PSADT: basics and structure
What the PowerShell App Deployment Toolkit does, how a package is structured and where the limits are.
Packaging knowledge
How installers become verifiable PSADT packages: workflow, detection, silent switches and the errors that show up in Windows testing.
A package takes minutes to create. Whether it works shows up on the second device. Most failures are not clicking errors; they are decisions made earlier: which source, which silent parameters, how installation is detected, and what uninstall is supposed to remove. Answer those four and you have a package. Skip them and you have a file that happens to work on your test machine.
It starts with an installer from the vendor: MSI, EXE, or an older DSM package. That becomes a Win32 package for Intune, with install command, uninstall command, detection rule and a set of return codes Intune understands. Then comes the part nobody can skip: install, uninstall, install again — on a machine that is not already full of test leftovers.
PSADT basics explain what the toolkit does and when a plain installer is enough. Software packaging covers silent parameters, detection and choosing the source. Migration describes the move from DSM and SCCM. Production is about versions, logs and bandwidth. Team covers standards, workspaces, API and audit.
PilotDeploy reads sources locally in the browser, without uploading installers. It produces a PSADT package with a fixed structure: launcher, PowerShell script, sources under Files/Source, reports under PackageInfo. What remains visible are the decisions a tool cannot make for you: silent parameters, detection, uninstall, return codes and the manual test on Windows.
If you know the workflow and just want to build a package, the builder starts without a credit card. If you want to know whether the effort is worth it, start with “What is PSADT”.
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What the PowerShell App Deployment Toolkit does, how a package is structured and where the limits are.
From MSI to a verifiable Win32 package: silent parameters, detection and choosing the source for Windows deployments.
DSM to PSADT, SCCM to Intune: what carries over, what has to be rebuilt and which order keeps the rollout moving.
Versions, supersedence, logs and bandwidth: what happens after rollout and how to narrow down failures.
Standards, workspaces, CI/CD and audit: how several admins build the same packages without every package looking different.
Three routes to a Win32 package compared: effort, traceability and the cases where tooling makes no difference.