Cloud Basics: Cloud 2022 beginner
Technology:
Expertise:
- 20 Courses | 20h 50m 54s
- 10 Books | 46h 21m
- 10 Courses | 11h 3m 19s
- 4 Books | 29h 4m
- 8 Courses | 8h 21m 21s
- 17 Courses | 15h 25m 36s
- 4 Books | 24h 43m
- Includes Lab
- 13 Courses | 12h 50m 29s
- 2 Books | 10h 57m
- 12 Courses | 14h 17m 10s
Explore the core concepts of the Cloud, including the basics of cloud computing, why it's so popular, and where to begin.
GETTING STARTED
Defining Cloud Computing for Decision-makers: Cloud Computing Principles
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1m
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9m 58s
GETTING STARTED
Cloud Data Architecture: Cloud Architecture & Containerization
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1m 39s
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3m 56s
GETTING STARTED
Business Transformation Through IT: Cloud Computing for Decision Makers
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57s
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9m 5s
COURSES INCLUDED
Introduction to Cloud Computing
Cloud computing refers to the delivery of various computing services over the Internet. It is quickly transforming IT operations and innovation for businesses and individuals alike. In this course, explore what cloud computing is, its importance, and cloud computing's history and characteristics. Next, examine how cloud computing transforms IT operations and reduces costs and how cloud computing supports digital transformation. Finally, learn about various cloud computing/deployment models and future trends in cloud computing, such as edge computing and AI integration. After course completion, you will be able to outline cloud computing's significance, characteristics, and impacts on IT operations.
8 videos |
30m
Assessment
Badge
CompTIA Cloud Essentials+: Essential Cloud Principles
Use this course to get started with Cloud computing while also preparing yourself to take the CompTIA Cloud Essentials+ (CLO-002) certification exam. Learn how Cloud computer enables convenient on-demand access to a shared pool of configurable computing resources. Explore prominent computing models, disadvantages of in-house computing, and benefits of Cloud computing while also examining the required components to set up a cloud computing model and investigate features of cloud service delivery and deployment models. Examine the concept of shared resource pooling, the role of virtualization in cloud models, the lifecycles of applications and services deployed in the cloud, and why cloud is the best choice for resource management and application deployments. Go further by learning to recognize the shared responsibility model adopted by cloud and outline key steps involved in selecting and setting up the right PaaS solution and core components of a cloud infrastructure. Wrap up by practicing an IaaS and PaaS on AWS and Azure. Recap cloud service delivery modules to finish up this course.
14 videos |
1h 24m
Assessment
Badge
CompTIA Cloud Essentials+: Essential Cloud Networking
Cloud networking helps enterprises deliver information rapidly, reliably, and securely without bearing the cost of building and operating their own networks. In this course, you'll investigate the process of migrating to a cloud computing model from a legacy one. You'll explore the concept of a VPC, the key technologies to isolate VPCs from public clouds, and the CSP interface types to manage VPCs. Moving on, you'll examine how a DMZ works in the cloud and how to isolate a single DMZ network from others. You'll also explore how firewalls, the intrusion detection system, and virtual network interfaces work in the cloud. You'll then outline when and how to attach multiple network interfaces to an instance. Lastly, you'll investigate how SDN and DNS work in the cloud, use AWS to set up a VPN, and connect to cloud resources using various protocols. This course can be used in preparation for the CompTIA Cloud Essentials+ (CLO-002) certification exam.
14 videos |
1h 32m
Assessment
Badge
CompTIA Cloud Essentials+: Cloud Connectivity & Load Balancing
Cloud load balancing enables splitting workloads and computing properties to balance load and maximize resource utilization for better user experiences. In this course, you'll recognize techniques to implement load balancing in the cloud, including selecting the appropriate load balancer. You'll also explore the concept of the virtualization of hardware resources. Next, you'll examine the prominent load balancing architectures implemented in the cloud and the critical load balancer configuration attributes to manage load distribution and session data. You'll also identify common DNS servers to resolve hostnames into IP addresses and queries used to resolve names. Later, you'll identify the characteristics of the Remote Desktop Protocol (RDP) and Secure Shell (SSH) You'll then investigate disaster recovery failover in cloud. Lastly, you'll create and configure a load balancer and DNS routing. This course can be used to prepare for the CompTIA Cloud Essentials+ (CLO-002) certification exam.
14 videos |
1h 16m
Assessment
Badge
CompTIA Cloud Essentials+: Cloud Storage Technologies
In this course, you'll explore cloud storage in-depth, including standard storage systems and providers, thin and thick storage provisioning, cold, warm, and hot storage, and the different storage tiers. Next, you'll discover the methods and technologies used to protect data in the cloud, the differences between synchronous and asynchronous replications, and RAID. You'll learn about storage security threats and vulnerabilities and the mechanism used to secure data in transit and at rest.
16 videos |
1h 3m
Assessment
Badge
CompTIA Cloud Essentials+: Cloud Design Considerations
Monitoring and benchmarking are essential when designing cloud that considers disaster recovery, high availability, and failover. In this course, you'll recognize the cloud design considerations that provide the highest possible availability, the levels of redundancy that ensure services continue in the case of a disaster, and the procedures that can be implemented for disaster recovery and business continuity. Moving on, you'll examine common deployment architectures to address availability and resiliency, the parameters and performance indices monitored at each cloud deployment level, and the goals of benchmarking. Next, you'll examine the different failover scenarios prevalent in cloud and the prominent use cases for placement groups and single and multiple availability zones. You'll configure EC2 Linux instances, install the Iperf network benchmark tool, and test TCP and UDP network performance. Lastly, you'll benchmark network throughput on an Amazon EC2 Windows instance and configure active-passive failover with multiple primary and secondary record resources. This course can be used in preparation for the CompTIA Cloud Essentials+ (CLO-002) certification exam.
14 videos |
1h
Assessment
Badge
CompTIA Cloud Essentials+: Gap Analysis & Cloud Assessment
Cloud assessment helps derive business service models facilitating robust and cost-effective business and IT cloud service consumption and delivery. You'll start this course by examining the steps in a cloud readiness assessment before exploring the cloud transformation maturity model's stages and some potential transformation challenges. You'll then outline how to assess your current technology stack to determine cloud readiness and feasibility. Next, you'll investigate the business value of cloud adoption and of incorporating cloud into enterprise architectures. You'll then examine the cloud capability maturity model, the primary cloud considerations for business, and the technology and infrastructure architecture to achieve an appropriate cloud transformation strategy. Finally, you'll explore some gap analysis activities, the transition planning phase of cloud adoption, diagrams that depict various cloud architectures, and the cloud adoption framework's value. You can use this course in preparation for the CompTIA Cloud Essentials+ (CLO-002) certification exam.
14 videos |
1h 25m
Assessment
Badge
CompTIA Cloud Essentials+: Contracting with Cloud Service Providers
Before adopting cloud services, you need to calculate costs and establish the most appropriate contract with cloud providers. In this course, you'll explore the direct cost and financial implications of various aspects of cloud computing. You'll also examine cloud computing licensing models and subscription types and compare cloud computing's initial costs with the long-term benefits. Additionally, you'll list core considerations when establishing contracts for cloud service usage. You'll investigate requests for information (RFIs), cloud pricing models, the differences between fixed and dynamic pricing, and best practices for deriving cloud-based professional services. Moving on, you'll outline the end-to-end services provided by managed cloud service providers (CSPs) and the benefits of those services. You'll examine the essential components of SOWs for cloud managed services. Lastly, you'll configure cost estimates for AWS service usage using the AWS Pricing Calculator. You can use this course in preparation for the CompTIA Cloud Essentials+ (CLO-002) certification exam.
14 videos |
1h 2m
Assessment
Badge
CompTIA Cloud Essentials+: Cloud Adoption to Enhance Business Value
To achieve the desired business value from cloud adoption, you need to implement comprehensive planning, following a POC (proof of concept) and POV approach. In this course, you'll investigate the essential components of cloud-model service-level agreements (SLAs), explore the SLA metrics for IAAS, PAAS, and SAAS, and examine popular cloud service provider SLAs. Additionally, you'll outline how to create POCs and derive proofs of value for cloud computing. Next, you'll identify the critical factors of seamless cloud adoption, compare open source and proprietary clouds, and recognize the prominent cloud strategies for current and future enterprise usages. Moving on, you'll investigate how to drive cloud adoption efforts to capture targeted business value. Lastly, you'll recognize the cloud adoption framework lifecycle and use a matrix to identify the roles and responsibilities engaged in cloud adoption. You can use this course in preparation for the CompTIA Cloud Essentials+ (CLO-002) certification exam.
14 videos |
1h 18m
Assessment
Badge
CompTIA Cloud Essentials+: Security Considerations
Following secure cloud service design principles is a client consumer's top priority. Applying defense-in-depth principles and using cloud service provider security enablers can help achieve this. You'll start this course by examining the cloud service security taxonomy, identity and access management in cloud environments, authentication mechanisms provided by cloud platforms, and the components of an IAM strategy in the cloud. Next, you'll investigate the benefits of single sign-on, the prominent types of multi-factor authentication (MFA), and the fundamental design principles of federation. You'll then examine the Cloud Federation Reference Architecture. Moving on, you'll recognize common cloud deployment and enterprise data center security practices. You'll use Active Directory Federation Services to implement federated authentication, manage access to AWS resources, and enable virtual MFA devices for IAM users in public cloud. You can use this course in preparation for the CompTIA Cloud Essentials+ (CLO-002) certification exam.
