Mario, Author at XOAP https://xoap.io/author/mario/ Platform for IT infrastructure and workplace automation Mon, 27 Jul 2026 08:54:17 +0000 en-US hourly 1 https://xoap.io/wp-content/uploads/2023/11/cropped-favicon-32x32.png Mario, Author at XOAP https://xoap.io/author/mario/ 32 32 LIVE DEMO: Azure Virtual Desktop Manager https://xoap.io/live-demo-azure-virtual-desktop-manager-xoap/ Mon, 27 Jul 2026 08:53:47 +0000 https://xoap.io/?p=31980 July 30, 2026 | 10:00 AM & 02:00 PM CET | Online

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All events
LIVE DEMO

AVD Manager LIVE:
How to automate your Azure Virtual Desktop management

JULY 30, 2026
02:00 PM

Join on YouTube - English
Join on YouTube - German

About the event

Join our live demo and learn more about AVD Manager by XOAP!

On July 30, we’re hosting two sessions – one in German (10:00 AM CET) and one in English (2:00 PM CET). Ask your questions in the chat and get the answers live.

AVD management and entire hybrid IT infrastructure automation in a single console. 

Deploy, manage, secure and manage the cost of Azure Virtual Desktop directly from your XOAP workspace. Part of XOAP subscriptions by default, with 150 CCU included upfront.

AVD Manager Live Demo: Automate Azure Virtual Desktop Management

Click to join live on July 30 or set a reminder in advance.

Upcoming & past events

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]]> How to build a custom Windows 365 Cloud PC image with XOAP https://xoap.io/how-to-build-custom-windows-365-cloud-pc-image-with-xoap/ Fri, 10 Jul 2026 15:10:08 +0000 https://xoap.io/?p=31893 Build a Windows 365 custom image with XOAP's no-code Image Management pipeline, then hand it off to Intune for Cloud PC provisioning.

The post How to build a custom Windows 365 Cloud PC image with XOAP appeared first on XOAP.

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Table of contents

Building a custom image for Windows 365 has traditionally been a manual, multi-step job. Spinning up a reference VM, installing and configuring applications by hand, handing the image off to Intune… One missed step usually means starting over, and repeated a few times a year, this approach to golden images becomes difficult to reproduce.

XOAP’s Image Management module replaces the manual custom image sequence with a defined, repeatable pipeline. The operating system, the build location and what gets installed on top are each defined once, then the image is built on demand, with no capture scripting and no hand-assembly.

In this blog, we’ll guide you through building a custom Windows image for Windows 365 Cloud PC provisioning and handing the finished image off to Windows 365 for use in a provisioning policy – done, automated and simplified with XOAP.

Before you start: Connect your Azure subscription

XOAP needs a working connection to your Azure subscription before it can build anything. If you don’t use XOAP yet, create a free account to begin.

Go to Connections > Add new connection and use a Service Principal with Contributor role access.

You can create one with the Azure CLI:
az ad sp create-for-rbac –name xoap-image-principal –role Contributor –scopes /subscriptions/<SubscriptionId> –years 1

Take the resulting Subscription ID, Tenant ID, Client ID and Client Secret and enter them into the connection details in XOAP.

The build at a glance

The full pipeline is five steps in XOAP, plus one hand-off in Intune:

1. Under Image Management > Operating Systems, add the Windows base image you want to build from.

2. Under Image Management > Builder Configuration, define where and how the image will be built.

3. Under Image Management > Provisioners / Provisioner Groups / Provisioner Roles, define what gets installed and configured.

4. Under Image Management > Image Definitions, click + New Image and combine the operating system, builder configuration and provisioner role into one definition.

5. Save, then right-click the image definition and select Run.

Once the run succeeds, locate the finished image in Azure and upload it to Windows 365 as a custom image.

Now, let’s dive deeper into each step.

Step 1: Choose the operating system

Under Operating Systems, select Cloud, then choose the Azure provider, region and platform details.

For Windows 365, use the Enterprise Cloud PC image family: offer windows-ent-cpc, SKU win11-25h2-ent-cpc (or the latest available release and version).

This is Microsoft’s dedicated Cloud PC edition: Enterprise, single-session, and already optimised for Windows 365 scenarios.

Starting from the right base saves you fighting the image into shape later.

Step 2: Define the builder configuration

The builder configuration tells XOAP where the image is built and what it produces.

Create a new configuration with the following settings:

• Type: Azure Managed. This creates a standard managed image in the Azure Portal, the simplest and most direct option for Windows 365 custom images.
• Connection: your Azure connection from the setup step.
• Region: your target region, for example West Europe.
• Instance Type: the size of the temporary build VM used only during the build itself, for example Standard_D2s_v3. This VM is created and torn down automatically and has no effect on the final Cloud PC’s performance, so there is no need to oversize it.
• Storage Account Type: Standard_LRS.

If you need help with the setup, click the XOAP Assistant button to get AI-assisted answers in seconds without interrupting your current task.

Step 3: Define what goes on the image

This layer is where the image stops being a stock OS and becomes yours.

