Course Prerequisites
Sure, I can provide you with the minimum prerequisites in a format suitable for the FAQ section of the Koenig Solutions website:
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Basic Understanding of Containerization: Familiarity with container concepts and technologies such as Docker.
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Foundation in Cloud Computing: Knowledge of cloud computing principles and experience with cloud service providers like AWS, Azure, or GCP.
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Experience with Kubernetes: Understanding of Kubernetes architecture and basic experience with deploying applications on Kubernetes.
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Linux Fundamentals: Comfortable with Linux command line interface (CLI) and basic system administration.
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Networking Basics: Knowledge of networking concepts (e.g., IP addressing, DNS, load balancing) relevant to cloud and container environments.
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Familiarity with DevOps Practices: Awareness of the DevOps culture and practices, including continuous integration and continuous deployment (CI/CD).
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Understanding of YAML Syntax: Ability to read and understand YAML files, which are commonly used for configuration in Kubernetes and related tools.
Please note that while these prerequisites are intended to ensure that learners can follow the course effectively, learners with a strong interest in the subject and a willingness to engage with the course material may also succeed. We encourage all potential learners to evaluate their readiness and consider brushing up on any areas where they may need more background knowledge before starting the course.
RoadMaps
Target Audience for Mirantis Container Cloud
The Mirantis Container Cloud course provides in-depth training on cloud architecture, user management, and monitoring, tailored for IT professionals handling cloud infrastructures.
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Cloud Architects
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DevOps Engineers
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Site Reliability Engineers (SREs)
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Systems Administrators
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IT Operations Staff
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Security Engineers
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Software Developers with a focus on containerization and orchestration
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Infrastructure Engineers
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Technical Project Managers
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Cloud Consultants
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Cloud Infrastructure Designers
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Network Engineers involved in cloud-based solutions
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Technical Support Specialists working with cloud environments
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IT Professionals looking to skill up in cloud and container technologies
Learning Objectives - What you will Learn in this Mirantis Container Cloud?
Introduction to Learning Outcomes and Concepts Covered:
The Mirantis Container Cloud course equips learners with the expertise to architect, manage, and monitor containerized environments using Mirantis technologies, ensuring secure and efficient multicloud operations.
Learning Objectives and Outcomes:
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Understand the architecture and utilization of management, regional, managed, and attached clusters within Mirantis Container Cloud.
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Learn the step-by-step process of installing and setting up management and managed clusters for scalable operations.
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Gain proficiency in using Keycloak for managing user permissions within the Mirantis Container Cloud environment.
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Acquire the skills to integrate Lightweight Directory Access Protocol (LDAP) with Mirantis Container Cloud for user authentication and authorization.
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Develop the ability to manage permissions effectively to support multitenancy in complex cloud environments.
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Configure Stacklight for comprehensive logging and monitoring of container clusters, ensuring high availability and performance.
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Utilize Prometheus and Grafana to create insightful dashboards that provide real-time visibility into cluster metrics.
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Customize Stacklight configurations and learn to integrate third-party tools to extend monitoring capabilities.
-
Explore and analyze logs efficiently using Kibana, enabling quick troubleshooting and improved operational intelligence.
-
Establish a foundation for maintaining secure, resilient, and compliant container ecosystems across multicloud platforms.
Target Audience for Mirantis Container Cloud
The Mirantis Container Cloud course provides in-depth training on cloud architecture, user management, and monitoring, tailored for IT professionals handling cloud infrastructures.
-
Cloud Architects
-
DevOps Engineers
-
Site Reliability Engineers (SREs)
-
Systems Administrators
-
IT Operations Staff
-
Security Engineers
-
Software Developers with a focus on containerization and orchestration
-
Infrastructure Engineers
-
Technical Project Managers
-
Cloud Consultants
-
Cloud Infrastructure Designers
-
Network Engineers involved in cloud-based solutions
-
Technical Support Specialists working with cloud environments
-
IT Professionals looking to skill up in cloud and container technologies
Learning Objectives - What you will Learn in this Mirantis Container Cloud?
Introduction to Learning Outcomes and Concepts Covered:
The Mirantis Container Cloud course equips learners with the expertise to architect, manage, and monitor containerized environments using Mirantis technologies, ensuring secure and efficient multicloud operations.
Learning Objectives and Outcomes:
-
Understand the architecture and utilization of management, regional, managed, and attached clusters within Mirantis Container Cloud.
-
Learn the step-by-step process of installing and setting up management and managed clusters for scalable operations.
-
Gain proficiency in using Keycloak for managing user permissions within the Mirantis Container Cloud environment.
-
Acquire the skills to integrate Lightweight Directory Access Protocol (LDAP) with Mirantis Container Cloud for user authentication and authorization.
-
Develop the ability to manage permissions effectively to support multitenancy in complex cloud environments.
-
Configure Stacklight for comprehensive logging and monitoring of container clusters, ensuring high availability and performance.
-
Utilize Prometheus and Grafana to create insightful dashboards that provide real-time visibility into cluster metrics.
-
Customize Stacklight configurations and learn to integrate third-party tools to extend monitoring capabilities.
-
Explore and analyze logs efficiently using Kibana, enabling quick troubleshooting and improved operational intelligence.
-
Establish a foundation for maintaining secure, resilient, and compliant container ecosystems across multicloud platforms.