 | OpenStack is growing at an unprecedented rate, and there is high demand for individuals who have experience managing this cloud platform. This course will teach you everything you need to know to create and manage private and public clouds with OpenStack. |
Audience
This course is for System Administrators who are primarily responsible for operating OpenStack clouds. Administrators and developers deploying applications and infrastructure on OpenStack will also benefit from this course. Knowledge in Linux System Administration, concepts and administration for network, storage and virtual systems is useful. Basic Linux command line skills are required.
Course Materials
As part of your registration, a printed copy of the course manual will be course manual will be provided. You’ll also receive 1 year access to LFS252 Fundamentals of Openstack Administration.
Course Outline
Essentials of OpenStack Administration
- Introduction
- Linux Foundation
- Linux Foundation Training
- Laboratory Exercises
- Registration
- Cloud Fundamentals
- The Cloud
- Conventional Data Center Architecture
- Virtualization
- Cloud Architecture
- Basic Tenets of Open Cloud Computing
- Managing Guests Virtual Machines with OpenStack Compute
- Using OpenStack Dashboard
- Using the python-novaclient Command Line Interfaces
- Components of an OpenStack Cloud
- General Introduction to OpenStack Components
- OpenStack Compute: Nova
- Overview of Hypervisor Backends
- OpenStack Image Service: Glance
- OpenStack Identity: Keystone
- OpenStack Block Storage: Cinder
- OpenStack Dashboard: Horizon
- Components of a Cloud – Part Two
- OpenStack Object Storage: Swift
- OpenStack Networking: Neutron
- OpenStack Monitoring: Ceilometer
- OpenStack Orchestration: Heat
- OpenStack DBaaS: Trove
- The Oslo Framework
- Reference Architecture
- Node Roles
- Best Practices
- Scalability
- Deploying Prerequisite Services
- Time Management: NTP
- Relational Database
- AMQP Server: RabbitMQ
- Deploying Services Overview
- Deploying A Service
- Deploying the Glance Image Service
- Deploying Networking with Neutron
- Advanced Software Defined Networking with Neutron
- An introduction to SDN
- Layer 2 Networking Primer
- An introduction to OpenFlow
- An introduction to Open vSwitch
- L3 and DHCP Primer
- An introduction to Linux Network Namespaces
- Understanding Neutron Packet Flows
- OpenStack Routing Models
- Advanced Software Defined Networking with Neutron – Part Two
- Alternative Neutron Backends
- The Neutron ML2 framework
- Distributed Cloud Storage with Ceph
- Introduction to Ceph
- RADOS Block Device
- RADOS Gateway
- Deploying a 3-node Ceph Cluster
- Using Ceph RBD for Glance Image Storage
- Using Ceph RBD for Cinder Block Storage
- radosgw for Swift-Compatible Object Access
- OpenStack Object Storage with Swift
- OpenStack Object Storage: Swift
- Deploying a 3-node Swift Cluster
- Interacting with Swift
- High Availability in the Cloud
- An introduction to High Availability
- An introduction to the Pacemaker High Availability Stack
- Resource Management in Pacemaker
- Highly Available OpenStack Reference Architecture
- OpenStack VM High Availability
- Cloud Security with OpenStack
- Keystone Authentication Model
- Network Security
- Hypervisor Security
- Monitoring and Metering
- Deployment Considerations for Cloud Monitoring
- OpenStack Ceilometer
- Metering
- Billing
- Cloud Automation
- Cloud Deployment
- Cloud Configuration Management
- Puppet
- Chef
- Full-Scale Deployment Tools
- Razor
- Crowbar
- MaaS
- Juju
- Heat
- Conclusion
- Fundamentals
- Components
- Reference Architecture
- High Availability
- Other features
- Fundamentals
- Components
- Reference Architecture
- High Availability
- Other features
- Evaluation Survey
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