
For more information:Visit
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