The Red Hat OpenStack Technical Overview course is designed to provide a primer to learners on the Red Hat OpenStack Platform, an open-source cloud computing platform. It covers the essentials of cloud computing and how it's defined, as well as the specific components and capabilities of the Red Hat OpenStack Platform.
Through the course, participants will explore various modules that break down the platform's infrastructure, including Compute, Storage, and Network capabilities. The course also presents real-world use cases such as Infrastructure-as-a-Service (IaaS) and Private Cloud scenarios, Object Storage with streaming video, and networking for a telecommunication organization.
Demonstrations included in the course help solidify the concepts covered, and lessons on creating a Highly Available OpenStack Environment and Deploying the Red Hat OpenStack Platform are crucial to understanding the practical application of the technology. This course serves as a stepping stone for individuals looking to familiarize themselves with cloud infrastructure and OpenStack, setting the stage for more advanced exploration and potential certification.
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♱ Excluding VAT/GST
You can request classroom training in any city on any date by Requesting More Information
Certainly! Here are the minimum required prerequisites for successfully undertaking the Red Hat OpenStack Technical Overview course:
These prerequisites are designed to ensure that learners have a foundational knowledge base from which to build their understanding of Red Hat OpenStack. The course is introductory and aims to accommodate individuals who may be new to cloud computing or OpenStack.
The Red Hat OpenStack Technical Overview course offers insights into cloud infrastructure and services, tailored for IT professionals seeking to leverage Red Hat OpenStack.
Target Audience for the Red Hat OpenStack Technical Overview course:
Gain insights into the essentials of Red Hat OpenStack Platform, including its architecture, cloud concepts, and how it can be used for IaaS solutions and private cloud infrastructure.
A private cloud is a type of cloud computing that delivers similar advantages to public cloud, including scalability and self-service, but through a proprietary architecture. Unlike public clouds which are operated by third-party companies, a private cloud is dedicated to the needs and usage of a single organization. This ensures that an organization can achieve computing flexibility while maintaining control over management, security, and data compliance standards, similar to an on-premises data center. Red Hat OpenStack is a common technology that provides an infrastructure as a service (IaaS) platform to build and manage private clouds.
Cloud computing is the delivery of computing services over the internet, or "the cloud," including servers, storage, databases, networking, software, analytics, and intelligence. This allows users to access and store data without owning physical hardware or infrastructure. It offers flexibility, scalability, and cost efficiency by only charging for resources you use. Common platforms like Red Hat OpenStack provide technical frameworks to help manage these cloud resources, enhancing security and compatibility across various operating environments. Cloud computing supports everything from email services to data analysis and hosting websites, making it essential for modern business operations.
Compute generally refers to the process of using computer technology to perform tasks or calculations at various scales, ranging from personal computers to large data centers and the cloud. It encompasses the handling of data or operations on data, whether that's processing, calculating, or managing, via the hardware and software capabilities of the systems involved. In context, terms like 'red hat openstack technical overview' might come up, which specifically refers to a comprehensive guide on a particular type of cloud infrastructure service provided by Red Hat using OpenStack technology.
Storage in technology refers to saving data and information in digital form on various media types. It can be temporary or permanent and falls into two main categories: primary storage, like RAM, which is fast but volatile; and secondary storage, such as hard drives and SSDs, where data is preserved even when powered off. Modern advancements include network-attached storage (NAS) and storage area networks (SAN) that allow multiple devices to access data over a network. Efficient storage solutions are critical for data retrieval, security, and management, supporting everything from everyday computing to large enterprise operations.
A network connects computers, servers, and other devices, allowing them to communicate and exchange data. At its core, a network enables sharing of resources and information, whether local over cables and Wi-Fi in a small office, or across vast distances via the internet. Networks are essential for daily activities such as email, file sharing, and accessing the web. They are architecturally defined by structured cabling and managed through switches and routers that direct traffic efficiently, ensuring data reaches its intended destination securely and swiftly.
Object storage is a way of storing data that treats it as distinct units, called objects. Each object is kept in a large pool and not into folders or files, which is typical for more traditional file storage. Every object includes the data itself, a unique identifier, and metadata, making it easier to categorize and retrieve across multiple locations and devices. This method is highly scalable and is often used for storing large amounts of unstructured data, such as photos and videos, making it ideal for cloud environments where accessibility and scalability are crucial.
A Highly Available OpenStack Environment ensures that the systems built with OpenStack, a cloud computing platform, have minimal downtime and continue operating even if certain components fail. This is achieved by duplicating key components and using failover methods that automatically switch to backup systems when the primary ones encounter issues. The goal is to provide reliable cloud services to users and businesses, ensuring that applications remain available and performance does not suffer, even during hardware or software failures. This setup is crucial for maintaining continuous service and operational efficiency in critical applications and data management.
Deploying the Red Hat OpenStack Platform involves setting up an open-source cloud computing framework that runs on enterprise-level hardware to manage large pools of compute, storage, and networking resources throughout a data center. Users configure and control it through a web-based dashboard, command-line tools, or programmable automation. Each deployment caters to specific organizational needs, scalability, and security, ensuring that businesses effectively handle their workloads and applications by leveraging the advantages and technical capabilities of the Red Hat OpenStack environment. It sets a foundation for developing private or public clouds, enhancing business agility and hardware utilization.
The Red Hat OpenStack Technical Overview course offers insights into cloud infrastructure and services, tailored for IT professionals seeking to leverage Red Hat OpenStack.
Target Audience for the Red Hat OpenStack Technical Overview course:
Gain insights into the essentials of Red Hat OpenStack Platform, including its architecture, cloud concepts, and how it can be used for IaaS solutions and private cloud infrastructure.