Provisioners define what gets installed and configured on top of the base operating system: applications, settings, PowerShell scripts, DSC configurations or PSADT packages.

XOAP provides example provisioners as quick-start templates, but you are not limited to them. Fully custom provisioners are equally supported. Any script or package you create yourself can be added and used exactly like the built-in ones.

Group the provisioners you need into a Provisioner Group, then attach that group to a Provisioner Role.

One practical rule worth following:
Always define a timeout on each provisioner, so a long-running script can’t stall the entire build.

Step 4: Combine it into an image definition

The image definition is where the three layers come together. Under Image Definitions, click + New Image and fill in:

• Name and description
• Builder: the builder configuration created above
• Operating system: the Cloud PC image selected above
• Role: the provisioner role created above

Save the definition, then right-click it and select Run.

You can track progress from the Runs panel in the upper-right corner, with live log streaming available via Toggle Logs. A run moves through these statuses: Queued, Running, Succeeded, Failed and Stopped.

The live logs are where you’ll catch a misbehaving provisioner early rather than after a failed build.

Step 5: Locate the finished image

Because the builder configuration used Azure Managed, the resulting image appears in Azure Portal > Images, named after the image definition with a version suffix, for example CloudPC-v1.

If you had used an Azure Gallery builder instead, the image would land in Azure Portal > Shared Image Gallery, with support for versioning and multi-region replication.

For a single Windows 365 custom image, the managed image is the simpler route.

Step 6: Hand off to Windows 365

XOAP builds the Azure image, but Windows 365 provisioning is managed separately, so the final step happens in Intune:

1. Go to Intune admin center > Devices > Provision Cloud PCs > Custom images > Add > Managed image.
2. Select the subscription and the image built by XOAP.
3. Provide an image name and version, for example 1.0.0.
4. Windows 365 validates the image, confirming it boots and provisions successfully as a Cloud PC, before it becomes available.
5. Once validated, select it as the source image when creating a Provisioning Policy.

That validation step is your safety net. A custom image only becomes selectable once Windows 365 has confirmed it actually provisions, so a broken build never reaches your users.

Why the pipeline matters

Next quarter, when you need the same image with one more application or an updated base OS, you change one layer and run it again. Two admins running the same definition get the same result. The manual golden-image ritual, and the drift that came with it, is gone.

That is the point of building images with XOAP’s Image Management: reproducibility you don’t have to think about, across as many image versions as your Cloud PC estate needs.

Also running Azure Virtual Desktop?

The same Image Management workflow builds the golden images for AVD host pools too. From there, XOAP’s AVD Manager handles the operational side: rolling image rollout with one-click rollback, autoscaling, per-pool cost tracking and patching across the fleet. AVD Manager is part of the XOAP platform by default – no need for additional accounts, installs or any extra steps.

Build your custom images with XOAP

Start for free
Book a demo

The post How to build a custom Windows 365 Cloud PC image with XOAP appeared first on XOAP.

]]> How to create PSADT v4 packages with the XOAP Package Wizard https://xoap.io/build-psadt-v4-packages-with-xoap-package-wizard/ Wed, 20 May 2026 12:33:10 +0000 https://xoap.io/?p=31533 Build standardized, deployment-ready PSADT v4 packages in minutes without coding. Export to Intune, SCCM or any PowerShell-capable tool.

The post How to create PSADT v4 packages with the XOAP Package Wizard appeared first on XOAP.

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Table of contents

PSADT packages are only as consistent as the person who built them. One engineer structures the install phase one way, another handles process closing differently, a third skips the repair phase entirely. Each package works until it doesn’t and debugging it means deciphering someone else’s conventions first.

The lack of a standard compounds across every package in your library.

XOAP Package Wizard for PSADT v4 fixes that at the source. Every package built with it follows the same structure, uses the same phase layout and produces the same output format, regardless of who’s doing the packaging. Installer in, deployment-ready package out in under 10 minutes, without coding.

This tutorial walks through the full process, from dropping in your installer to exporting a zip you can hand straight to Intune, SCCM or any PowerShell-capable tool.

🎞 The tutorial is also available in video format. Watch it here

What is XOAP Package Wizard?

The Package Wizard is a free, standalone tool from XOAP that generates production-ready PowerShell App Deployment Toolkit (PSADT) v4 packages through a guided, no-code interface.

It handles the Invoke-AppDeployToolkit.ps1 structure, the $adtSession block, install and uninstall phases, and every parameter declaration, without you typing a single line of PowerShell.

The exported package is a standard ZIP file: PSADT toolkit, your installer files and the generated script, all in one folder. It works with any endpoint management tool like Intune, SCCM or anything else you deploy with, with no proprietary wrappers.

You can download the free Wizard edition here without creating an account or providing credit card information.

How to create a package

XOAP Package Wizard handles packaging through seven guided steps.

To begin, open the Wizard and click Start New Package. You’ll land on the package setup screen with a drag-and-drop zone waiting for your installer.

For this walkthrough, we’ll package 7-Zip.