15 videos |
1h 26m
Assessment
Badge
CompTIA Cloud Essentials+: Cloud Native Apps & Cloud Data Analytics
Building robust, scalable services and managing large volumes of data for analytics requires on-demand resource allocation and containerization. A cloud-native approach, which takes advantage of a cloud computing delivery model, can help with this. In this course, you'll investigate the principles and architecture of cloud native. You'll outline how to migrate existing apps to a cloud-native architecture, identifying the 12-factor app principles for building scalable and resilient enterprise applications. Next, you'll explore microservice architecture design patterns, containerization in the cloud, and some prominent public cloud provider container management platforms. Moving on, you'll run Docker-enabled containerized applications on Amazon Elastic Container Service (ECS) clusters. You'll investigate some cloud machine learning, cloud-based AI, and big data solutions and services. Lastly, you'll examine the benefits of managing big data architectures using cloud principles. You can use this course in preparation for the CompTIA Cloud Essentials+ (CLO-002) certification exam.
14 videos |
1h 13m
Assessment
Badge
CompTIA Cloud Essentials+: Utilizing Cloud Services
Cloud facilitates the secure deployment of diversified solutions like IoT, blockchain, and VDI to simplify autonomous application development. In this course, you'll explore primary considerations when deploying these solutions. You'll start this course by examining digital marketing in relation to cloud computing, technologies that help create and implement autonomous systems, and the features of blockchain-based decentralized cloud solutions. Moving on, you'll explore the role of cloud computing in Internet of Things (IoT), working with an IoT solution built on AWS IoT. Next, you'll deploy a cloud desktop using Amazon Workspaces and AWS Directory Service to illustrate the benefits of a virtual desktop interface (VDI) for creating virtualized desktop environments on remote server setups. You'll also explore self-service cloud computing platforms. Finally, you'll investigate cost management and security considerations for cloud selection and implementation. You can use this course in preparation for the CompTIA Cloud Essentials+ (CLO-002) certification exam.
14 videos |
48m
Assessment
Badge
CompTIA Cloud Essentials+: Cloud Migration Strategies
Selecting the right cloud migration strategy helps improve user experience and balances the business and technical efforts required to complete cloud migration. In this course, you'll investigate the cloud migration strategy and the steps to derive a roadmap for migrating to the cloud. You'll also examine the different types of cloud migration strategies, which involve the six Rs of migration, along with the methods, techniques, and tools used to support cloud migration. Next, you'll investigate the steps and deliverables used to migrate workloads to hybrid cloud, the phased cloud migration strategy, and the checklist for successful cloud migration. Finally, you'll investigate the best practices for optimizing the lift-and-shift migration policy, the differences between migration and modernization, and the critical problems and best practices for migrating legacy systems.
9 videos |
44m
Assessment
Badge
Cloud Data Platforms: Cloud Computing
Cloud computing has revolutionized the way we build, deploy, and maintain applications. Due to this paradigm shift, many businesses now rent rather than own IT infrastructure. This new way of approaching infrastructure requirements has given way to multiple cloud computing models, such as Software as a Service (SaaS), Platform as a Service (PaaS), Infrastructure as a Service (IaaS), and Function as a Service (FaaS). Knowing what your options are for cloud computing can help you choose the best models for your needs. Use this course to gain a solid foundational understanding of cloud computing. Compare various cloud service providers based on services, available tools, and pricing. Learn about real-life use cases for cloud computing and how businesses can benefit from this ever-evolving technological feat. When you've completed this course, your newfound knowledge of cloud computing will help you decide how it can help your business.
12 videos |
46m
Assessment
Badge
Cloud Data Platforms: Cloud-based Applications & Storage
Cloud-based applications have now become a norm due to zero upfront costs and ease of management. Deployment of cloud-based applications can get a digital product to a wide market without the need to purchase costly server equipment and hire hardware professionals. Use this course to learn about the characteristics of cloud-ready applications and the different concepts, tools, and techniques related to deploying and managing cloud applications. Start by discovering key concepts related to cloud storage technologies and platforms. You'll also examine and compare Hadoop Distributed File System (HDFS) and Amazon Simple Storage Service (S3). Finally, you'll get a chance to explore data centers and their major types. After you've finished this course, you'll be able to identify cloud-ready applications and implement tools and solutions to make them ready for cloud deployment.
12 videos |
48m
Assessment
Badge
Cloud Data Platforms: AWS, Azure, & GCP Comparison
In order to utilize cloud computing, systems need to be connected to cloud data platforms. AWS, Azure, and GCP are the three big competitors in the cloud data platform space. Furthermore, cloud computing also has its own set of challenges that need to be understood, in order to apply it properly and without issues. Use this course to learn about some of the available cloud data platforms. Discover cloud analytics, available cloud analytics tools, and the pros and cons of each platform. Explore the current challenges of cloud computing, along with what the future looks like for cloud computing technology. When you've completed this course, your newfound knowledge of cloud data platforms, analytics tools, and the challenges related to cloud computing will help you decide on the right fit for your organization.
12 videos |
50m
Assessment
Badge
Leveraging Cloud, DevOps, and Internet of Things
Cloud computing and the Internet of Things are IT trends that continue to revolutionize how organizations store, manage and collect data. In this course, you'll explore how the cloud works and how it can help businesses scale, perform, and collaborate. Explore why organizations are focusing on Cloud technology and discover how organizations are leveraging it to improve performance and growth. You'll also explore the Internet of Things and describe how it can be used to collect and exchange data. Explore why organizations are focusing more on the Internet of Things and discover the potential implementation challenges organizations face. Lastly, explore how organizations can use DevOps to develop software, and discover the potential challenges of DevOps implementations. This course was originally created by Global Knowledge (GK).
18 videos |
1h 6m
Badge
Cloud Computing Fundamentals: Introduction
More and more companies today are moving applications and business processes to the cloud. Explore cloud computing, from its inception to its current core attributes and service models.
6 videos |
36m
Assessment
Cloud Service Models & Benefits and Issues
The Cloud offers enticing benefits to businesses; however, there are also drawbacks. Explore various cloud service models along with the advantages and disadvantages that the Cloud has to offer.
11 videos |
52m
Cloud Computing Fundamentals: Security
Network infrastructure security is a major concern for most organizations, especially when moving to the Cloud. Explore cloud security challenges and guidelines that can be used to ensure an adequate level of security.
10 videos |
57m
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COURSES INCLUDED
Defining Cloud Computing for Decision-makers: Cloud Computing Principles
The cloud has various deployment and service models that can help an organization design their very own cloud strategy based on their needs. In this course, you'll learn about components of cloud computing including storage, compute, data management, monitoring, code management, and process and deployment management. Investigate cloud deployment models (public, private, hybrid, and community) and serverless architectures such as Backend as a Service (BaaS) and Function as a Service (FaaS). Explore cloud service models such as Infrastructure as a Service, Platform as a Service, and Software as a Service and discover common use cases for each. Finally, learn about cloud deployment architectures and security considerations including lack of control, data breaches, and compliance. After course completion, you'll be able to recognize cloud deployment and service models and key cloud security considerations.
15 videos |
1h 40m
Assessment
Badge
Defining Cloud Computing for Decision-makers: Cloud Business Model
Cloud computing enables on-demand availability over the Internet of common resources such as applications, storage, and processing power. In this course, learn about cloud computing characteristics, how cloud computing can help reduce costs, and the key advantages of cloud computing agility. Next, examine common cloud computing maintenance tasks, the regulatory benefits of cloud computing, as well as the economics of cloud computing, regulatory considerations to take into account, and its potential impact on employees. Finally, explore some common cloud migration strategies used to move assets and services to the cloud. Upon completion, you'll be able to recognize factors to consider when pitching cloud computing.
15 videos |
1h 16m
Assessment
Badge
Business Value of the Cloud: The Cloud Computing Value Proposition
Many organizations have made the leap into introducing at least some cloud-based solutions, and many others are considering ways to do so. In this course, learn some of the most common reasons to use cloud computing and the considerations to take into account for doing so. Next, discover the different types and key characteristics of cloud computing and explore its common deployment models. Finally, examine the key business benefits of cloud computing in addition to a few of the most common challenges and risks to consider. Upon completion, you'll be able to recognize the best practices and key characteristics of cloud computing.
10 videos |
49m
Assessment
Badge
Business Value of the Cloud: Cloud Computing Case Studies
You most likely use at least a few cloud-based services every day without realizing it. If you're considering cloud implementation in your own organization, it's useful to look into how familiar companies have done it. In this course, examine how popular companies like Netflix, Pinterest, Spotify, and DigitalNZ have used cloud computing to increase their profits, find efficiencies, and improve service delivery to customers. Next, discover some of the pitfalls and risks of cloud computing. Finally, explore unsuccessful cloud migration experiences, including what went wrong and the causes and impacts of failures. Upon completion, you'll be able to recognize examples of successful and challenging cloud deployments.
