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Application deployment planning consists of three phases: managing application inventory and compatibility, packaging applications, and providing life-cycle support.

Application inventory and compatibility

Application compatibility can have a far-reaching impact on your organization. You can significantly reduce that impact by adequately planning your application compatibility project. Updates to Windows rarely affect application compatibility; however, they can happen. Most applications will function as expected when upgrading from a previous OS, such as Windows 10, to Windows 11. However, there are typically always some applications (such as Anti-virus) that will require attention.

Gathering an application inventory is the first step in understanding the effect of application compatibility changes in your environment. Microsoft offers tools to perform asset inventories, such as the Microsoft Intune Suite. For environments with thousands of managed applications, you can undertake an application compatibility project to reduce the number of applications in the environment, which will reduce the costs associated with application proliferation. An easy, immediate way to reduce the number of applications within an environment is to standardize the application versions across an organization.

Newer applications might supersede many older applications that provide similar functionality, thus enabling you to remove older applications. You eliminate corresponding licensing and support costs every time you remove an application. During an application compatibility project, you can analyze application compatibility across your entire enterprise.

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Deployments comprise the activities that make a computer device available for use. The general deployment process consists of several interrelated activities, with transitions between the build and deployment phases.

The desktop deployment life cycle provides a framework for the tasks required to deploy a software application or operating system successfully. It would be best if you understood the lifecycle phases to properly plan for the resources and tools needed for effective implementation. The critical phases of the desktop deployment lifecycle are Building and Deploying.

Building

The building phase allows you to improve efficiencies when developing a strategy for a base OS configuration. Its key steps include:

• Streamlining the deployment process: This step includes developing automated solutions and procedures that you can use for deployment.
• Developing the deployment process: Using traditional imaging might consist of a baseline OS image. Using newer features such as Windows Autopilot might involve creating a base device configuration.
• Testing: With a test system, you might identify and correct errors before deployment. Many IT professionals use Virtual machines to simulate deployment and validate configurations quickly and effectively; however, a testing plan should include testing deployments to physical devices before deployment.
• Configuration: This step includes developing an automation solution, testing and configuring standardized images or device configurations, accounting for IT labor to configure computers, and planning for network access configuration.
• Managing the logistics: This step includes storing computers, deploying and setting up physical hardware, and communicating to end users. This step can also include providing the hardware vendor with configuration requirements to be done by the vendor before shipping the device to the organization.

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Before making any purchasing decisions, organizations should carefully plan their requirements for new systems. Most organizations have a mix of old and new devices. They can replace some of these devices with new equipment and upgrade others to Windows 11. Upgrades require careful planning to ensure they work correctly and efficiently. During the upgrade process, correct any previous operating system misconfiguration.

The Planning stage includes:

• Computer strategy: This planning stage includes policies such as image and hardware standardization, environment design, replacement frequency, mobile device versus desktop usage, and Bring-Your-Own-Device (BYOD) policies.
• Computer selection: This process involves choosing hardware, software, and peripherals. It includes design configuration and application compatibility testing.
• Deployment methods: Each deployment method includes inherent costs to support that method. Often, IT professionals can use multiple deployment methods to accommodate different scenarios. You should determine whether a cloud-based solution addresses your deployment requirements or what requirements you needed for a device to enroll.
• Demand forecasting: This stage is the organization’s attempt at predicting its future computing resource requirements to determine the resources it needs to purchase.
• Design configuration: This process determines which new features you use and how to incorporate them into the overall plan. The new tools, resources, and settings can dramatically simplify configuration processes.

Purchasing involves getting personnel, material, services, or property from a vendor through allowed means. It’s the action or process of acquiring items at the operational level. The purchasing process includes negotiation, contracts, vendor management, shipping, and disposal of packaging materials.

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IT departments must be able to meet user requirements. The technologies must be flexible and able to support an environment where work styles change rapidly across different devices and locations. Additionally, companies often expect IT departments to do more to improve business efficiency with fewer resources. An established device life cycle ensures organizations have the right technologies in place for users to remain productive. The life-cycle also ensures that when devices have reached end-of-life, they don’t become a liability. In today’s environment, where users frequently use personal devices, they also become part of that life cycle.

Organizations constantly manage the different phases of the enterprise desktop life cycle. These phases include:

• Planning: Preparing defining a strategy for system management.
• Purchasing: Processing requisitions, and then obtaining approval of invoices for payment.
• Deployment: Installing an operating system, enrolling devices, and deploying applications to the device.
• Operations: Ensuring that systems are functioning properly and are protected.
• Support: Ensuring that the end users learn how to use their systems and applications, and receive the support they need.
• Upgrade and Retire: This phase includes replacing devices, retiring obsolete hardware, or unenrolling a device from the organization.

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Until recently, managing an organization’s technological infrastructure and PCs required IT professionals to do lots of hands-on, manual, and time-consuming tasks. New device form factors, new approaches in Windows client management, advancements in cloud technology, and bring-your-own-device (BYOD) trends have made modern endpoint management more interesting for many organizations – not only for mobile devices but also PCs.

Modern endpoint management is a novel approach to managing Windows, similar to managing mobile devices using Enterprise Mobility Management (EMM) solutions. This approach allows you to simplify deployment and management, improve security, provide better end-user experiences, and lower costs for your Windows devices. With modern endpoint management, you can now manage devices of all kinds, desktop PCs, HoloLens, Surface Hubs, company-owned devices, employee-owned devices, and even mobile devices running iOS or Android, all while using one management platform. Let’s examine why you should implement a modern endpoint management approach for Windows devices within your organization.