XOAP Package Wizard Workspace

Step 1: Drop in your installer

Add or drag your installer file onto the drop zone. The Wizard accepts MSI files, EXE installers and any other format your deployment requires.

For MSI files, the Wizard reads the embedded metadata (product name, version, architecture and more) and offers to pre-fill the package details automatically. That’s around 12 fields you won’t have to type in manually.

Step 2: Configuration

The Configuration screen maps directly to the $adtSession block of your generated Invoke-AppDeployToolkit.ps1. Most fields are already populated from the MSI metadata.

A few things worth setting here:

• RequireAdmin — set this to true for anything that installs to Program Files. It requires elevation and prevents silent failures on standard user accounts.
• ProcessesToClose — list any processes that should be closed before installation begins. For 7-Zip, that’s 7zFM (the 7-Zip File Manager). If a user has it open when the package runs, PSADT will close it cleanly before proceeding.

Everything you configure here ends up in the session block of the generated script, exactly where PSADT expects it.

Step 3: Parameters

The default PSADT v4 parameters like DeploymentType, DeployMode and the rest are always present and don’t need to be added manually. This step is for custom parameters specific to your package.

If you need an -Environment parameter with a fixed set of allowed values (e.g. Test, Staging, Production), you define it here.

For a straightforward application deployment like 7-Zip, you can skip ahead.

Step 4: Build your install phase

This is the core of the Wizard. The Install screen gives you three editors: pre-install, install and post-install. These cover everything that runs before, during and after the main installation.

Autocomplete for every PSADT v4 cmdlet

Start typing a PSADT cmdlet name and the editor provides autocomplete across the full v4 toolkit. Accept a suggestion and it drops in a code snippet with placeholder values for each required parameter. Press space and a dash to trigger inline parameter hints (types, descriptions and valid values), all without leaving the editor.

XOAP Package Wizard cmdlet autofill

Function Builder

XOAP Package Wizard Function Builder

If you’d rather not memorize cmdlet names at all, open the Function Builder. It’s a visual catalog of every PSADT v4 function, organised by category: Process, MSI, Files, Registry, UI and more. Pick a function, fill in the form, see the generated code update in real time, then click Insert to drop it directly into your script.

In the free version of the Wizard, the Process and MSI categories are fully enabled. Other categories are visible with lock indicators so you can see what’s available in the full version.

For the 7-Zip install itself, the MSI category handles Execute-MSI cleanly. Select it in the Function Builder, set the action to Install and point it at your installer file.

Steps 5 & 6: Uninstall and repair phases

The Uninstall phase is handled the same way as the previous Install phase. Same three editors (pre-uninstall, uninstall, post-uninstall), same autocomplete, same Function Builder. 

Step 6 is the Repair phase. Many packages leave this empty, which is fine, as PSADT simply runs an empty function. If your application supports repair operations, you can define them here using the same tools.

Step 7: Preview and test run

Click Next to see the fully generated Invoke-AppDeployToolkit.ps1. The exact script that will be included in your export.

From here you can run a live test before exporting:

1. Select a deployment type and mode
2. Enable Run as Admin
3. Click Test Run

XOAP Package Wizard test run

The script executes on the local machine. Output streams into the terminal below the editor in real time. There’s a 120-second timeout for hung processes. The Wizard will do exactly what it says: test this on a dev box, not a production machine.

Step 8: Export

Back on the dashboard, click Export on the package card. The Wizard produces a standard ZIP archive containing:

• The generated Invoke-AppDeployToolkit.ps1
• The full PSADT v4 toolkit
• Your installer file(s)

This is what you hand to Intune, SCCM or whichever tool you use.

The ZIP contains nothing proprietary. If you switch deployment platforms tomorrow, the package still works.

Two features that save hours

Installed Apps

Before writing an uninstall phase from scratch, open Installed Apps. The Wizard scans the machine’s registry and surfaces every installed application with its uninstall command. Select the app and the Wizard generates the correct removal command. Paste it straight into your uninstall phase.

Import Local

Already have a library of existing PSADT packages? Import Local pulls any v3 or v4 package into your workspace. For v3 packages, it automatically translates the syntax to v4. Function names, parameter structures and session variables are updated to match the new framework. The result lands in your Packages Workspace, ready to edit or export.

Get the free Wizard

The XOAP Package Wizard for PSADT v4 is free to download. Fill in the form below and you’ll receive the download link via email. You can also check the full feature list and available plans here.

Enjoy clean, standard PSADT v4 packages that work wherever you deploy.

Request
download link

Use a business email address to make sure you receive the XOAP Package Wizard in your inbox.

By downloading, you accept the XOAP privacy policy and will receive product information from us.

Also read:

→ About XOAP Package Wizard
→ XOAP Package Wizard feature list & plans
→ About XOAP automation platform
→ XOAP’s Application Management module

The post How to create PSADT v4 packages with the XOAP Package Wizard appeared first on XOAP.