7 videos |
22m
Assessment
Badge
Business Value of the Cloud: How the Cloud Impacts our Work
Understanding the ways cloud computing can benefit you, your work, your organization, and even your customers can help you choose the best ways to harness cloud solutions. In this course, learn positive ways that cloud computing can impact the way people work and how it can improve employee productivity. Next, explore the positive impacts of the cloud on businesses, including increased innovation, business continuity, and efficiencies. Finally, examine some of the challenges cloud computing might impose on work and the workforce, the benefits of using big data in the cloud, and how artificial intelligence and cloud solutions can offer value. Upon completion, you'll be able to recognize the benefits of the cloud on a workforce, business, and customers.
11 videos |
1h 4m
Assessment
Badge
Cloud Value Proposition: Major Cloud Players
When you research cloud providers, you'll typically see three major players: Amazon Web Services (AWS), Microsoft Azure, and Google Cloud Platform (GCP). Each provider offers similar services, such as storage, flexible computing, and networking options. However, each provider differs and operates in their own unique way. In this course, you'll explore how cloud innovations have evolved since 2010 and discover current trends in cloud computing. Explore selling points of each of the three major cloud players and discover the services, features, and challenges associated with each. Explore top cloud monitoring tools, discuss how they can help organizations improve performance, and list common factors to consider when choosing a cloud platform provider.
10 videos |
50m
Assessment
Badge
Cloud Value Proposition: Amazon Web Services for Decision Makers
Amazon Web Services (AWS) is a cloud computing platform that can help businesses grow or scale by offering on-demand compute power, content delivery, storage solutions, and other functionalities. In this course, you will learn about AWS features, including compute, storage, database, networking, analytics, machine learning, and security. Discover AWS benefits, including flexibility, automation, and cost savings. Explore AWS pricing and support models, and compare and contrast AWS with other cloud providers such as Azure and Google Cloud Platform (GCP). Explore AWS use cases such as archiving, blockchain, cloud operations, and serverless computing, and discover tools to build on AWS, including C++, Java, .NET, and Python. Lastly, discover how AWS can help build and deliver products using AWS and DevOps practices, and explore how AWS can help secure workloads and applications in the cloud.
14 videos |
1h 6m
Assessment
Badge
Cloud Value Proposition: Microsoft Azure for Decision Makers
Azure is a Microsoft-based cloud computing service that provides a range of cloud services including servers, storage, databases, networking, analytics, and more. In this course, you'll explore Azure features such as artificial intelligence, compute, containers, multi-cloud, and Internet of Things (IoT). Discover the tools available in Azure as well as how the pricing and support plans work. Explore possible challenges moving to Azure, including potential feature gaps, and compare Azure to other cloud providers such as Google Cloud Platform and Amazon Web Services. Discover software development solutions in Azure as well as built-in security features and integration and compatibility benefits. Finish by exploring strategies to increase return on investment using Azure as a primary cloud provider.
17 videos |
1h 47m
Assessment
Badge
Cloud Value Proposition: Google Cloud Platform for Decision Makers
Google Cloud Platform (GCP) is a suite of computing services for developing, deploying, and operating applications over the Internet. In this course, you'll explore the history of GCP and discover the benefits of its global infrastructure, regions, and zones. Explore GCP services such as AI, API management, compute, containers, analytics, databases, multi-cloud, and Internet of Things (IoT). Discover GCP developer tools, including Cloud Build, Cloud Code, Container Registry, and Cloud Tasks. Consider potential challenges and feature gaps when migrating to GCP and explore GCP customer support and pricing plans. Finally, discover how GCP can help organizations ensure regulatory and compliance requirements and explore how GCP can help improve business and performance and increase returns on investment.
14 videos |
1h 13m
Assessment
Badge
An Overview of Cloud Databases
Cloud databases are hosted on and often maintained by a cloud platform. The platform manages the hardware, networks, and OS, and users pay for the allocated or consumed resources. Through this course, learn what cloud-hosted databases have to offer, the factors that influence the adoption of a cloud database, and what to watch out for when using such systems. Explore the characteristics of cloud-hosted databases and the benefits and caveats of such services. Next, discover factors to consider when moving to the cloud. Finally, compare SQL and NoSQL systems and learn about some of the most powerful cloud-hosted database services. Upon completion, you'll be able to recognize the elements of different cloud databases and select the best option.
7 videos |
53m
Assessment
Badge
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COURSES INCLUDED
DevOps to CloudOps for Multi-cloud
Explore the differences between DevOps and CloudOps, the challenges and best practices associated with the implementation of CloudOps, and the cloud capabilities that we needs to integrate in existing DevOps implementations to transform DevOps to CloudOps. Discover the prominent multi-cloud management tools that we can use to implement CloudOps, how to select the right multi-cloud management tool, the differences between Hybrid cloud and multi-cloud along with the architectural designs that can lead to effective multi-cloud strategy. We will also discuss how to implement and optimize multi-cloud strategy in the enterprise, the CloudOps design scenarios for managing critical architectural and operational requirement of multi-cloud strategy, how to build DevOps pipelines for multi-cloud application deployment, how to eliminate operational challenges of multi-cloud using the Cloud Service Brokerage platform and mitigate the challenges of designing CloudOps solution for multi-cloud.
14 videos |
1h 14m
Assessment
Badge
CloudOps: Implementing SD-WAN to Optimize Environments
Implementing the right software-defined wide area network (SD-WAN) framework for the organization can help improve network management, decrease hardware costs, increase efficiency, and even enhance security. In this course, you'll explore the differences between traditional, software-defined networking, and a software-defined wide area network (SD-WAN). You'll learn about the advantages, working mechanisms, solution architecture, and primary components of SD-WAN. Next, you'll examine the topologies and deployment models that can be used to design SD-WAN overlays, along with prominent tools and applications that can be used to build, deploy, and maintain SD-WAN. You'll learn how to apply CloudOps in networks to simplify configuring, managing, and delivering the SD-WAN. You'll examine security challenges and best practices for secure deployment of SD-WAN and prominent Cisco SD-WAN architectures that can be implemented in AWS. You'll see approaches that can be used in an SD-WAN to transform complex legacy networks into easy-to-manage and scalable networks. Finally, you'll learn to configure AWS Transit Gateway, AWS-provided Cisco Cloud Services Router 1000V - BYOL, and VMware SD-WAN.
16 videos |
1h 14m
Assessment
Badge
Advanced CloudOps Deployments: Hybrid & Multi-cloud Scenarios
Aspiring cloud engineers need to move beyond working with single platform deployments, such as on-prem and cloud, to more complicated scenarios, such as hybrid and multi-cloud deployments. In this course, you'll explore the benefits of multi-cloud and hybrid cloud, common scenarios involving hybrid and multi-cloud deployment, and the multi-cloud DevOps framework for managing multi-cloud distributed environments. You'll examine best practices for achieving multi-platform deployment and the driving hybrid and multi-cloud design principles to set up multi-cloud environments. You'll also outline hybrid and multi-cloud deployment and architectural patterns, network topologies used to set up hybrid and multi-cloud environments, and approaches to adopting multi-cloud management. Lastly, you'll identify a multi-cloud operating model and outline techniques to transition to cloud and multi-cloud environments and troubleshoot application distribution issues in multi-cloud environments.
14 videos |
54m
Assessment
Badge
Advanced CloudOps Deployments: Deploying Multi-cloud Environments
Aspiring cloud engineers need to know how to select and use hybrid and multi-cloud deployment management services. In this course, you'll explore the AWS services for implementing hybrid and multi-cloud solutions and other multi-cloud environment application deployment tools. You'll configure AWS Outpost to run AWS services on-premises, Azure Arc to build hybrid deployment environments, and AWS, Azure, and GCP to connect with other public cloud platforms. You'll use AWS and Azure to set up dual or multi-cloud deployment environments. You'll examine how to back up multi-cloud environments and overcome disaster recovery challenges. Next, you'll configure Aviatrix networking software for an AWS multi-cloud network and LiveData for multi-cloud environment backup. Lastly, you'll use Terraform with VPNs to create secure, private, site-to-site connections between Google Cloud Platform and AWS.
15 videos |
1h 9m
Assessment
Badge
CloudOps Container Clustering: Clustering Containers
An aspiring cloud engineer needs to learn how to build upon DevOps architecture design fundamentals to formulate robust and sound container clustering strategies. In this course, you'll recall the concept of clustering and outline the different cluster architectures for failover and load balancing support. You'll outline what comprises a clustering topology, physical and virtual clusters, and enterprise application cluster management. You'll then name clustered environment resource managers, application containerization types, and containerized cluster implementation solutions. Next, you'll examine data center cluster virtualization and investigate hybrid cloud cluster architectures for multi and hybrid cloud solution delivery. You'll explore clustering in Docker, Kubernetes, and Docker Swarm. Lastly, you'll set up single control-plane Kubernetes clusters, Docker Swarm clusters for high availability, and high-performance compute node clusters in Amazon EC2.
