AppPorter vs Patch My PC

AppPorter distributes entitled applications to desktop and mobile endpoints and hosts private Python and npm packages. It supports Linux, macOS, Android, iOS, and Windows, with formats including deb, rpm, dmg, pkg, APK, IPA, exe, and msi. A portal and local agent install, update, repair, and remove applications, including required or optional updates. Administrators assign software to users, groups, devices, or organizations by subscription, role, license, or release channel. Internal, beta, and stable channels support explicit and staged rollouts, while a branded self-service portal lets users browse approved apps and release notes. The Python registry handles wheels and source distributions through a pip-compatible Simple API; the npm registry supports scoped and unscoped packages. AppPorter lists SHA-256 integrity fields, package signing, OIDC administration, role and tenant controls, HTTPS delivery, and exportable audit logs. Pricing is on request.

Patch My PC automates packaging, deployment, and updates for third-party applications across managed devices. Its Publisher integrates with Microsoft ConfigMgr, Intune, and WSUS. Patch My PC Cloud is a SaaS portal aimed mainly at Intune customers and can also extend ConfigMgr capabilities. The pricing page lists a curated catalog of 3,782 supported products. Publisher can package applications for x86, x64, and ARM64 architectures; Cloud can create custom packages for ConfigMgr or Intune. Cloud can also publish macOS applications to Intune, including DMG and PKG apps for Intel and Apple Silicon. Enterprise subscriptions include unlimited support from in-house engineers, setup assistance, and environment reviews. The company says it aims to release updates on the same day as vendors, generally between 1:00 and 5:00 PM Eastern Standard Time. A 30-day business trial includes all features and supported products. Enterprise Plus starts at 3,500 USD per year for up to 1,000 devices; Enterprise Premium starts at 5,000 USD per year for up to 1,000 devices.