Windows App vs Remote Desktop: What's new and what's better

Microsoft replaced the Remote Desktop app with Windows App in 2025, retiring the standalone MSI client in March 2026 for commercial cloud environments. For some teams, this remote desktop software transition is a genuine upgrade. For others, it is a forced move to a product that was not built for their use case. This article covers both sides: what is actually new in Windows App, what is better, where it still falls short, and whether the switch is worth it for your team.

Key takeaways

• Windows App introduced genuinely new capabilities the old Remote Desktop app never had: RDP Multipath (generally available, extended with redundant TCP paths), LAN support, keyboard input protection (in preview), and Intune MAM for mobile devices (requires Intune licensing).

• For organizations on Azure Virtual Desktop, Windows 365, or Microsoft Dev Box, Windows App is a meaningful upgrade.

• For on-premises IT and MSP workflows, Windows App is a step back: no session recording, no audit trails, no unattended access management, and no cross-platform endpoint support.

• The underlying RDP protocol and mstsc.exe remain unchanged. Only the managed app clients were retired.

• Zoho Assist is remote desktop connection software that covers the gaps Windows App leaves: cross-platform, compliance-ready, and independent of Microsoft's cloud infrastructure.

What is the difference between Windows App and Remote Desktop?

Remote desktop software is any application that lets a user view and control another computer's desktop over a network, typically for IT support, remote work, or accessing files and programs on a different device.

Microsoft Remote Desktop (RDP) is Microsoft's built-in remote display protocol and client, most commonly accessed through mstsc.exe, that connects a user directly to a PC or server over RDP.

Windows App is Microsoft's cloud workspace client that connects users to Azure Virtual Desktop, Windows 365, and Microsoft Dev Box from one app across Windows, macOS, iOS, and Android.

The core difference is intent: the Remote Desktop app was Windows remote desktop software built for direct connections to PCs and servers, while Windows App is built for Microsoft's cloud products. That single distinction creates a wide gap for teams doing on-premises support.

Two complaints surface most often from IT professionals who have made the switch. The first is authentication friction: Windows App is heavily optimized for Microsoft Entra ID, which works cleanly inside a single corporate tenant but creates real problems for MSPs supporting external clients, personal accounts, or non-Azure environments.

The second issue involves monitor control: a persistent complaint is that Windows App has struggled to consistently let users choose which specific monitors to use for a session, a capability the legacy client handled reliably, though Microsoft has been actively closing many of the feature parity gaps.

What is new in Windows App that Remote Desktop never had?  

Windows App introduced four capabilities that did not exist in the Remote Desktop app: RDP Multipath for session resilience, direct LAN connections for local PC access, keyboard input protection against keylogging attacks, and Intune Mobile Application Management for BYOD scenarios on iOS and Android.

These are not incremental improvements to existing features. They are entirely new to the client:

RDP Multipath  

RDP Multipath is generally available, with the phased rollout complete. It maintains multiple redundant UDP paths between the client and the session host simultaneously, switching to a better path automatically if the active one degrades or drops. Microsoft extended it further with redundant TCP transport paths, improving resilience for networks where UDP is restricted by firewalls or security appliances. This directly addresses one of the most persistent complaints about remote sessions on unstable or restricted enterprise networks.

LAN and direct PC connections  

LAN and direct PC connections closed a significant gap that frustrated IT teams when the Store app was removed. Windows App initially could not connect to PCs on the same local network, and most IT professionals continue using mstsc.exe for direct local connections until this feature reaches full general availability. For teams evaluating remote desktop over LAN as a long-term solution, dedicated tools with automatic LAN detection offer a more reliable path forward.

Keyboard input protection  

Keyboard input protection, in preview, provides client-side security against keylogging and keystroke injection techniques during supported remote sessions. The Remote Desktop app had no equivalent protection. This is particularly relevant for organizations in regulated industries or high-security environments where endpoint integrity is a compliance requirement. Keylogging attacks targeting remote sessions have become a documented vector in enterprise environments, making this a meaningful addition for security-conscious IT teams.

Intune Mobile Application Management  

Intune Mobile Application Management (MAM), available for organizations licensed for Microsoft Intune, lets IT admins apply data loss prevention controls when users access Windows resources through Windows App on iOS and Android, without requiring full device enrollment. This is purpose-built for BYOD environments and does not come out of the box with Windows App alone. Organizations without an Intune license cannot access this capability.

What does Windows App do better than the old Remote Desktop app?  