14 videos |
59m
Assessment
Badge
CloudOps Container Clustering: Implementing Container Orchestration in DevOps
Container orchestration is an essential DevOps practice for managing containers in diversified environments. It provides portability and scalability by orchestrating containerized application management in multi-cloud environments. In this course, you'll start by examining cloud application-level orchestration, the orchestration layer, and the container orchestration tools for virtual machine and container allocation. You'll then outline the architectures used in multi-cloud and multi-cluster environments and cloud orchestration reference systems used for TOSCA-complaint container cluster federation. Next, you'll explore orchestration in managing multi-cloud environments and container orchestration in implementing CI/CD pipelines. You'll implement a pool of Docker hosts into a single virtual server and set up container clusters using Amazon Elastic Container Service and Fargate. Lastly, you'll deploy Azure Kubernetes Service clusters, use Kubernetes Cluster Autoscaler, and create multi-cloud Docker clusters with Docker Swarm.
14 videos |
57m
Assessment
Badge
Hybrid Environment Pipelines: Hybrid Cloud Transformation
Hybrid cloud solutions offer many benefits to growing enterprises. As a CloudOps engineer, you will likely face the challenge of successfully deploying a hybrid cloud solution. In this course, you'll explore the core components of a hybrid cloud solution, the business challenges driving their adoption, and how to develop roadmaps to achieve them. You'll identify the main pillars of hybrid cloud applications and the differences between hybrid, on-premises, and single cloud deployment solutions. You'll also examine considerations when deploying middleware using hybrid cloud solutions. Next, you'll outline a hybrid cloud migration strategy and the hybrid integration reference architecture. You'll name the cloud vendors providing end-to-end or elements of hybrid cloud solutions. Lastly, you'll compare the capabilities of the hybrid cloud solutions offered by AWS, Azure, Intel, and IBM.
15 videos |
59m
Assessment
Badge
Hybrid Environment Pipelines: DevOps Practices for Hybrid Environments
When managing a hybrid cloud environment, applying DevOps principles can aid with deployment complexity, legacy app modernization, and Agile and CI/CD process implementation. In this course, you'll learn how to enable DevOps in a hybrid cloud environment, recognizing the associated challenges, the role of containerization and DevOps deployment strategies, and the implementation process of CI/CD. You'll then examine the challenges, best practices, and tools for monitoring hybrid clouds. You'll also recognize the workload combination used to build hybrid architectures, the tools used to design conceptual architecture and set up CI/CD mechanisms, and the benefits of hybrid CI/CD. You'll set up and configure hybrid cloud connectivity between AWS and on-premises environments, CI/CD processes for hybrid environments using Jenkins with Docker, and monitoring tools to monitor solutions deployed in hybrid environments.
14 videos |
53m
Assessment
Badge
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Planning Cloud Deployments
With a move to the cloud, you should understand what you are deploying and where to. This course starts by showing you how to choose a cloud deployment model. Then learn about analyzing and executing the requirements for a successful test cloud deployment. Choose the best testing techniques to get the information that you need. Next, see how to validate a test cloud deployment's success or failure to meet an organization's business needs. Conclude with a review exercise that covers the above.
8 videos |
37m
Assessment
Badge
Planning Cloud Networking
Cloud resources must be able to connect to each other and to any on-premises networked locations. This course will begin by looking at virtual networks on the cloud. Next, you will explore cloud deployment models, virtual network ports, and protocols. You'll learn how to configure cloud virtual networks. Then, securely integrate and connect cloud resources. Conclude by examining tools to troubleshoot on-premise and cloud networks. As an exercise, you will determine how to manage an IP space, make it secure, and troubleshoot any failed connections.
11 videos |
56m
Assessment
Badge
Planning Cloud Compute Resources
Cloud elasticity is largely based on the ability to assign and revoke memory and CPU resources. In this course, you will learn about virtualization memory allocation technologies, how to assign memory in the cloud, how to virtualize CPU allocation, assign CPU resources in the cloud, and how to identify hidden costs of cloud computing resource allocation. As a scenario exercise, you will determine memory and CPU configuration for a hypothetical company that would like to deploy a new order-entry web service in the cloud.
6 videos |
22m
Assessment
Badge
Planning Cloud Storage Resources
Cloud-managed IT generally always involves storing data in the cloud. In this course, you will study how to allocate storage in a cloud environment. Next, review cloud storage protocols and tiers, and their efficiencies. Then, examine cloud storage object provisioning types and how to work with cloud storage redundancy and security mechanisms. As a scenario exercise, you will choose an optimal cloud configuration for a hypothetical company with data centers in the Americas, EMEA, and APAC, that would like to deploy a new order-entry web service in the cloud.
10 videos |
1h 17m
Assessment
Badge
Planning Cloud Migrations & Extensions
One of the biggest challenges with moving to the cloud is just that - the migration of resources from on-premise solutions to cloud solutions. In this course, you will learn how to migrate workloads to the cloud, and identify cloud migration types. You'll compare migration with extension to the cloud and examine hybrid cloud security elements and their infrastructure. Finally, as a scenario exercise, you will specify a server migration strategy, including the configuration for internet-facing client access servers and what essential services you must provide.
10 videos |
1h 19m
Assessment
Badge
Security Configurations & Compliance Controls
The most prevalent concern with cloud computing is the question of security. Let's explore technologies used to secure cloud resources. In this course, you will see how to create a trustworthy cloud, use Public Key Infrastructure and tunneling protocols. See how to harden security for the cloud, based on cloud models. Examine cloud access control, authorization, authentication, and identification technologies. Study how to manage the account lifecycle in the cloud, and how to configure cloud policy settings. As a scenario exercise, you will identify which areas need enhanced security policies and their preferred solutions.
12 videos |
1h 26m
Assessment
Badge
Security Technologies & Automation Techniques
Security is an absolutely critical part of cloud deployments and must be configured correctly so valid users can access resources. In this course, you will explore a number of topics, including how to implement data classification in the cloud, secure cloud resources with segmentation, encryption, and audits. Learn how to enable multifactor authentication, and security services. Automate cloud security configuration. Explore the impact of cloud security. Troubleshoot authentication, cloud PKI, cloud ACLs, and cloud security vulnerabilities. Finally as a scenario exercise, you will find a security configuration that works at rest, in the cloud, and in transit.
13 videos |
1h 16m
Assessment
Badge
Cloud System Patching & Maintenance
A good maintenance plan is an important part of protecting the resources you keep in the cloud from security and performance issues. This course shows how to identify and patch cloud resources, as well as schedule, automate, and maintain cloud updates. As a scenario exercise, you will choose a patch process that will run the PowerShell DSC, and which will be automated to schedule rolling updates for a Microsoft Azure VM.
9 videos |
37m
Assessment
Badge
Cloud Disaster Recovery
Disasters are going to happen. This means that administrators must use the tools that let them survive even the worst-case scenarios. Explore disaster recovery technologies in this course. Consider cloud backup types, targets, and guidelines. See how to execute a point-in-time restore for an Azure SQL database. For governance, rate the capabilities of a service provider to provide disaster recovery. Weigh techniques to assure that a recovery site is available. Review components of a business continuity plan for the cloud. Study how to configure Azure SQL database geo-replication. As an exercise, create a backup plan that meets a scenario's goals.
9 videos |
36m
Assessment
Badge
Performance Management
In order to gauge success in a cloud deployment, administrators must be able to accurately monitor their environment. During this course, you will explore processes used to monitor and manage cloud environments. See how to monitor cloud environments, and use alerts and events to monitor cloud resources. Identify how to allocate cloud resources, trigger resource provision, and ensure that cloud resources meet baseline requirements. Learn how to adjust cloud resource allocation, and report metrics to meet service level agreement requirements. Finally, as an exercise, you will compare scaling in/out with scaling up/down, and recall how to configure a Microsoft Azure virtual machine alert.
8 videos |
34m
Assessment
Badge
Troubleshooting Deployments
In a perfect world, everything would be deployed correctly and without issues. In our world, we need to troubleshoot everything. In this course, you will learn how to troubleshoot systematically, and list the steps in order. Other topics include how to identify common cloud resource challenges; troubleshoot cloud machine connectivity; troubleshoot cloud VM storage and vCPU capacity issues. You'll also discover how to select the most likely cloud automation faults to address, and how to use the portal to view virtual machine logs. As an exercise, you will troubleshoot the most likely cause of a problem based on a scenario.
8 videos |
30m
Assessment
Badge
Cloud Services: Cloud Computing Concepts
Explore fundamental cloud computing concepts such as cloud service models, hosting options, and security considerations, among other topics covered in this 14-video course. Begin by examining cloud benefits, components, and service models; the differences between cloud computing roles such as cloud service customer, cloud service architect, and cloud auditor, and learn the differences between on-premises and cloud implementations. This leads to an overview of the IaaS (Infrastructure as a Service) cloud service model; the SaaS (Software as a Service) cloud service model, and what needs to be considered when using the PaaS (Platform-as-a-Service) cloud service model. Next, take a look at benefits and potential pitfalls for private cloud implementation; advantages and disadvantages of using a public cloud; benefits of using a hybrid cloud solution, and benefits and potential pitfalls of using a community cloud. Learners will examine the potential risks and benefits of migrating to the cloud, and explore common cloud vulnerabilities such as negligence, cyber threats, and system vulnerabilities.
