Understanding Unattended Remote Access for Windows

    Whether your organization is fully back on-site, hybrid, fully remote, or on-site but globally dispersed, the ability to manage devices remotely is not just mere convenience; it’s a critical component of IT operations. This is especially true for Windows devices, which are central to the operational infrastructure of many organizations.

    Unattended remote access for Windows stands out as a pivotal technology, enabling IT teams to manage, troubleshoot, and maintain Windows device fleets without needing physical presence or user intervention. 

    Unattended Remote Access for Windows
    Unattended Remote Access for Windows with UEM

    Coupled with Unified Endpoint Management (UEM), the unattended remote access for Windows capability becomes even more powerful, streamlining device management across various platforms and locations. In this blog, we will explore the world of unattended access and the role a UEM solution can play in making it more streamlined and effective.

    What is Unattended Remote Access?

    Unattended remote access allows IT administrators and support teams to access and control Windows devices remotely without requiring an end-user to be present on the host device. This is invaluable for pushing updates, troubleshooting issues, or configuring settings outside of regular business hours. The key advantage here is minimizing downtime and ensuring employees have fully functional systems ready to go when they are, maximizing productivity and operational efficiency. 

    And yes, it’s indeed a fallacy to think unattended remote access is only for remote work. If anything, it’s an essential part of any organization, especially those with round-the-clock operations across time zones.

    Unattended remote access breaks down location barriers, making it ideal for IT support specialists, IT departments, and managed service providers (MSPs). Administrators can leverage this technology to roll out changes to any end device, whether a PC, laptop, smartphone, digital signage, kiosk, or even a point-of-sale (POS) system. With unattended access at your fingertips, you gain complete control and perform maintenance on all your devices remotely. This ensures comprehensive and reliable support for your employees and clients, wherever they may be.

    Quite simply, when the host device is Windows, it’s unattended remote access for Windows! 

    Benefits of Unattended Remote Access for Windows

    Apart from the obvious and innate benefit of minimal device downtime, which is key, there are a few additional but crucial benefits of unattended remote access.

    24×7 Work Environments

    Unattended remote access for Windows facilitates a 24×7 work environment by allowing IT teams to manage and troubleshoot devices anytime, regardless of their physical location or time zone. This ensures that global teams can work without interruption, with IT support available round-the-clock to keep systems up and running efficiently.

    Quick Resolution

    With unattended remote access, IT professionals can swiftly identify and resolve issues without waiting for user availability. This immediate intervention reduces system downtime, ensuring critical processes and operations continue smoothly, significantly enhancing overall productivity and operational efficiency.

    Cost Savings

    Implementing unattended remote access leads to substantial cost savings. It reduces the need for on-site visits, lowering travel expenses and time spent by IT personnel in transit. Additionally, the ability to proactively manage and maintain devices remotely minimizes the risk of costly downtime and the need for emergency interventions, further contributing to overall IT ops efficiency.

    UEM Solution with Unattended Remote Access Feature: The Best Bet

    For organizations, big or small, opting for a UEM solution with an unattended remote access feature for Windows is the best bet. While Windows device management with UEM has a host of advantages to streamline IT operations, remote PC access or access to any unattended (host) Windows device extends the scope for IT teams. 

    Before we go further, there is a need to realize the fundamental difference between general remote support and unattended remote access. Basic remote support requires the end user to approve access to the host device. Whereas in case of unattended access, IT can take control of the host device remotely without the presence of the end user. A good use case of the latter is devices like kiosks or digital signage that are unattended and run for a dedicated purpose. Yet, this feature is equally helpful in cases of host devices when the end user isn’t available. 

    When unattended remote access is available within a UEM framework, it empowers IT teams with the capability to manage and secure Windows devices from a single console proactively. It enhances operational agility, security, and efficiency, making it easier to enforce policies, push updates, and ensure compliance across all devices.

    For those of you still apprehensive about IT taking control of your devices without your approval, there are no compromises on data and device security. Only authorized personnel can take over a Windows device, thanks to UEM features like encryption, multi-factor authentication, and role-based access control (RBAC). Especially with RBAC, organizations can rest assured that there is no way any unauthorized person can initiate unattended remote access from the UEM dashboard for any device within the organization, be it company-owned or under a BYOD policy.

    An IT Checklist for Unattended Remote Access using UEM

    Implementing unattended remote access within a UEM environment involves careful planning and execution. It starts with selecting a solution that aligns with the organization’s security standards and operational needs. Following that, IT teams should focus on device enrollment, ensuring all Windows devices are brought under the UEM umbrella. Setting up policies for access control, OS update schedules (patch management), and compliance checks is necessary for maintaining security and operational efficiency. Additionally, IT teams must be prepared to troubleshoot common issues that may arise during implementation, such as connectivity problems or software conflicts.