For organizations on Microsoft's cloud stack, Windows App is a meaningful upgrade beyond just the new features: a single client replacing three separate ones, a cross-platform presence the old app lacked, and tighter integration with modern identity and collaboration tools.

Specific improvements over the Remote Desktop app:

• Unified access to Azure Virtual Desktop, Windows 365, and Microsoft Dev Box from one interface, replacing three separate clients

• Available as a native app on Windows, macOS, iOS, and Android, not just Windows

• Microsoft Teams optimization for cloud PC sessions, reducing latency and improving audio and video quality

• Entra ID single sign-on for organizations running a Microsoft 365 tenant, removing repeated credential prompts

• Dynamic display resolution that adjusts automatically when resizing the session window

• Launch remote resources directly from Windows Start menu and Spotlight search on macOS and iOS

• Active development cadence with regular updates; the Remote Desktop app received none after retirement was announced

If your organization is already invested in Azure Virtual Desktop or Windows 365, Windows App is not a cosmetic change. It consolidates what previously required separate clients and adds capabilities the Remote Desktop app never had.

Why did Microsoft replace Remote Desktop with Windows App?  

Microsoft made the switch for commercial reasons: It sells Azure Virtual Desktop, Windows 365, and Microsoft Dev Box as separate paid subscriptions, each with its own client. A single unified app reduces fragmentation, lowers maintenance costs, and creates a direct on-ramp to Microsoft's cloud services.

The Remote Desktop app was a utility. Windows App is a product. That difference matters because utilities get maintained indefinitely, while products get invested in when they drive revenue. By tying remote access to Entra ID and the Microsoft 365 ecosystem, Microsoft keeps organizations managing cloud PCs inside its subscription model.

For organizations already on Azure, this is an alignment of tools with infrastructure. For businesses running on-premises environments or mixed OS fleets, it is a commercially motivated migration toward a platform they do not use.

Where does Windows App fall short for professional IT support?  

Windows App has functional gaps that surface quickly in real-world IT environments. There is no unattended remote access deployment or management, no session recording, no cross-platform endpoint reach, and persistent proxy authentication issues in enterprise networks.

The full list of gaps for IT and MSP use cases:

• No unattended remote access deployment or management

• No session recording or audit trail for compliance

• No support for macOS, Linux, iOS, or Android as remote endpoints

• No technician role management or queuing for helpdesk teams

• Forced Entra ID or Microsoft account login creates friction outside Azure environments

• Proxy and HTTP authentication issues persist in high-security corporate and government networks

• Reduced RDP session configuration compared to the legacy client

For teams in regulated industries such as healthcare, finance, and legal, the absence of session recording and audit trails is not just inconvenient. In environments with HIPAA compliance requirements, it can be a hard blocker.

For a detailed breakdown of each Windows App limitation and how it affects day-to-day IT workflows, see Microsoft Remote Desktop Retired 2026: Windows App Problems and Best Alternative.

Is Windows App worth switching to?  

It depends entirely on your infrastructure. Windows App is worth switching to if your organization runs Azure Virtual Desktop, Windows 365, or Microsoft Dev Box. It is not worth switching to as a replacement for traditional remote desktop software for Windows if your team does on-premises support, manages mixed-OS environments, or provides professional IT support to external clients.

A simple way to decide:

• You run cloud-hosted Windows environments through Microsoft: switch to Windows App. It was built for you, and it is better than what came before.

• You manage on-premises endpoints, support external clients, or need session recording and compliance features: Windows App does not cover your use case. mstsc.exe remains available for direct connections, but it is a legacy tool with no future feature updates.

• You are an MSP supporting multiple client organizations: Windows App's Entra ID dependency and lack of professional support tooling make it a poor fit. A purpose-built remote support platform is the practical path forward.

• You are a homelab user or personal user: this is the use case where Windows App has historically frustrated people the most. It originally launched with no LAN or local PC support and required a work or school account. Direct PC connections via local network are available in preview, and personal accounts are supported, but the feature has not reached full general availability. mstsc.exe remains the more reliable option for homelab use.

What is the best remote desktop alternative for IT teams and MSPs?  

For teams that need cross-platform unattended access, session recording, and compliance features without dependency on Microsoft's cloud infrastructure, Zoho Assist is purpose-built remote desktop connection software that covers exactly what Windows App leaves behind.

Zoho Assist works independently of Azure, Entra ID, and open RDP ports. It uses outbound-only connections, so there is no VPN to configure, no firewall rules to change, and no port 3389 to expose. As remote desktop software for Windows, macOS, Linux, iOS, Android, and Chrome OS endpoints, it covers the full range of devices IT teams actually support.