]]> 30-day guaranteed IT automation delivery with XOAP https://xoap.io/30-day-guaranteed-it-automation-delivery-with-xoap/ Wed, 21 Jan 2026 13:47:18 +0000 https://xoap.io/?p=28645 Free implementation guarantee with annual XOAP subscriptions activated by March 31, 2026. Your main IT pain point solved in 30 days or less.

The post 30-day guaranteed IT automation delivery with XOAP appeared first on XOAP.

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Don’t waste time in 2026. Whether it’s compliance issues, cloud account hardening, migration to a new OS version or something else entirely – we’ll help you solve it in 30 days or less. With XOAP and our automation experts, you’ll be set up for success from day one.

No long projects. No vague promises. Just a real result, delivered fast. → Book it here

Limited offer

30-day implementation guarantee

Activate an annual XOAP subscription by March 31, 2026 and you’ll receive the Deployment Assurance Package (normally €5,000) for free.

What this means for you:

  • One main challenge solved in 30 days or less
  • Hands-on support from our automation experts
  • Clear scope and agreed outcome upfront
  • If we don’t deliver the agreed result within 30 days, you can cancel your subscription free of charge and never pay a dime

📄 Full details are available in the Terms & Conditions

What we can solve in 30 days

With XOAP and our automation team working alongside you, we can solve one focused challenge such as:

  • OS or cloud migrations (Windows 11, AWS, Azure, Google Cloud)
  • Compliance issues (CIS, STIG, SiSyPHuS, and more)
  • Cloud account hardening (AWS, Azure, Google Cloud)
  • Automated image build pipelines (Cloud, vSphere, Nutanix)
  • Standardized software packaging & deployment (PSADT v3 and v4)

Need something else? No problem. XOAP often delivers results with just a few clicks.

Examples:
→ Image build done for you
→ Client & system management ready to use

How it works

1. Activate your XOAP subscription

Book a no obligation onboarding session before March 31, 2026.

Our team will then:

  • Set up your XOAP account
  • Help you choose the right pricing plan
  • Connect your infrastructure

2. Pick the challenge

Choose one challenge you want solved in 30 days or less. Even if your use case isn’t listed above, we may still be able to tackle it quickly. Let us know what you need during onboarding.

3. Sit back and let XOAP do the work

Our team and the XOAP platform take over. If the agreed scope isn’t completed within 30 days, you can cancel your subscription at no cost.

Why we can make this guarantee

Because XOAP is built for speed and reliability:

  • Proven automation workflows
  • Platform handling for repeatability and scale
  • Team that has delivered migrations, compliance projects and cloud hardening across diverse environments

Eligibility requirements

There are technical prerequisites to using XOAP that need to be met before the 30-day implementation can begin. If you don’t meet all the requirements yet, just let us know during onboarding and we’ll help you get there.

Go live in 30 days

Book an onboarding session to claim the limited offer and have your IT challenge solved in less than a month. 

✔ No extra cost. No risk. Fully done for you.

Claim limited offer with 30-day guarantee

Book onboarding
Read Terms & Conditions

The post 30-day guaranteed IT automation delivery with XOAP appeared first on XOAP.

]]> How XOAP modernizes Citrix MCS and PVS https://xoap.io/modernize-citrix-mcs-and-pvs-with-xoap/ Mon, 01 Dec 2025 10:05:23 +0000 https://xoap.io/?p=27258 Automate Citrix MCS and PVS workflows, speeding deployments, ensuring consistency and improving IT efficiency across hybrid environments.

The post How XOAP modernizes Citrix MCS and PVS appeared first on XOAP.

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Table of contents

For years, Citrix administrators have relied on Machine Creation Services (MCS) and Provisioning Services (PVS) to deliver virtual desktops and application servers.

While essential, these tools weren’t built for modern hybrid environments spanning on-prem datacenters, Azure, AWS and edge locations, where rapid updates, consistent configurations and automation are critical.

XOAP fills this gap, automating and standardizing the entire image lifecycle around Citrix deployments. Beyond Citrix, XOAP also streamlines physical device and full endpoint lifecycle management, providing consistent automation, compliance and operational control.

What MCS and PVS do

  • MCS: Machine Creation Services clone virtual desktops or servers from a master image. They are simple and suitable for small-to-medium deployments.

  • PVS: Provisioning Services stream a shared virtual disk to multiple machines, offering efficiency, fast deployment and reduced storage.

The challenge

Both MCS and PVS focus solely on provisioning and rely on administrators to manually maintain master images and configurations.

However, most operational effort occurs before and after provisioning and includes:

  • building images
  • patching OS
  • installing/updating apps
  • maintaining best practices
  • managing hybrid environments.

MCS and PVS do not automate image creation, application packaging, hybrid deployment, versioning or operational workflows, which leads to complexity, risk and increased cost as organizations scale.

📌 Read also: Device management beyond Autopilot

XOAP: Automation across the image lifecycle

XOAP doesn’t replace Citrix or MCS/PVS; it automates everything around them.

Citrix then delivers the images to users.

This layered approach provides faster deployments, fewer errors, consistent environments and lower operational costs, which is far more scalable and future-proof than relying on MCS/PVS alone.

