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We're here to help you find itThe Azure Infrastructure Fundamentals course is designed to introduce learners to the core infrastructure components in Microsoft Azure. It provides foundational knowledge required to understand cloud infrastructure and services, laying the groundwork for more advanced learning paths and certifications, such as the Azure Cloud Infrastructure Certification.
Module 1 dives into Azure's various offers and explains the relationship and permissions between Azure Subscriptions and Azure Active Directory (AAD) tenants. It teaches how to create and manage an AAD tenant and identities.
Module 2 focuses on the creation and management of network infrastructure, including virtual networks (VNets), subnets, network security groups (NSGs), and routing tables, along with VNet peering concepts.
Module 3 covers the creation and management of compute resources, specifically Windows and Linux virtual machines (VMs), and the necessary steps to connect and manage these VMs.
Lastly, Module 4 provides insights into creating and managing Virtual Hard Disks (VHDs), storage accounts, and file shares, essential for any robust Azure infrastructure.
This course will help learners build a strong foundation in Azure Infrastructure Fundamentals, enabling them to effectively work with Microsoft Azure's cloud services.
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Certainly! For students interested in taking the Azure Infrastructure Fundamentals course, the following are the minimum required prerequisites:
These prerequisites are designed to ensure that participants can fully engage with the course content and are adequately prepared to absorb the lessons on Azure Infrastructure fundamentals.
Azure Infrastructure Fundamentals is a technical course designed for IT professionals to learn about managing Azure environments.
Gain foundational knowledge in Azure Infrastructure, including managing subscriptions, networking, compute, and storage resources, ensuring a comprehensive understanding of the Azure cloud environment.
Azure subscriptions are essentially agreements with Microsoft that enable access to Azure cloud services. Each subscription acts as a billing unit; it groups together usage and billing for the Azure resources consumed. This structure allows organizations and individuals to manage and scale their Azure cloud infrastructure efficiently, aligning with their operational needs. Subscriptions are crucial for managing access permissions, resource allocation, and spending, ensuring users can utilize Azure infrastructure fundamentals effectively. Understanding various subscriptions can be integral for those pursuing Azure cloud infrastructure certification, fortifying their capacity to deploy and manage Microsoft Azure environments optimally.
Azure Active Directory (AAD) is a cloud-based identity and access management service provided by Microsoft. It helps organizations securely grant access to their applications, including Microsoft’s cloud services and third-party applications. With AAD, IT administrators can manage user identities, set up multi-factor authentication, and automate user provisioning, enhancing security and productivity. AAD supports single sign-on to simplify user access while protecting data from cybersecurity threats. It is a fundamental component of Microsoft's azure infrastructure, ensuring secure and efficient user access management in the cloud environment.
Subnets, or subnetworks, are divisions of a network, created to improve performance and enhance security within large networks. Each subnet behaves like a smaller, independent network, and allows for more efficient handling of data traffic, preventing systems from experiencing overload. They segment networks into manageable, organized parts, making network management simpler and more secure by limiting broadcast traffic and containing network problems to a smaller area. This method improves overall network function and security, while also providing a systematic way of assigning and managing IP addresses within large networks.
Network infrastructure refers to the hardware and software resources of an entire network that enable network connectivity, communication, operations, and management of an enterprise network. It provides the communication path and services between users, processes, applications, services, and external networks/the internet. Key components include routers, switches, firewalls, and data centers. Modern setups often involve cloud-based infrastructure solutions like Microsoft's Azure, where professionals can enhance their skills and understanding through pathways like Microsoft Azure infrastructure certification or Azure cloud infrastructure certification, aligning with Azure infrastructure fundamentals.
Virtual networks (VNets) in Microsoft Azure are a fundamental element of azure cloud infrastructure, allowing professionals to create a dedicated private space within the Azure environment. VNets enable the provisioning and management of isolated and secure networks on the Azure cloud platform, offering enhanced control over network traffic and connected resources. These networks facilitate communication among Azure services, as well as connectivity between Azure and on-premise systems, ensuring security and efficiency. Understanding VNets is crucial for those aiming to earn Microsoft Azure Infrastructure Certification, as they are essential for mastering Azure infrastructure fundamentals.