14 videos |
57m
Assessment
Badge
Business Continuity: Cloud Integration
There are many factors to consider when integrating with a cloud computing environment. In this 14-video course, you will explore cloud data storage types, cloud security concepts, how to evaluate cloud service providers, and cloud infrastructure components. To begin, you will explore the six key stages in the cloud secure data lifecycle: create, store, use, share, archive, and destroy. Learn to recognize key access control considerations, and list network security concepts such as data and media sanitization. Next, you will examine virtualization security concepts such as hypervisor and container security. View the common threats against cloud computing infrastructure, and describe the considerations when evaluating cloud service providers. Learners then move on to the physical environment, and common cloud infrastructure components such as storage, network, virtualization, and compute. Learn to recognize how to analyze cloud risks, and list data security strategies such as encryption and key management. Also, you will explore data discovery techniques; data rights management, and finally, information rights management.
14 videos |
1h 3m
Assessment
Badge
Business Continuity: Secure Cloud Computing
In this 14-video course, learners will discover principles and concepts used to ensure secure cloud computing. Topics include disaster recovery, cloud security concepts, and retention. Begin by examining the requirements for business continuity strategy; recognize requirements for disaster recovery strategy, and recognize considerations when moving applications to the cloud. Learn how to differentiate between data ownership and data custody, and explore key legal considerations when moving to the cloud. Next, learn about the importance of performing a cost-benefit analysis, and then recognize the factors that can impact confidentiality, integrity, data integrity, and availability of cloud data. This leads into cloud offering services, and a look at benefits of cloud offerings such as Amazon Web Services (AWS) and Azure. Recognize functional security requirements such as portability, interoperability, and vendor lock-in. Design and plan security controls including on-premises physical controls, virtualization protection, and authorization. The final two tutorials examine the importance of retention policies and archiving procedures, and the considerations relating to traceability and accountability such as logging, event sources, and chain of custody.
14 videos |
48m
Assessment
Badge
Cloud Future: Adapting Cloud Innovation
The impact of future trends allow you to recognize how to build cloud-based applications and architectures that can adopt and adapt to emerging trends, technologies, and processes. In this course, you'll explore future trends in cloud computing and emerging technologies that can help with analyzing their impact on existing cloud operations and practices. You'll learn about solutioning strategies and resource types that can help with adopting emerging technologies and trending features in existing CloudOps architectures. Next, you'll examine cloud application design considerations and the inside-out and outside-in development strategies that can help with adopting and adapting to any futuristic upgrades. You'll learn about how to handle states at the service level, system architecture design considerations, and the use of Adapter pattern to build architectures that adopt and adapt to futuristic innovations. You'll examine the Minimum Valuable Increment design approach, the Manifesto for Future Generation Cloud Computing, and the manifesto areas that are relevant for aligning with the future research directions.
14 videos |
1h
Assessment
Badge
DevOps Support Administrator: Cloud Computing Essentials for Support Engineers
In this course, you'll explore the competitive advantage of cloud computing, the features of various types of virtualization implemented in the cloud, and the hypervisors that are used by popular public cloud providers. You'll examine how to choose the right cloud service model and the SaaS Enablement Framework components that can be used to build, manage, and deliver SaaS solutions. Next, you'll learn how to select the right cloud deployment model, create AWS HVM Linux AMIs, and manage custom deployment configuration on AWS. Finally, you'll look at how to deploy applications to Azure VMs, configure resource deployments with GCP Deployment Manager, and create Network File Systems on public clouds.
15 videos |
1h 6m
Assessment
Badge
DevOps Support Administrator: The Role of the Cloud Support Engineer
In this course, you'll explore IT support levels that can be structured to provide appropriate technical support and the skills required by traditional Support Engineers to play the role of a Cloud Support Engineer. Next, you'll look at the phases of the Cloud Adoption Framework that you need to follow to manage support services for Cloud. You'll learn about the Cloud Decision Support Framework, which you can adopt to define application migration processes, as well as the concept of Cloud Affinity Assessment. You'll move on to explore how to evaluate drivers and inhibitors of cloud adoption and the metrics that you can use to score potential solution candidate. You'll examine multi-cloud use cases that need to be considered to define support strategy and support levels and the Technical Support Services Guidelines for managing support for GCP resources. Finally, you'll learn how to create a support case, select the severity for AWS resources, and create new support requests from the Azure Portal.
13 videos |
48m
Assessment
Badge
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COURSES INCLUDED
Cloud Data Architecture: Cloud Architecture & Containerization
In this course, learners discover how to implement cloud architecture for large- scale data science applications, serverless computing, adequate storage, and analytical platforms using DevOps tools and cloud resources. Key concepts covered here include the impact of implementing containerization on cloud hosting environments; the benefits of container implementation, such as lower overhead, increased portability, operational consistency, greater efficiency and better application development; and the role of cloud container services. You will study the concept of serverless computing and its benefits; the approaches of implementing DevOps in the cloud; and how to implement OpsWorks on AWS by using Puppet which provides the ability to define which software and configuration a system requires. See demonstrations of how to classify storage from the perspective of capacity and data access technologies; the benefits of implementing machine learning, deep learning, and artificial intelligence in the cloud; and the impact of cloud technology on BI analytics. Finally, learners encounter container and cloud storage types, container and serverless computing benefits, and advantages of implementing cloud-based BI analytics.
10 videos |
44m
Assessment
Badge
Cloud Data Architecture: Data Management & Adoption Frameworks
Explore how to implement containers and data management on popular cloud platforms like Amazon Web Services (AWS) and Google Cloud Platform (GCP) for data science. Planning big data solutions, disaster recovery, and backup and restore in the cloud are also covered in this course. Key concepts covered here include cloud migration models from the perspective of architectural preferences; prominent big data solutions that can be implemented in the cloud; and the impact of implementing Kubernetes and Docker in the cloud, and how to implement Kubernetes on AWS. Next, learn how to implement data management on AWS, GCP, and DBaaS; how to implement big data solutions using AWS; how to build backup and restore mechanisms in the cloud; and how to implement disaster recovery planning for cloud applications. Learners will see prominent cloud adoption frameworks and their associated capabilities, and hear benefits of and how to implement blockchain technologies or solutions in the cloud. Finally, learn how to implement Kubernetes on AWS, build backup and restore mechanisms on GCP, and implement big data solutions in the cloud.
13 videos |
1h 4m
Assessment
Badge
Hybrid Cloud Architecture & Deployment: Cloud Migration Essentials
Explore the various challenges, benefits, strategies, tools, and deployment models associated with cloud migration. In addition, examine essential components, models, and decision matrix using cloud reference architecture. The key concepts in this course include: challenges businesses face when migrating to the cloud; cloud migration strategies that can be adopted to migrate business applications to the cloud; and the 6-R approach of cloud migration and essential factors used to choose the right approach. Learners will also learn about the 7-step methodology of cloud migration that can enable migration from on-premise platforms to cloud platforms; cloud deployment models, their advantages and disadvantages; cloud assets that can affect inbound and outbound data transfer costs; and the approach of building migration roadmaps with cloud migration framework. Next, examine tools to implement cloud migration; steps involved in deriving architectures and migrating applications to the cloud using based on a scenario; and prominent components, models, and decision matrix involved in cloud migration using generic cloud reference architecture. Finally, you will learn about cloud migration tools and their challenges and benefits.
12 videos |
1h 18m
Assessment
Badge
Hybrid Cloud Architecture & Deployment: AWS Data & Service Migration
Explore the concepts of cloud, database, and server migration using various tools and services provided by Amazon Web Services (AWS). Examine concepts such as refactoring, replatforming, rehosting, and repurchasing. Key concepts covered in this course include: differences between replatforming and refactoring migration approaches using real-time scenarios; rehosting for cloud migration and rehosting tools; and the essential drivers of repurchasing and the benefits associated. Next, learn about services that make migrating servers and databases easier and faster; essential approaches of managing data migration in AWS using Amazon S3 Transfer Acceleration, AWS Snowball, and Amazon Kinesis Firehose; and how to import virtual machine (VM) images from existing on-premises environments to Amazon EC2 instances and export them back. Then study steps involved in migrating web applications to AWS and AWS featured services used during cloud migration processes. Learners will see how to migrate enterprise web applications to AWS; steps involved in migrating dockerized monolithic applications to containerized microservices on AWS; and using cloud migration tools provided by AWS to manage data migration, and specify benefits associated with repurchasing.
12 videos |
1h 19m
Assessment
Badge
Hybrid Cloud Architecture & Deployment: AWS Services & Application Migration
Explore cloud migration strategies, tools, and services involving Amazon Web Services (AWS), as well as how to migrate critical services and implement end-to-end migration of enterprise applications. The key concepts in this course include phases involved in migrating existing applications to the cloud; migration tools and services provided by AWS; and essential features provided by AWS DirectConnect to connect and transfer critical data from an on-premises environment to the cloud. Next, survey steps involved in migrating e-mail services to AWS; how to migrate Domain Name System (DNS) from GoDaddy to AWS Route 53; and how to migrate single-tier applications to AWS with rebuild and rearchitect approaches. You will learn how to migrate multi-tier applications to AWS with the refactor and rehost approaches; end-to-end migration of web enterprise applications from an on-premises environment to AWS; and how to migrate services from ECS containers to AWS Fargate. Finally, learn how to migrate e-mail services to AWS, enterprise applications to AWS, and services from Elastic Container Service (ECS) containers to AWS Fargate.