Key features

1. Automated image creation and versioning

You define a pipeline once. XOAP then automatically builds images, applies best-practice configurations, installs apps, enforces naming conventions, versions outputs and enables rollback.

The result: reproducible, reliable golden images ready for MCS or PVS delivery.

📌 Learn more: XOAP Image Management

2. Configuration as Code

Centralized configuration enforcement prevents drift, tracks changes and ensures compliance across all machines. Citrix servers and desktops remain consistent, predictable and aligned with policies.

3. Application deployment and packaging

Applications are packaged once, deployed consistently and updated without rebuilding images, reducing image bloat and speeding patch cycles.

4. Multi-cloud and on-prem infrastructure provisioning

XOAP automates infrastructure creation across vSphere, Nutanix, Azure, AWS and Google Cloud, bringing consistency across distributed environments.

5. Lifecycle, governance and compliance

XOAP centralizes patching, image rebuilds, monitoring and multi-tenant management, reducing manual work and ensuring policy compliance.

Traditional vs XOAP workflow

Without XOAP:
1. Manually update master image → 2. Install apps → 3. Patch OS → 4. Capture image → 5. Push to MCS/PVS → 6. Troubleshoot → 7. Repeat

With XOAP:
1. Update image pipeline → 2. XOAP automation 

Consistent, compliant images are delivered to Citrix MCS or PVS with minimal manual effort.

When to use XOAP

While XOAP can automate almost anything in your IT infrastructure, it will help you the most in the following contexts:

• Large or distributed Citrix environments.
• Hybrid deployments across cloud and on-prem.
• Strict security or compliance requirements.
• Service providers managing multiple tenants.
• Teams aiming to reduce manual work.

Final thoughts

MCS and PVS remain critical for Citrix provisioning, but modern hybrid IT demands automation beyond provisioning. XOAP delivers this by automating image creation, application deployment, configuration management, infrastructure provisioning and full endpoint lifecycle management.

For organizations seeking faster, more reliable deployments, operational efficiency and compliance, XOAP is a powerful automation layer that complements Citrix and modernizes IT operations.

💡 Further reading:

→XOAP for MSPs
→On-premises automation with XOAP Connector
→All about XOAP’s Image Management module

Automate your Citrix deployment

Start for free
Book a demo

The post How XOAP modernizes Citrix MCS and PVS appeared first on XOAP.

]]> How to automate AWS without using Terraform https://xoap.io/how-to-automate-aws-without-using-terraform/ Thu, 09 Oct 2025 10:52:34 +0000 https://xoap.io/?p=25916 Script your infrastructure and operations across accounts. No HCL, no state files. Just fast, flexible automation from a single UI.

The post How to automate AWS without using Terraform appeared first on XOAP.

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Table of contents

If you’re managing AWS infrastructure, there’s a good chance Terraform is on your radar or already part of your pipeline.

However:
a) It’s not always necessary.
b) You might not need it at all.

The effort of writing HCL, managing state files and stitching together modules can slow things down, especially for operational tasks, account bootstrapping or cross-environment scripting.

If you want fast, simple and flexible AWS automation, XOAP can be a great option, with or without Terraform.

Is Terraform really necessary?

While Terraform is great for building infrastructure, not every task is about provisioning VPCs or load balancers.

Much of what DevOps and cloud teams do looks more like this:

• Applying security settings at scale.
• Running scripts across multiple accounts.
• Automating patching, updates or cleanup.
• Enforcing compliance across environments.
• Configuring operating systems or installing apps.

📌 Read more about Securing AWS accounts automatically

Using XOAP

XOAP can provision infrastructure, not just manage existing environments. It does this through Scripted Actions and prebuilt automation templates that let you create and configure:

• EC2 instances.
• IAM roles and policies.
• VPCs and security groups.
• S3 buckets and encryption settings.
• GuardDuty, Config, CloudTrail and other AWS services.

Instead of declaring resources in HCL, you write scripts – or use ready-made ones available in your XOAP Workspace – that tell AWS exactly what to do, which gives you:

• More flexibility to define infrastructure your way.
• Easier cross-account and multi-region provisioning.
• The ability to use conditional logic, loops and dynamic inputs.
• Simpler onboarding with no need to learn Terraform internals.

XOAP can be your provisioning engine and your operations tool, especially if you prefer scripting over declarative IaC.

What this means in practice for AWS automation

By using your own scripts or XOAP’s pre-built templates, you can automate AWS tasks directly, across any number of accounts:

• Connect your AWS environments easily (via access key or role).
• Create production-ready Landing Zones fast.
• Run Scripted Actions using PowerShell, CLI or your preferred language.
• Apply changes instantly or schedule them across time zones and regions.
• Automate configuration, security, updates and more.

No IaC or state files. Just automation that works at scale.

📌 Read more about Automating entire AWS operations

Example: Automating patching across all your EC2s

Let’s say you want to update EC2 instances with security patches across five AWS accounts.

With Terraform, that means modeling your EC2 fleet declaratively, managing dependencies and state updates, and possibly writing a custom provider or pulling in external data.