Network security groups (NSGs) are tools used in cloud computing to manage and control network traffic access within Microsoft Azure environments. They work by applying a set of security rules that filter incoming and outgoing traffic based on factors like IP address and port numbers. This feature enhances security by ensuring that only authorized traffic can access specific parts of your Azure cloud infrastructure. NSGs are essential for defining granular security policies that help protect your virtual network resources, aligning with best practices in Azure infrastructure fundamentals.
Routing tables are a crucial component of network routing, which is essential for directing data packets between computers on a network or across the internet. Each routing table contains a list of routes to various network destinations. These tables include the information necessary to forward a data packet along the best path towards its destination. When your data travels over the internet, routing tables determine where and how the data moves, ensuring it takes the most efficient route possible, similar to how a map guides you to your destination.
Storage accounts in Microsoft Azure are containers where your data resides, providing secure and scalable cloud storage for large amounts of data. Essential for managing and accessing your information, they support multiple types of data such as files, blobs, queues, and tables. Suitable for any scale, Azure storage accounts are a fundamental part of the Azure cloud infrastructure, ensuring data is always available and protected. Understanding Azure storage accounts is key to the Azure infrastructure fundamentals, which is vital for those looking to achieve an Azure infrastructure certification.
VNet peering in Microsoft Azure is a networking connection that links two Virtual Networks (VNets) securely within the same Azure infrastructure. This allows resources like virtual machines to communicate directly across VNets as if they are within the same network, enhancing both performance and security. This setup is pivotal for businesses managing multiple VNets, as it simplifies the network structure without requiring additional routing or gateways, enhancing the Azure cloud infrastructure's efficiency. VNet peering is a fundamental component for professionals pursuing Microsoft Azure infrastructure certification, as it helps in scaling and managing Azure's extensive cloud capabilities effectively.
The creation and management of compute resources involve setting up and administering computer power, storage, and networking capabilities, primarily in cloud environments like Microsoft Azure. This includes configuring virtual machines, scaling resources dynamically based on demand, and ensuring efficient operation. Key fundamentals in this domain can be learned through courses like the Azure Infrastructure Fundamentals or obtaining an Azure Cloud Infrastructure certification, which confirms expertise in managing Azure infrastructure, supporting both technical proficiency and strategic resource management.
Windows and Linux virtual machines (VMs) are software-based systems that emulate computer environments, allowing you to run different operating systems on one physical hardware system simultaneously. VMs enable users to test software in safe, isolated spaces and manage various server functions without the need for multiple physical machines. Both Windows and Linux can be hosted on platforms like Microsoft Azure, which provides robust azure infrastructure fundamentals to deploy, manage, and scale virtual environments effectively. This capability is vital for professionals to earn microsoft azure infrastructure certifications or azure cloud infrastructure certifications, expanding their expertise in cloud-based solutions.
Virtual Hard Disks (VHDs) are digital files that mimic the functionality of a physical hard drive. They can contain everything a real disk would, such as a file system, folders, files, and disk partitions. VHDs are frequently used in virtual environments to run multiple operating systems on a single physical computer. They simplify IT operations by allowing virtual machines to quickly relocate or duplicate systems. This is invaluable in managing azure cloud infrastructure, as it allows for seamless scaling and flexible management of resources in Microsoft Azure, enhancing foundational understanding of Azure infrastructure fundamentals.
File shares are digital spaces used to store and access files across a network. Businesses often use them for team collaboration, allowing multiple users to share and edit documents efficiently. Instead of saving files to individual computers, file shares keep them on a central server. This centralization ensures that team members always access the most recent versions of documents and supports secure data management practices. File shares are instrumental in organizing and simplifying data access within companies, enhancing both productivity and team coordination. They can be hosted on-premises or in cloud services like Microsoft Azure, offering scalable and secure solutions.
Azure Infrastructure Fundamentals is a technical course designed for IT professionals to learn about managing Azure environments.
Gain foundational knowledge in Azure Infrastructure, including managing subscriptions, networking, compute, and storage resources, ensuring a comprehensive understanding of the Azure cloud environment.