11 videos |
1h 9m
Assessment
Badge
Hybrid Cloud Architecture & Deployment: AWS Migration Management
Examine the approach of migrating data and services to AWS using the data, service, and server migration services provided by Amazon Web Services (AWS). In addition, this course explores how to work with the Cloud Readiness Assessment tool and secure migration services. Key concepts covered include: how to migrate data from MongoDB to DynamoDB; the components and features of AWS Database Migration Service and how to implement its security; and the process of migrating large data stores using AWS Snowball Edge. You will examine best practices that should be applied when working with the AWS Database Migration Service; working with AWS Cloud Readiness Assessment tool; and steps involved in migrating on-premises workloads to AWS; the various on-premise and AWS services used to efficiently migrate various components. Then learn to specify approaches of managing secure server workload migration on AWS; and the process of migrating large data stores using AWS Snowball Edge, migrate data from MongoDB to DynamoDB, and migrate on-premises workloads to AWS.
11 videos |
1h 1m
Assessment
Badge
Hybrid Cloud Architecture & Deployment: Implementing Migration in Azure
Explore the Azure cloud reference model, Cloud Adoption Framework, and use of cloud architecture in migration. Cloud migration is moving data, application, and various other business elements from an on-premises environment or platforms to cloud environments or platforms. In this course, examine prominent Azure cloud migration tools and cloud migration strategies for Azure. Key concepts covered include: how to use the Azure Cloud reference model for scalability, availability, manageability, and security; the steps involved in adopting Microsoft Cloud Adoption Framework for Azure; and the process flow of Azure cloud migration. You will learn about cloud migration plans in order to adopt appropriate roadmap of cloud migration; Azure cloud migration strategies (rehost, refactor, rearchitect, and rebuild); and capabilities of Azure cloud migration tools. Next, see Azure tools that can be used to migrate data to Azure; demonstrations of working with Azure Storage Explorer to migrate data to Azure; and the process flow for Azure cloud migration. Learn about Azure cloud migration strategies and Azure-compliant cloud migration tools, and data migration to Azure with Azure Storage Explorer.
10 videos |
46m
Assessment
Badge
Hybrid Cloud Architecture & Deployment: Azure IaaS & Data Migration tools
Explore Microsoft tools for migrating cloud data, services, and platforms to Azure, as well as implementing Azure Resource Manager (ARM) templates to migrate virtual machines (VMs) and storage accounts. In this course, key concepts include: using Microsoft Data Migration Assistant to upgrade to a modern data platform; how to migrate an Azure VM to another region; and benefits of migrating IaaS to Azure Resource Manager. Learn to recognize scenarios where IaaS resources can be migrated from Classic Azure to Azure Resource Manager; to migrate VMs in a virtual network; and to migrate storage accounts. Then learn to rebuild monolithic applications into containerized microservices; create Azure Resource Manager templates using the Azure Docker extension; and migrate on-premises resources to Azure using ARM templates. Next, create an ARM template with Azure Platform to host applications using Azure Docker Extension, and migrate an Azure web app to Azure Service Fabric with rearchitecting. Finally, learn to migrate an Azure VM to another region, migrate an AWS VM to an Azure VM, and create an ARM template with Azure Docker extensions.
13 videos |
53m
Assessment
Badge
Hybrid Cloud Architecture & Deployment: Adopting Migration Strategies
Discover how to migrate web applications, SQL servers, sites, and databases to Azure using migration tools and services such as Data Migration Assistant, App Service Migration Assistant, and Azure Database Migration Service. Key concepts covered in this cloud migration course include: how to migrate web applications from on-premise platforms to Azure; the lift and shift approach of migrating existing .NET web applications to Azure; characteristics of the Data Migration Assistant tool that can be used to migrate services; and use of on-premises infrastructure for migration and how to set up Azure infrastructure to complete the migration. You will learn about Microsoft migration tools and services that can be used to simplify database migration to Azure; Azure Database Migration Service features; and how to migrate SQL servers to a single Azure SQL database offline with Azure Database Migration Service. Next, learners see how to migrate on-premises a web application to Azure, migrate sites to Azure using the Linux site migration tool, and migrate SQL servers to an Azure SQL database using the Azure Database Migration Service.
9 videos |
44m
Assessment
Badge
Hybrid Cloud Architecture & Deployment: Azure Migration Tools & Best Practices
Explore practical migration scenarios involving MongoDB to Cosmos DB, and SQL Server Integration Services (SSIS) and network workloads to Microsoft Azure. In this cloud migration course, discover how to work with Azure Migrate, and how to troubleshoot, secure, and manage cloud migration logs. Key concepts covered in this course include: practical migration scenarios of MongoDB to Azure Cosmos DB using DMS and the types of migration that can be configured; security recommendations that should be applied when working with Azure Security Center, a unified infrastructure security management system; and best practices used for setting up virtual networks and to help migrate business elements to the cloud. You will learn how to use Azure Migrate features and common issues of Azure Migration and approaches for troubleshooting them, including bandwidth issues, compatibility, portability or unsupported boot types or operating systems. Finally, study the types of Azure logs and their relevance in cloud migration, and the Azure Migrate features: migrate MongoDB to Azure Cosmos DB, and migrate SSIS to Azure.
8 videos |
43m
Assessment
Badge
Role of a Cloud Architect
In this course, you'll explore the critical roles and responsibilities of a Cloud Architect, the differences between the roles played by Solution Architects and Cloud Architects, and the cloud challenges that a Cloud Architect needs to manage. You'll learn about the planning solutions Cloud Architects use to automate and orchestrate multi-cloud applications, along with the Cloud Computing Reference Model and Cloud Governance Lifecycle, which are used for building cloud frameworks. Next, you'll look at tools and frameworks that can be used to assess cloud operations and identify the current capabilities of multi-cloud environments, as well as success factors that need to be considered as benchmarks for identifying business values of cloud architectures. Finally, you'll learn about using the Target Operating Model to deliver value through appropriate cloud strategies and using the Multi-cloud Maturity Model and transformation workflows for building solutions for cloud delivery mechanisms.
14 videos |
1h
Assessment
Badge
Architecting Balance: Designing Hybrid Cloud Solutions
In this 12-video course, learners can explore differences between on-premises and hybrid cloud deployment and the challenges and benefits afforded by hybrid cloud architecture for machine learning solutions. Discover how to derive goals and design process for a successful hybrid cloud implementation. Begin by examining essential features afforded by cloud and cloud deployment models, and compare characteristics of on-premises and cloud deployment from perspectives of cost, hardware, software, mobility, and reliability. View factors influencing on-premises and cloud architecture; compare hybrid versus private versus public cloud; and use hybrid cloud assessment to identify appropriate scenarios for adopting a hybrid cloud architecture. Learners will be able to list essential factors to consider when deriving a hybrid cloud implementation strategy and architecture, and benefits and challenges of implementing hybrid cloud. Look at key considerations to determine whether to move and deploy applications to the cloud or retain them on on-premises environment, and demonstrate the steps involved in setting up hybrid cloud architecture. The concluding exercise involves recalling benefits of hybrid cloud and the differences between on-premises and hybrid cloud deployment models.
12 videos |
56m
Assessment
Badge
Architecting Balance: Hybrid Cloud Implementation with AWS & Azure
Explore the various services and components provided by Amazon Web Services (AWS) and Azure that can be used to implement hybrid cloud machine learning solution in this 13-video course. You will discover how to implement hybrid cloud environments by using AWS and Azure Stack. Learners begin by examining the critical use cases of implementing hybrid cloud using AWS, and the prominent AWS services that can be used to implement hybrid cloud solutions. Explore the cloudbursting application hosting model from the perspective of AWS, and recall the essential AWS services that provide integrated resource deployment management capabilities for hybrid cloud solutions. Implement a hybrid cloud environment that integrates on-premises Hadoop clusters with data lakes on AWS; recall the recommended principles and best practices of AWS hybrid cloud implementation, and essential Azure components for hybrid solutions. Explore Azure tooling for hybrid cloud; hybrid cloud implementation with Azure Stack; Azure DevOps for hybrid cloud; implementing hybrid cloud with Azure; and Azure services for hybrid cloud. The concluding exercise involves implementing a hybrid cloud with Azure.
13 videos |
1h 7m
Assessment
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Business Transformation Through IT: Cloud Computing for Decision Makers
Cloud computing enables the delivery of computing services such as storage, networking, and software over the Internet. This capability allows individuals or organizations to scale resources as needed, lower operating costs, and increase productivity. Explore how business transformation can allow you to shift or re-align business operations. Discover how to plan and prepare for business transformation-related changes, learn how to communicate changes to employees and stakeholders, and explore how information technology has revolutionized business operations. Next, examine the role of information technology (IT) decision makers and learn how to differentiate between brand-centric, multifocal, and aggregator decision makers. Discover how information technology helped grow and reduce costs for organizations prior to cloud computing, and explore challenges when adopting a digital-first mindset for business. Lastly, explore the differences between on-premise and cloud environments, and recognize key factors to examine when considering a move to the cloud.