With XOAP, it’s a Scripted Action: you select a patching script, pick the accounts and hit run.

Scripted Actions can also be scheduled to keep it fully automated.

This way, you get:

➜ Secure access to each account.
➜ Parallel execution across regions.
➜ Logging, audit trails and notifications.

📌 Read more about Automating Amazon DCV deployment

Already using Terraform? Even better!

If your team already uses Terraform for provisioning, keep going. XOAP isn’t here to replace it, but to complement it.

While Terraform covers infrastructure provisioning, XOAP handles:

• Day-2 operations like updates, restarts or application installations.
• Cross-account orchestration, particularly when it involves configuration that goes beyond the platform’s capabilities.
• Conditional flows based on runtime state, like remediation scripts.
• Orchestration of operational sequences.
• Central view of execution history and logs.

You can even trigger XOAP actions via API to keep your workflows clean and modular.

Try XOAP now

If you’re spending time on repetitive tasks, dealing with multi-account complexity or just want a simple path to automation, XOAP can help. And if you’re already deep into Terraform, XOAP goes a step beyond.

💡 Read also:

→Automating entire AWS operations
→Securing AWS accounts instantly
→Automating Amazon DCV deployment

Terraform is a registered trademark of HashiCorp, Inc. XOAP is not affiliated with or endorsed by HashiCorp.
Results may vary depending on AWS account configuration, access permissions and workload complexity.

Simple and flexible automation

Start for free
Book a demo

The post How to automate AWS without using Terraform appeared first on XOAP.

]]> XOAP is a game-changer, even if you already use Microsoft Autopilot https://xoap.io/xoap-is-a-game-changer-even-if-you-already-use-microsoft-autopilot/ Tue, 22 Jul 2025 14:06:55 +0000 https://xoap.io/?p=24659 Even with Microsoft Autopilot in place, XOAP takes device management further by offering full lifecycle control, security and multi-tenant support.

The post XOAP is a game-changer, even if you already use Microsoft Autopilot appeared first on XOAP.

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Table of contents

Microsoft Autopilot has become the go-to solution for many IT teams when it comes to modern device provisioning. It simplifies the setup process, saves time, and enables a seamless experience for end users. But what comes after the initial provisioning or what about the use cases Autopilot doesn’t cover?

That’s where XOAP steps in and adds tremendous value, even for companies that have already standardized on Autopilot.

1. Autopilot covers the start, XOAP covers the full journey

Autopilot focuses on out-of-box provisioning, getting new devices ready for users. But enterprise IT often needs much more:

  • What about existing devices?
  • How do you ensure devices are compliant and secure from day one?
  • How do you manage multiple tenants and environments efficiently?

XOAP fills these gaps with a powerful, centralized platform that supports the full device lifecycle – from imaging to application deployment and configuration hardening.

Moreover, XOAP makes it easy to image systems directly from the console across major cloud platforms like AWS, Azure, and Google Cloud. Imaging with vSphere and Nutanix is also supported.

For bare metal devices, XOAP fully integrates with OSDCloud, allowing fast and flexible deployment using:

This gives you powerful imaging across cloud, virtual, and on-prem environments.

2. One interface for every deployment type

In reality, most organizations are hybrid:

  • Autopilot for new devices
  • Classic imaging for training rooms or shared environments
  • VMs, Citrix or RDS hosts for specialized scenarios

XOAP gives you a unified UI to manage all of these, removing silos and reducing operational complexity.

3. Security and compliance baked into the deployment process

Provisioning a device is one thing; making sure it’s secure and compliant is another.

With XOAPs Configuration Management module, you can:

  • Enforce CIS, STIG, or BSI compliance automatically during or after deployment
  • Integrate Windows LAPS, firewall settings, and configuration policies by design
  • Use configuration as code to ensure all systems remain aligned with security policies

This level of control goes far beyond what Autopilot alone provides.

Read more about:

→ CIS compliance
→ STIG security standards
→ NIS2 compliance

4. Smarter software deployment across environments

Autopilot doesn’t install software, except in Autopilot Pre-Provisioning scenario, formerly known as ‘white glove’.  Usually that’s handled through Intune. But what if you need more?

With Application Management module, you get:

  • A rich, reusable package library
  • Centralized packaging support across multiple tenants
  • A solution that works beyond Intune, including SCCM, hybrid setups, and disconnected environments

It’s a modern take on application delivery, with better flexibility and fewer limitations.

5. Multi-tenant management made easy

For MSPs or large enterprises managing multiple tenants, Intune becomes difficult to scale.

XOAP solves this by offering:

  • Unified control for all tenants
  • Reusable scripts, packages, and compliance templates
  • Per-tenant customization without duplicated effort

A major efficiency booster for complex environments.

6. Visibility and troubleshooting finally made simple

One of the biggest pain points with Autopilot is the lack of visibility when something goes wrong.

With central insights and reporting, you get:

  • Transparent, real-time status reporting
  • Detailed logs and execution history
  • Proactive alerts before small issues become big problems

Especially useful in hybrid environments where Intune, SCCM, and on-prem AD coexist.