What it covers that Windows App does not:

• Unattended remote access deployable across Windows, macOS, and Linux

• Remote endpoint support for Windows, macOS, Linux, iOS, Android, and Chrome OS

• Session recording and full audit trails for compliance

• Outbound-only connections with no VPN or open ports needed

• Multi-technician management with role-based access controls

• Integrations with Zoho Desk, Zendesk, Freshdesk, Jira Service Management, and ServiceNow

Windows App is a genuine upgrade for Azure Virtual Desktop and Windows 365 teams. For everyone else, it replaces a tool that worked with one that does not. Zoho Assist is remote desktop software built for how those teams actually work, featuring a cross-platform, compliance-ready platform with no Microsoft cloud dependency.

FAQ

Is Windows App the same as Windows remote desktop software?  

Not exactly. Windows remote desktop software traditionally referred to tools like mstsc.exe or the Remote Desktop Store app, which connected directly to PCs and servers over RDP. Windows App is a cloud workspace client that uses RDP internally but is built primarily for Azure Virtual Desktop, Windows 365, and Dev Box. For direct PC-to-PC remote access, mstsc.exe remains available but is a legacy tool with no planned feature updates.

To understand how remote desktop works at a protocol level, and how modern cloud-based tools differ from legacy RDP clients, see the linked explainer.

Is Microsoft removing Remote Desktop completely?  

No, but it is closer to retirement than many users realize. The Remote Desktop Store app was removed from the Microsoft Store on May 27, 2025, with connections to cloud services blocked from September 30, 2025. The standalone MSI client used by enterprise IT departments reached end of support on March 27, 2026 for commercial cloud environments. Organizations on Azure Government and Azure 21Vianet have until September 28, 2026. The underlying RDP protocol and mstsc.exe remain available in Windows, but Microsoft has indicated no future feature development for mstsc.exe.

Is Windows App a full replacement for the Remote Desktop app?  

For cloud environments, yes. For on-premises and direct PC connections, not fully. Windows App is optimized for Azure Virtual Desktop, Windows 365, and Dev Box. Direct PC connections via LAN are in preview, but most IT professionals continue using mstsc.exe for those scenarios.

What is new in Windows App compared to Remote Desktop?  

The four genuinely new capabilities are RDP Multipath (session resilience over redundant UDP and TCP paths, generally available), LAN and direct PC connection support (in preview), keyboard input protection against keylogging attacks (in preview), and Intune Mobile Application Management for BYOD iOS and Android devices (requires Intune licensing). None of these existed in the Remote Desktop app.

Why are IT teams frustrated with Windows App?  

The most common complaints are forced Microsoft account or Entra ID sign-in, reduced session configuration options, poor on-premises workflow support, inconsistent monitor selection behavior, proxy and HTTP authentication failures in enterprise networks, and the absence of professional IT support features like session recording, unattended access, and audit trails.

What are the limitations of Windows App?  

Windows App lacks unattended access, session recording, and audit trails, and it only supports Windows as a remote endpoint. It also requires Entra ID or Microsoft account sign-in, offers fewer RDP configuration options than the legacy client, and has had inconsistent monitor selection and proxy authentication issues on some enterprise networks.

What is the best alternative to Microsoft Remote Desktop for MSPs?  

Zoho Assist is a leading remote desktop alternative for MSPs and IT teams. It offers cross-platform unattended access, session recording, compliance-ready audit trails, and no dependency on Azure or Microsoft Entra ID. It supports Windows, macOS, Linux, iOS, Android, and Chrome OS endpoints and integrates with major helpdesk platforms.

For a full comparison of leading tools, see the top remote support software for IT teams in 2026.

Does Zoho Assist support unattended remote access?  

Yes. You can deploy the unattended agent silently across Windows, macOS, and Linux and access enrolled devices at any time without end-user presence. Unattended access is managed centrally with role-based controls for multi-technician teams.

Is Zoho Assist cross-platform?  

Yes. Technicians can connect from any Windows, macOS, Linux, or browser-based environment. Remote endpoints can run Windows, macOS, Linux, Raspberry Pi, Android, iOS, or Chrome OS, covering mixed-OS environments where Windows App has no reach.

Does Zoho Assist require a VPN or open firewall ports?  

No. Zoho Assist uses outbound-only connections, which means no VPN configuration, no firewall rule changes, and no open RDP ports on the remote device. This is one of the primary reasons IT teams use it as a Remote Desktop replacement in environments where exposing port 3389 is a security concern.