15 videos |
1h 34m
Assessment
Badge
Cloud Security, Risk, and Compliance: Managing Security in the Cloud Era
Cloud security combines technologies, policies, controls, and services to help protect cloud infrastructure, resources, and data. In this course, you'll explore the history of IT security and learn how it evolved to include cloud technologies. Discover common security threats such as cloud misconfigurations, unauthorized access, limited cloud visibility, insider threats, malware infections, and account hijacking. Explore how built-in security controls can attempt to mitigate security attacks and review cloud security data breaches from recent years, including how they were discovered and mitigated and the cost associated with resolving them. Lastly, explore how enterprises can plan for various security scenarios and why leaders should make security a key feature of their products and services.
16 videos |
1h 37m
Assessment
Badge
Cloud Security, Risk, and Compliance: Risk & Compliance in the Cloud Era
Key decision-makers need to understand the risks of modern cloud-based solutions as they plan their organization's move from traditional on-premises solutions. In this course, you will explore the risks associated with outsourcing services to a third-party cloud provider, especially related to critical services such as payment data. Discover potential legal risks associated with cloud computing that may apply to healthcare, banking, and government agencies. Explore risks such as lack of control, availability, and inexperienced staff. Discover how the lack of due diligence when moving to the cloud can result in security or privacy risks and how compliance in the cloud era compares to that of the earlier IT era. Lastly, explore cloud compliance standards, enforcement procedures, and risk management frameworks that can help manage risk in the cloud.
16 videos |
1h 42m
Assessment
Badge
Cloud Computing for Decision-makers: Cloud Adoption
Cloud adoption is a strategy utilized by organizations to succeed in the cloud and achieve business outcomes. A sound cloud adoption strategy can help reduce costs, mitigate risks, and achieve scalability. Explore the costs, including hidden ones, associated with cloud adoption. Discover industries that can benefit from cloud adoption, including healthcare, finance, and education, and explore the benefits of automating IT processes through the cloud. Explore how to transition to the cloud and discover critical steps such as assessment, planning, adoption, migration, and management. Finally, explore cloud security considerations and cloud adoption patterns such as cloud-native, cloud-first, "lift and shift," offload, autonomy, incremental, chaos and anarchy, innovation, and experimental models.
10 videos |
57m
Assessment
Badge
Cloud for Engineering Leaders: An Introduction to Cloud
Many organizations are moving toward the cloud to meet their availability, operations, and scalability objectives. Pay-as-you-go pricing has also become popular as many organizations choose to move beyond investing a large amount of money initially in a development track. Through this course, learn the value of cloud computing and services. Explore the differences between a physical data center and cloud-based services, as well as common cloud models and public cloud providers. Next, examine cloud case studies, customer success stories, and best practices and anti-patterns for cloud. Finally, learn about innovative cloud trends, cloud migration strategies, and trends in cloud deployment. After course completion, you'll be able to outline characteristics and strategies for cloud.
10 videos |
1h
Assessment
Badge
Cloud for Engineering Leaders: Cloud Components & Services
Delivering applications requires an understanding of the underlying infrastructure components. It also requires support for managed services that public cloud providers offer. Through this course, learn about common components of cloud services and how to deploy them using different methods. Discover key identity management services used to secure access to the cloud and explore virtual machine compute services. Next, learn how to deploy containerized microservices and build event-driven serverless solutions. Finally, examine cloud storage options, virtual networking features for connecting on-premises environments to the cloud, cloud infrastructure deployment management, and big data and analytics services. Upon completion, you'll be able to outline and deploy cloud components.
12 videos |
58m
Assessment
Badge
Cloud for Engineering Leaders: Compliance, Monitoring, & Cost Optimization
Maintaining cloud applications requires awareness of many operational concerns. Being able to effectively monitor and evaluate data to deliver great application experiences while identifying opportunities to optimize spending is key. Through this course, examine the practices and tools used to meet monitoring, cost, and compliance requirements when managing cloud-native applications. Learn how to audit activity in cloud environments and the benefits of cloud provider compliance services. Next, explore resource usage metering and measuring and event-driven approaches to proactively manage operational issues. Finally, discover how to add observability to applications and optimize spending with cost analysis tools. After course completion, you'll be able to outline how to fulfill cloud cost, monitoring, and compliance requirements.
11 videos |
1h 10m
Assessment
Badge
DevOps in the Cloud: Multicloud & Hybrid Cloud Basics
Modern organizations are recognizing the need to merge development and operations on a functional level. System administrators and network engineers are blending into developers, and operations personnel are becoming more literate in development thinking. In this course, you will explore multicloud and hybrid cloud basics, beginning with multicloud, hybrid, and traditional deployments and platforms. Then, you will focus on the theory and practice of DevOps in the multicloud, including why organizations choose a multicloud approach, and popular tools for implementing and managing a multicloud environment. Next, you will investigate multicloud interoperability and considerations for employing DevOps in the multicloud. Finally, you will examine best practices for designing and managing DevOps and multicloud solutions.
15 videos |
1h 51m
Assessment
Badge
DevOps in the Cloud: Practical Multicloud & Hybrid Cloud
Today, operations personnel need to become more literate in the development mindset. There is a wide availability of software deployments and practices, and an ongoing need to implement DevOps. In this course, you will learn how on-premises and cloud options - as well as various tools offered by different cloud platforms - offer organizations options for successful implementation of DevOps in both hybrid cloud and multicloud environments. Explore solutions for deploying to AWS and Azure. Next, learn about solutions for deploying to AWS and Google Cloud Platform (GCP). Finally, discover solutions for deploying to AWS on-premises. On completing this course, you will have a better understanding of solutions for deploying to multicloud environments, as well as on-premises.
14 videos |
1h 36m
Assessment
Badge
Cloud Computing and MLOps: Cloud and AI
Cloud computing is the on-demand delivery of computing services over the Internet. It enables scalable artificial intelligence (AI) and other advantages such as increased speed, scalability, and reduced cost. Through this course, learn about the role of cloud computing in AI. Explore the benefits and challenges of cloud computing, how to implement a cloud AI strategy, and the elements of the cloud computing architecture. Next, discover the importance of AI as a Service (AIaaS), the role of AI tools in data management and governance, and best practices for AI cloud security. Finally, learn about key cloud technologies for AI and emerging trends for cloud computing and AI. After course completion, you'll be able to outline elements of cloud computing in AI.
11 videos |
45m
Assessment
Badge
Cloud Computing and MLOps: Introduction to MLOps
The term MLOps is a combination of machine learning (ML) and DevOps. Used across several industries, MLOps is a valuable method for developing and testing machine learning and artificial intelligence (AI) solutions. Through this course, learn the basics of MLOps. Explore the elements of XOps, MLOps, and DataOps and their uses. Next, examine the importance of version control in machine learning and learn about version control types and tools. Finally, discover the roles and responsibilities of humans in ML pipeline automation and investigate ethical considerations and best practices for MLOps. By the end of this course, you be able to define MLOps and recognize its uses.
13 videos |
35m
Assessment
Badge
Cloud Computing and MLOps: ML Pipelines
ML pipelines help organizations improve the standards of machine learning (ML) models, improve their business strategy, and reduce redundant work and miscommunication. They consist of a series of ML workflow steps performed in a connected and automated/semi-automated way. Through this course, learn the basics of ML pipelines. Discover the uses and benefits of ML pipelines and the characteristics of manual and automated pipelines. Next, explore best practices for building pipelines and the three types of environments in the MLOps process. Finally, examine the importance of CI/CD in ML, the purpose of ML pipeline testing, and ML pipeline testing tools and frameworks. Upon completion, you'll be able to define ML pipelines and their benefits.
11 videos |
26m
Assessment
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EARN A DIGITAL BADGE WHEN YOU COMPLETE THESE COURSES
Skillsoft is providing you the opportunity to earn a digital badge upon successful completion on some of our courses, which can be shared on any social network or business platform.
Digital badges are yours to keep, forever.BOOKS INCLUDED
Book
Cloud Computing, The MIT Press, (c) 2016Cutting through the hype, this book explains what the cloud is, when to use it (and when not to), how to select a cloud service, how to integrate it with other technologies, and what the best practices are for using cloud computing.
2h 38m
By Nayan B. Ruparelia
Book
Cloud Computing BasicsProviding a basic understanding of the computing paradigm of cloud computing, this book highlights the recent developments in distributed computing and details the architecture, virtualization concepts, and security concerns of cloud computing.
2h 49m
By T.B. Rehman
BOOK SUMMARY
Cloud Computing for Teaching and Learning: Strategies for Design and ImplementationCloud Computing for Teaching and Learning details the major considerations required for educational institutions looking to upgrade to cloud computing solutions. In this Summary, we discuss the salient points of the book based on our interpretation of its contents.
11m
By Lee Chao (ed)
Book
Cloud Computing: A Self-Teaching IntroductionAn overview of cloud computing in a self-teaching format, this practical resource contains state-of-the art chapters with tips and insights about cloud computing, its architecture, applications, information on security and privacy, and numerous case studies.