XOAP is the natural evolution for Autopilot-powered environments

Microsoft Autopilot is a solid starting point, but XOAP transforms it into a powerful, secure, and scalable automation strategy:

  • More control
  • Better compliance
  • Broader reach
  • Unified automation

Autopilot gets your devices ready – XOAP makes them productive, secure, and compliant.

Want to see XOAP in action? Book a personalized demo today.

Take your Autopilot deployment to the next level with XOAP

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]]> The EUC Hexagrid and our role https://xoap.io/the-euc-hexagrid-and-our-role-2025/ Mon, 30 Jun 2025 11:21:15 +0000 https://xoap.io/?p=23843 XOAP is one of the key players in the End-User Computing (EUC) ecosystem. Check out the EUC Hexagrid for a detailed technical overview.

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Once again, XOAP has been featured in the End-User Computing Hexagrid by Dizzion, a Desktop as a Service (DaaS) provider.

You can find us in the DaaS (Others) category for “platforms or software tools that enable the automation, orchestration, deployment, management and optimization of desktop-as-a service solutions.”

For a better understanding of EUC, we encourage you to check out Dizzion’s EUC Hexagrid where you can find XOAP located in the top left corner.

Part of DaaS (Others)

EUC Hexagrid Tech Overview 2025
Photo credit: Dizzion

Our deep understanding of EUC and DaaS is reflected in our comprehensive suite of solutions that can be tailored to meet unique business requirements.

Software packaging and delivery
Desired State Configuration across all Workspaces
Hybrid VM image build standards and automation
Hybrid-multi-cloud automation and standards

As a trusted partner to numerous organizations, our successful implementations and satisfied customers speak volumes about our dedication to providing innovative solutions that drive digital transformation.

🚀 See how we’ve helped our customers:

Simplified workplace management and delivery (DEG Invest)

Reduced costs and administrative activities (LZfD)

Server automation, standardization and hardening (Nanu-Nana)

We invite you to try XOAP today and take the first step towards enhancing your EUC strategies. By doing so, you can enable your team to adapt to evolving work styles and technological advancements while maintaining security and optimizing costs.

See how easy hybrid IT can be

Start for free
Book a demo

The post The EUC Hexagrid and our role appeared first on XOAP.

]]> Hybrid IT in practice: Top 6 challenges and how to solve them fast https://xoap.io/hybrid-it-in-practice-top-6-challenges/ Wed, 18 Jun 2025 12:14:01 +0000 https://xoap.io/?p=23624 Managing hybrid IT in practice requires the right approach – uncover key strategies to simplify systems, cut costs and improve visibility.

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Table of contents

Managing IT today is no simple task. With businesses relying on a mix of on-premises systems, cloud platforms, and modern applications, the hybrid IT landscape offers flexibility but also brings plenty of challenges.

From making sure all your systems communicate well to keeping costs under control and staying secure, there’s a lot to juggle. In this blog, we’ll break down the most common challenges companies face in hybrid IT environments and share practical ways to tackle them.

1. The challenge of making everything work together

What’s the issue?

In a hybrid setup, you’re often working with a mix of older systems, modern applications, and different cloud platforms. Data silos, incompatible interfaces, and fragmented tools often create roadblocks that drain time and resources.

How to fix it

Many companies are turning to integration tools that help bridge the gap. Using APIs, containers, and orchestration tools like Kubernetes can make systems easier to manage. Automating workflows and standardizing how data is shared can also help reduce confusion and cut down on mistakes.

Another way is to use an automation platform like XOAP that simplifies integration across complex environments. XOAP helps unify connections between legacy systems, cloud platforms (like Azure, AWS, and GCP), and modern applications by offering pre-built connectors and low-code integration tools.

2. Keeping systems secure and staying compliant

What’s the issue?

When your data and services are spread across different platforms, keeping everything secure becomes more difficult. It’s also harder to meet privacy and compliance requirements, especially if your business operates in multiple regions.

Each place where data is stored or accessed is a potential risk. The more platforms you use, the harder it becomes to keep track of where your data is, who has access to it, and how it’s being protected.

On top of that, different countries and industries have their own rules for how data should be handled. If your systems aren’t aligned, you could accidentally fall out of compliance, leading to fines or data breaches.

How to fix it

A zero-trust approach is becoming more common. This means every access request is verified, whether it’s coming from inside or outside your network. It also helps to use encryption, multi-factor authentication, and strong access controls. Regular audits and compliance checks can make sure you’re meeting industry standards like GDPR or HIPAA.

Plus, by using automation solutions, you can let these security checks run in the background without needing to do everything manually. They can catch things like misconfigurations, unusual activity, or policy violations early. This helps you stay secure and compliant without constantly checking everything yourself.

 Recommended read: How to automate NIS2 compliance

3. Struggling to see the full picture

What's the issue?

It’s tough to manage what you can’t see. In hybrid IT, teams often lack a complete view of what’s happening across all systems. This can lead to slower responses when something breaks or performs poorly.