    Selecting the appropriate UEM solution with Windows unattended remote access feature involves evaluating various factors, including:

    • Security features: Look for end-to-end encryption, robust authentication mechanisms, and comprehensive audit trails.
    • Ease of use: The solution should offer a straightforward, intuitive interface for both administrators and end-users.
    • Compatibility: Ensure the solution supports all relevant Windows versions and integrates well with your ITSM platform for ticketing and support.
    Get to know more about troubleshooting unattended Windows devices remotely using Scalefusion.

    Choose Scalefusion to Access Unattended Windows Devices Remotely

    Leveraging a Unified Endpoint Management solution for unattended remote access offers a powerful means for managing and troubleshooting Windows devices remotely. This approach enhances IT efficiency and supports a more agile and responsive IT operation. 

    With Scalefusion UEM, organizations can ensure their Windows devices are always managed, secured, and ready to support modern workplace and business requirements. Speak to our experts and schedule a demo to explore Scalefusion’s remote management scope further. Sign up for a 14-day free trial


    1. What is unattended remote access?

    Unattended remote access refers to the ability to connect to and control a device without requiring someone to be physically present or actively interacting with the device at the time of access. This is particularly useful in Mobile Device Management (MDM) scenarios where IT administrators can remotely troubleshoot or manage devices without interrupting the user’s activities.

    2. What is an unattended device?

    An unattended device is a device that can be accessed and managed remotely without the need for someone to be actively present or interact with it. In MDM, this could include mobile phones, tablets, or other devices that are enrolled in a management system, allowing administrators to perform tasks like software updates, security checks, or data wipes without user intervention.

    3. How does unattended access work?

    Unattended access typically works by establishing a secure connection between the remote device (such as a computer or mobile device) and the controlling system (like an MDM platform). This connection enables authorized personnel to view and interact with the device’s screen, transfer files, and execute commands, all while bypassing the need for direct user involvement.

    4. What is the difference between attended and unattended remote access?

    The key difference between attended and unattended remote access lies in user presence during the remote session. Attended access requires the user to be present and actively participate in the session, whereas unattended access allows administrators to connect to a device without needing the user’s immediate involvement, making it ideal for background maintenance and updates in MDM.

    5. How do I get rid of unattended access?

    To disable unattended access, particularly in MDM environments, administrators can revoke permissions or deregister the device from the management system. This effectively terminates the remote connection capabilities, ensuring that the device can no longer be accessed or controlled remotely without explicit reauthorization. This step is crucial for maintaining security and privacy in managed device environments.

    Abhinandan Ghosh
    Abhinandan Ghosh
    Abhinandan is a Senior Content Editor at Scalefusion who is an enthusiast of all things tech and loves culinary and musical expeditions. With more than a decade of experience, he believes in delivering consummate, insightful content to readers.

    Product Updates

    Introducing Staggered Deployment for Android

    We're excited to unveil a new feature to simplify app deployment: Staggered Deployment for Android Enterprise and Recommended Applications. This feature is designed to...

    Introducing Maker-Checker: Enhancing Decision Making on Scalefusion

    In a world where human and technological imperfections coexist, having an extra pair of eyes never hurts, especially when dealing with large device inventories....

    Introducing Scalefusion ProSurf: A Secure Browser for Windows Devices

    We're thrilled to introduce Scalefusion ProSurf for Windows—a browser that delivers secure and controlled browsing experiences on managed Windows devices. Scalefusion ProSurf empowers organizations...

    Introducing Apple ID-driven Enrollment: Modern BYOD for iOS Devices

    We are excited to announce the launch of Apple ID-driven user enrollment. Enterprises can now leverage full-blown BYOD for iOS devices by enabling a...

    New Enhancements to Scalefusion Deployer

    At Scalefusion, we practice the art of continuous improvement. It stems from our mission to solve the everyday challenges of IT admins. We kick-started...

    Multi-Factor Authentication (MFA): The Extra Layer of Security for Your Accounts

    Ever thought of the risks associated with accessing sensitive data using just a single set of credentials? Enter user...

    What is Identity and Access Management? Who Gets Access and Why?

    Imagine a situation where a stolen password exposes critical corporate information to bad actors. Your IT and security teams...

    Must read

    Introducing Maker-Checker: Enhancing Decision Making on Scalefusion

    In a world where human and technological imperfections coexist,...

    Introducing Scalefusion ProSurf: A Secure Browser for Windows Devices

    We're thrilled to introduce Scalefusion ProSurf for Windows—a browser...

    More from the blog

    Addressing IT Management Challenges for SMBs

    Budget constraints, resource crunch, industry regulations, top and bottom lines, and so much more. There are a host of challenges that SMBs must grapple...

    Understanding LDAP: The Lightweight Directory Access Protocol

    Lightweight Directory Access Protocol, or LDAP, isn’t a new kid on the block. In fact, its history dates back to 1993. Tim Howes and...

    Who Verifies Your Identity Online? Understanding Identity Providers

    Hey You! The eternal Pink Floyd song! Decades later, a similar question beckons us online in a world outside that musical masterpiece. It goes...

    From Onboarding to Offboarding: User Lifecycle Management Explained

    It’s always exciting for organizations when their business scales well, and with that, there’s an increase in their employee base. This also means onboarding...