3h 1m
By Rajiv Chopra
Book
Cloud Computing For Dummies, 2nd EditionIn a friendly, easy-to-follow style, this book gets you up to speed fast, clarifying your Cloud options, showing you where can save you time and money, giving you ways to frame your decisions, and helping you avoid weeks of research.
5h 30m
By Daniel Kirsch, Judith Hurwitz
Book
The Basics of Cloud Computing: Understanding the Fundamentals of Cloud Computing in Theory and PracticePresenting tips for selecting the best cloud services providers, this book explains the concepts of cloud computing in practical terms, helping readers understand how to leverage cloud services and provide value to their businesses through moving information to the cloud.
2h 49m
By Derrick Rountree, Ileana Castrillo
Book
Cloud Computing BibleStarting with a clear definition of what cloud computing is, why it is, and its pros and cons, this book is a wide-ranging and complete reference that will get you thoroughly up to speed on cloud platforms, infrastructure, services and applications, security, and much more.
8h 21m
By Barrie Sosinsky
Book
Handbook of Cloud ComputingPresenting the systems, tools, and services of leading providers of cloud computing including Google, Yahoo, Amazon, IBM, and Microsoft, this book introduces basic concepts of cloud computing and cloud computing applications, and dicusses current and future technologies applied.
12h 21m
By Armando Escalante (eds), Borko Furht
Book
Cloud Computing Basics: A Non-Technical IntroductionWhether you are a beginner on the topic or a tech leader kick-starting change within your company, this book provides essential insights for cloud adoption and its benefits for our modern digital era.
3h 49m
By Anders Lisdorf
Book
Multi-Cloud Administration Guide: Manage and Optimize Cloud Resources Across Azure, AWS, GCP, and Alibaba CloudIn today's landscape, organizations are embracing multi-cloud strategies to harness the advantages offered by multiple cloud providers. If you want to develop the necessary skills and expertise in managing multi-cloud environments, then this book is tailor-made for you.
4h 52m
By Jeroen Mulder
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BOOKS INCLUDED
Book
Cloud Computing: Theory and Practice, Third EditionCloud Computing: Theory and Practice, Third Edition provides students and IT professionals with an in-depth analysis of the cloud from the ground up.
16h 56m
By Dan C. Marinescu
Book
Cloud Computing Basics: A Non-Technical IntroductionWhether you are a beginner on the topic or a tech leader kick-starting change within your company, this book provides essential insights for cloud adoption and its benefits for our modern digital era.
3h 49m
By Anders Lisdorf
Book
Cloud Computing For Dummies, 2nd EditionIn a friendly, easy-to-follow style, this book gets you up to speed fast, clarifying your Cloud options, showing you where can save you time and money, giving you ways to frame your decisions, and helping you avoid weeks of research.
5h 30m
By Daniel Kirsch, Judith Hurwitz
Book
Cloud Computing BasicsProviding a basic understanding of the computing paradigm of cloud computing, this book highlights the recent developments in distributed computing and details the architecture, virtualization concepts, and security concerns of cloud computing.
2h 49m
By T.B. Rehman
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BOOKS INCLUDED
Book
Cloud Computing BasicsProviding a basic understanding of the computing paradigm of cloud computing, this book highlights the recent developments in distributed computing and details the architecture, virtualization concepts, and security concerns of cloud computing.
2h 49m
By T.B. Rehman
Book
Cloud Computing, The MIT Press, (c) 2016Cutting through the hype, this book explains what the cloud is, when to use it (and when not to), how to select a cloud service, how to integrate it with other technologies, and what the best practices are for using cloud computing.
2h 38m
By Nayan B. Ruparelia
Book
CompTIA Cloud+ Study Guide Exam CV0-002, Second EditionIf you're looking to earn the challenging, but rewarding CompTIA Cloud+ certification, and a career in cloud services, this comprehensive resource covers all aspects of cloud computing infrastructure and administration, with a practical focus on real-world skills.
8h 21m
By Stephen Olson, Todd Montgomery
Book
CompTIA Cloud+ Certification Study Guide, Second Edition (Exam CV0-002)By familiarizing you with the technology and terminology tested on the CompTIA Cloud+ (CV0-002) exam, this authoritative study guide shows you what you need to know-and shows you how to prepare-for this challenging exam so you have a competitive edge on exam day.
10h 55m
By Eric Vanderburg, Scott Wilson
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BOOKS INCLUDED
Book
Cloud Data Design, Orchestration, and Management Using Microsoft Azure: Master and Design a Solution Leveraging the Azure Data PlatformUse Microsoft Azure to optimally design your data solutions and save time and money. Scenarios are presented covering analysis, design, integration, monitoring, and derivatives.
4h 57m
By Francesco Diaz, Roberto Freato
Book
Cloud Database Development and ManagementFilled with step-by-step instructions, examples, and hands-on projects, this wide-ranging book explains how readers can take advantage of the cloud environment to develop their own fully functioning database systems without any additional investment in IT infrastructure.
6h
By Lee Chao
SKILL BENCHMARKS INCLUDED
Cloud for Non-tech Learners
The Cloud for Non-tech Learners benchmark measures your ability to recognize key terms and concepts related to cloud. You will be evaluated on your knowledge of platform as a service (PaaS), cloud computing types, the cloud value proposition, how cloud improved productivity, and how cloud impacts business. Learners who score high on this benchmark demonstrate that they have the skills related to cloud terminology and concepts.
10m
| 10 questions
Cloud Business Model, Adoption, and Business Transformation Competency (Intermediate Level)
The Cloud Business Model, Adoption, and Business Transformation Competency (Intermediate Level) benchmark measures your comprehensive understanding of key cloud computing concepts. You will be evaluated on your knowledge of the cloud business model, cloud adoption, and cloud business transformation. A learner who scores high on this benchmark demonstrates that they have competency in many areas of this domain and have the knowledge and insights needed to make informed decisions about adopting cloud computing solutions and leveraging its advantages to drive business growth and innovation. This learner has also had some working exposure in exploring the cloud business models and understanding of how cloud computing can transform their organization's operations, scalability, and cost-efficiency.
30m
| 30 questions
SKILL BENCHMARKS INCLUDED
Cloud Architect Competency (Intermediate Level)
The Cloud Architect Competency benchmark measures whether a learner has been exposed to typical cloud technologies, practices, and principles. A learner who scores high on this benchmark demonstrates an entry to intermediate level of skill on modern cloud services, tools, jargon, and processes.
24m
| 24 questions
Cloud Architect Literacy (Beginner Level)
The Cloud Architect literacy benchmark measures whether a learner has had exposure to cloud technologies, practices, and principles and can participate at a literate level in meetings and discussions. A learner who scores high on this benchmark demonstrates an entry-level skill on modern cloud services, tools, jargon, and processes.
11m
| 11 questions
Cloud Architect Proficiency (Advanced Level)
The extensive Cloud Architect Proficiency benchmark measures whether a learner has experience with advanced cloud technologies, practices, and principles. Although there are many important assessments here, a learner who scores high on this benchmark demonstrates an intermediate to advanced level of skill on modern cloud services, tools, jargon, and processes.
51m
| 30 questions
SKILL BENCHMARKS INCLUDED
Defining Cloud Computing for Decision-makers Literacy (Beginner Level)
The Defining Cloud Computing for Decision-makers Literacy (Beginner Level) benchmark measures your understanding of the cloud computing basics needed for decision-makers. You will be evaluated on your knowledge of the key concepts of the foundations of cloud computing principles. A learner who scores high on this benchmark demonstrates that they have literacy in many areas of this domain and have the knowledge and insights needed to understand the fundamentals of various cloud computing solutions.
13m
| 13 questions
Cloud for Engineering Leaders Competency (Intermediate Level)
The Cloud for Engineering Leaders Competency (Intermediate Level) benchmark measures your ability to identify the value and best practices of cloud computing and services. You will be evaluated on your ability to outline and use cloud infrastructure and services. A learner who scores high on this benchmark demonstrates that they have good experience with cloud computing frameworks.
13m
| 13 questions
Cloud for Engineering Leaders Proficiency (Advanced Level)
The Cloud for Engineering Leaders Proficiency (Advanced Level) benchmark measures your ability to outline and use cloud infrastructure and services. You will be evaluated on your recognition of how to meet cloud compliance requirements, monitor resource usage, and optimize costs. A learner who scores high on this benchmark demonstrates that they have good experience with cloud computing frameworks and can lead cloud teams.
14m
| 14 questions
Security, Risk, and Compliance in the Cloud Competency (Intermediate Level)
The Security, Risk, and Compliance in the Cloud Competency (Intermediate Level) benchmark measures your knowledge and skills in managing security, risk, and compliance in the cloud era. You will be evaluated on your knowledge of key topics such as security management, risk assessments, and compliance considerations in the context of cloud computing. A learner who scores high on this benchmark demonstrates that they have competency in many areas of operations related to navigating the complex landscape of cloud security, risk, and compliance. They have also had some working exposure to developing and implementing effective security strategies, conducting risk assessments, and ensuring compliance with relevant regulations in the cloud era.
28m
| 28 questions
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