However, this isn’t about a lack of skill – it’s about infrastructure complexity. It has a lot of moving parts, from on-prem servers and cloud platforms to APIs, containers, and third-party tools. These are often spread out across different environments, which makes it hard to see everything at once. Even strong IT teams can miss issues if they don’t have a clear, unified view.

How to fix it

Centralized monitoring solutions can bring everything into one place. When you can see logs, metrics, and alerts across your full environment, it’s easier to catch issues early and respond quickly. It also helps your team stay proactive rather than just reacting to problems.

Learn more about the platform to manage all desktops and servers from one place

4. Surprise bills and rising costs

What's the issue?

Cloud services promise to save money, but many teams find themselves hit with unexpected charges. If resources aren’t managed well, costs can add up fast.

For example, it’s easy to spin up new virtual machines or storage in the cloud, but if no one remembers to shut them down when they’re no longer needed, you’ll keep getting billed. The same goes for over-provisioned environments – paying for more capacity than you actually use. Even unused testing environments left running over the weekend can lead to surprisingly high costs.

How to fix it

Cost control starts with visibility. Set usage budgets, track real-time consumption, and eliminate unused or idle resources automatically. Look for ways to right-size your workloads and automatically shut down unused resources. Even small changes can make a big difference in keeping costs under control.

If managing all that manually takes too much time, you can use a solution like Scripted Actions – such as automating and scheduling when your VMs should shut down.

5. Performance issues and slow response times

What's the issue?

If users are far from where applications or data are hosted, they may experience delays or slow performance. This can be frustrating, especially for apps that need to respond in real time.

How to fix it

Think about where your workloads are hosted. Place performance-critical apps closer to users, whether that means on premises or in a cloud region near them. Technologies like edge computing and content delivery networks (CDNs) can also help reduce latency and improve user experience.

6. Getting locked into one vendor

What's the issue?

Depending too much on a single cloud provider or tool can limit your options. If your business needs change or if the vendor raises prices, switching can be difficult and expensive.

Many companies start with one cloud provider because it’s easier or cheaper at first. But over time, they might find themselves stuck with that provider’s specific technologies or pricing models. This “vendor lock-in” can make it hard to adopt better tools or negotiate costs. It also limits your ability to take advantage of innovations from other providers.

How to fix it

The best way to avoid vendor lock-in is to build your systems with flexibility in mind from the start. This means using open standards and tools that work across different clouds and on-prem environments, rather than relying on one provider’s unique technology.

Platforms like XOAP can help by making it easier to connect and manage different systems without forcing you to commit to a single vendor. This approach gives you more freedom to change or grow your setup without starting over. Planning for flexibility helps you stay in control and avoid getting stuck with one provider.

Building a resilient hybrid IT environment

Hybrid IT combines on-premises infrastructure with cloud services, but it requires careful planning to avoid common traps.

Tackling integration issues, strengthening security and compliance, maintaining centralized visibility, controlling costs, optimizing performance and preventing vendor lock-in are essential steps.

By addressing these areas with the right processes and tools, you can build a hybrid IT environment that improves operational reliability, reduces risks, and supports business growth.

Ready to regain control of your hybrid IT stack? See how XOAP helps teams cut costs, improve visibility and reduce manual tasks!

You may also be interested in:
→ Why configuration as code is essential for modern DevOps
→ Why automation matters and how IT teams can get started
→ Feature-rich alternative to Ivanti

See how easy hybrid IT can be

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Book a demo

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]]> What’s changed in IT automation and what has… not https://xoap.io/automation-talks-episode-03/ Fri, 13 Jun 2025 10:15:16 +0000 https://xoap.io/?p=23380 Ep. 03 with Mathias Kowalkowski (SVA) | Watch now

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Automation talks

What's changed in IT automation... and what has not?

Ep. 03 with Mathias Kowalkowski (SVA)

Watch on YouTube

About the episode

Cloud Meets Hybrid | Automation Talks, hosted by Mario Istuk, is a podcast by XOAP, exploring IT infrastructure and automation topics.

Tune in for deep dives with expert guests and short updates on current IT topics.

▶ Watch on YouTube & Apple Podcasts
🎧 Listen on Spotify

What has actually changed in IT automation over the years – and what has not?

Our guest is Mathias Kowalkowski. With more than 20 years of experience in engineering and consulting, Mathias has been focusing on the digital workspace, hybrid cloud and automation as a Senior Consultant at SVA.

Have a question, suggestion or comment? Let us know at hello@xoap.io.

What's changes in IT automation and what has not | Automation Talks | XOAP

Watch now!
Available on YouTube, Apple Podcasts and Spotify.

Meet our host

XOAP

Mario Istuk

Mario Istuk, a co-founder of XOAP, oversees sales, marketing and corporate partnerships. With over 15 years of experience in IT infrastructure and automation, he helps organizations optimize complex hybrid IT environments. Mario hosts XOAP’s Automation Talks podcast, leads online events and speaks at conferences across Europe.

Upcoming & past events

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