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Every shell language has its most-used commands. Let’s start building your Bash repertoire by examining the most commonly used commands.

Bash commands

Let’s look at common Bash commands and how to use them.

ls command

ls lists the contents of your current directory or the directory specified in an argument to the command. By itself, it lists the files and directories in the current directory:

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ls

Files and directories whose names begin with a period are hidden by default. To include these items in a directory listing, use an -a flag:

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ls -a

To get even more information about the files and directories in the current directory, use an -l flag:

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ls -l

Here’s some sample output from a directory that contains a handful of JPEGs and PNGs and a subdirectory named gifs:

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-rw-rw-r-- 1 azureuser azureuser  473774 Jun 13 15:38 0001.png
-rw-rw-r-- 1 azureuser azureuser 1557965 Jun 13 14:43 0002.jpg
-rw-rw-r-- 1 azureuser azureuser  473774 Mar 26 09:21 0003.png
-rw-rw-r-- 1 azureuser azureuser 4193680 Jun 13 09:40 0004.jpg
-rw-rw-r-- 1 azureuser azureuser  423325 Jun 10 12:53 0005.jpg
-rw-rw-r-- 1 azureuser azureuser 2278001 Jun 12 04:21 0006.jpg
-rw-rw-r-- 1 azureuser azureuser 1220517 Jun 13 14:44 0007.jpg
drwxrwxr-x 2 azureuser azureuser    4096 Jun 13 20:16 gifs

Each line provides detailed information about the corresponding file or directory. That information includes the permissions assigned to it, its owner, its size in bytes, the last time it was modified, and the file or directory name.

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An understanding of Bash starts with an understanding of Bash syntax. After you know the syntax, you can apply it to every Bash command you run.

The full syntax for a Bash command is:

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command [options] [arguments]

Bash treats the first string it encounters as a command. The following command uses Bash’s ls (for “list”) command to display the contents of the current working directory:

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ls

Arguments often accompany Bash commands. For example, you can include a path name in an ls command to list the contents of another directory:

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ls /etc

Most Bash commands have options for modifying how they work. Options, also called flags, give a command more specific instructions. As an example, files and directories whose names begin with a period are hidden from the user and aren’t displayed by ls. However, you can include the -a (for “all”) flag in an ls command and see everything in the target directory:

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ls -a /etc

You can even combine flags for brevity. For example, rather than enter ls -a -l /etc to show all files and directories in Linux’s /etc directory in long form, you can enter this instead:

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ls -al /etc

Bash is concise. It’s sometimes remarkable (and a point of pride among Bash aficionados) how much you can accomplish with a single command.

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Bash is a vital tool for managing Linux machines. The name is short for “Bourne Again Shell.”

A shell is a program that commands the operating system to perform actions. You can enter commands in a console on your computer and run the commands directly, or you can use scripts to run batches of commands. Shells like PowerShell and Bash give system administrators the power and precision they need for fine-tuned control of the computers they’re responsible for.

There are other Linux shells, including csh and zsh, but Bash became the de facto Linux standard. That’s because Bash is compatible with Unix’s first serious shell, the Bourne shell, also known as sh. Bash incorporates the best features of its predecessors. But Bash also has some fine features of its own, including built-in commands and the ability to invoke external programs.

One reason for Bash’s success is its simplicity. Bash, like the rest of Linux, is based on the Unix design philosophy. As Peter Salus summarized in his book A Quarter Century of Unix, three of the “big ideas” embodied in Unix are:

• Programs do one thing and do it well
• Programs work together
• Programs use text streams as the universal interface

The last part is key to understanding how Bash works. In Unix and Linux, everything is a file. That means you can use the same commands without worrying about whether the I/O stream—the input and output—comes from a keyboard, a disk file, a socket, a pipe, or another I/O abstraction.

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When monitoring surfaces changing data, anomalies, or critical events, alerts are generated or actions are triggered. Real-time data analytics is commonly based on the ingestion and processing of a data stream that consists of a perpetual series of data, typically related to specific point-in-time events. For example, a stream of data from an environmental IoT weather sensor. Real-Time Intelligence in Fabric contains a tool called Activator that can be used to trigger actions on streaming data. For example, a stream of data from an environmental IoT weather sensor might be used to trigger emails to sailors when wind thresholds are met. When certain conditions or logic is met, an action is taken, like alerting users, executing Fabric job items like a pipeline, or kicking off Power Automate workflows. The logic can be either a defined threshold, a pattern like events happening repeatedly over a time period, or the results of logic defined by a Kusto Query Language (KQL) query.

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Visualization tools make monitoring easier. They help you identify trends or anomalies. Monitor hub is the monitoring visualization tool in Microsoft Fabric. Monitor hub collects and aggregates data from selected Fabric items and processes. It stores Fabric activity data in a common interface so you can view the status of multiple different data integration, transformation, movement, and analysis activities in Fabric in one place, rather than monitor each separately.

Activities displayed in the Monitor hub

Some of the activities you can see monitoring metadata for in the Microsoft Fabric Monitor hub include:

• Data pipeline execution history
• Dataflow executions
• Datamart and semantic model refreshes
• Spark job and notebook execution history and job details

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