Device outages happen. But if you can troubleshoot a POS terminal or a bank of warehouse scanners remotely, it can mean those devices are back online today. The alternatives might take days or weeks, plus a costly truck roll or overnight hardware swap shipment.
The obvious customer experience impact of “Out of Order” signs aside, operational fallbacks from devices simply aren’t available in many contexts like retail anymore. This means businesses aren’t just inconvenienced when devices go down — they’re often forced to shut the doors.
In short: The cost and reputational stakes of frontline device failures are higher than ever. The clear mitigation strategy for that risk is robust remote management and troubleshooting. Teams need the right tools, processes, and workflows to get the job done. Here’s how to start thinking about building your remote muscle and stop blowing incremental budget on emergency on-site support.
Learn More: Remote Monitoring and Management | MDM Solutions >
What is Remote Device Management? Core Definitions
In device management, not all remotes are created equal. Here are some core terminology breakdowns that will clarify how we refer to certain concepts going forward.
- Remote viewer: Any piece of software that allows you to view the screen of a device remotely. Commonly available in MDM software, and in various applications for all major operating systems (Android, iOS, Windows, Linux).
- Remote control: Any piece of software that allows you to control the HMI inputs (mouse cursor, touchscreen, keyboard) of a device remotely. Available in some MDM software, and in various dedicated applications for Windows, Android, and Linux.
- Remote terminal: Any piece of software that gives you remote terminal access to a device. Generally not available in most MDM software. Names vary by platform — e.g., Windows PowerShell, Linux SSH, or Android ADB.
- Remote monitoring: Any piece of software that gives you access to an abstraction of a device’s current status, performance, health, or other telemetry. Available in all MDM software, but with greatly varying capabilities.
- Remote debugging: Any process for diagnosing, troubleshooting, and remediating problems on a device without physical access to that device.
Remote Device Management Capabilities by Operating System
Here’s how those remote management capabilities break down by OS in a table for easier visibility.
As you can see, every major platform except iOS supports all four major remote management capabilities. iOS globally disallows remote control and does not support a terminal / SSH interface (Apple maintains this is for security and privacy reasons). This is certainly something to consider when deciding if the iPad or iPhone are the right fit for your device fleet!
This table does benefit from a bit of added context.
- Windows, Android, and Linux all support robust remote terminal interfaces. But Windows uses PowerShell (via WS-Management protocol), while Android offers remote ADB, and Linux has SSH.
- Remote control is entirely achievable on Linux devices, but usually isn’t relevant for the headless use cases (industrial compute, IoT, servers) Linux tends to be employed for in the real world.
- Remote viewing performance can vary by the tool and OS. If you’re getting single-digit frames per second, your remote viewer may not be all that diagnostically useful.
- “Remote monitoring” is a very fuzzy term, and encompasses dozens (if not hundreds) of features and telemetry variables — not all of which may be available for every OS.
- There is no way to remotely control the screen of or gain shell (terminal) access to an iOS device (e.g., iPad, iPhone, Apple Watch, Apple TV).
MDM-Integrated vs. Standalone Remote Device Management Solutions
With that foundational framing, let’s get into how you might think about selecting a remote management solution for your fleet.
The key choice most teams will face — both in terms of budgeting and capability — is whether to buy MDM-integrated remote management or one or more standalone remote access tools.
- MDM-integrated remote management refers to the capabilities and features built into a Mobile Device Management solution. That may include remote monitoring, remote control, and remote terminal. And those features may be bundled or available as cost-added options on your MDM plan.
- Standalone remote access tools are the kinds of workhorse software used by desktop and infrastructure IT support and ops teams day to day. For example, with remote control, this could mean native solutions like Windows Remote Desktop with Windows RDP (Remote Desktop Protocol) or third-party ISVs that use platform-agnostic tech like VNC (Virtual Network Computing).
- OEM-integrated remote management is a “third choice” here, but isn’t technically a choice at all. If you’ve bought hardware from a vendor that locks their devices to a proprietary dashboard, you get what you get in terms of remote management features (which may be very, very little).
To further complicate things, some MDMs offer plugins or extensions to link your device management frontend with your standalone remote access tools. E.g., you may get a shortcut from inside your MDM dashboard that allows you to remotely control a device you’ve selected by opening your standalone remote access tool.
Why MDM-Integrated Remote Management is Best for Dedicated Device Fleets
If you’re running a fleet of POS systems, self-service kiosks, warehousing handhelds, medical devices, industrial computers, or other customer-facing devices with a dedicated purpose (single function), MDM-integrated remote management is almost always the right choice.
- Visibility: See device status, health, content, software version, and other key information that is often integral to remote management activities.
- Automation: Workflows to automate device enrollment, software deployment, and device configuration live inside your MDM (at least, they should!) and greatly reduce the need for manual remote interventions in the first place.
- Alerting: MDMs allow you to set alert conditions for devices, which can flag teams to start remote support and troubleshooting — and to take action to mitigate their spread, like pausing a software deployment.
- Accountability: The organization of your devices, secure authentication, user account roles (RBAC), and activity logs build a robust and auditable remote management platform.
Where Standalone Remote Access Tools Fall Short for Dedicated Device Fleets
For certain use cases, standalone remote access tools make a lot of sense. Typical employee laptop, desktop, and smartphone management scenarios are often better served by these tools, because the products are generally built with features aligned to the workflows and concerns of employee devices.
But for dedicated device fleets, the shortcomings of reliance on standalone tools are legion.
- Tool sprawl: You often need different remote access tools for particular OSes and workflows. This can easily result in paying for duplicated functionality and unsustainable incremental costs as your fleet grows.
- Clunky workflows: Remote access tools don’t plug in to your MDM solution, so teams end up flipping between multiple windows to check device vitals, pull logs, or run a remote control session. Everything is slower.
- Siloed ops: Without integration into your MDM solution, you don’t know when someone’s taken remote action on a device. And if it’s not logged, we all know that means it didn’t happen.
- Poor access controls: It’s effectively impossible to align user permissions for remote access tools to abstractions like business unit or region. And what access controls are available must be manually aligned for each tool (in reality, that means they’ll always be out of alignment). You may not even be able to use SSO for some of them.
The MDM Remote Management Capability Checklist
The remote management capabilities of each MDM solution on the market tend to vary… a lot. You need a matrix for evaluating those solutions that you can take to a sales rep for each vendor. Here’s a questionnaire (where “yes” indicates more robust remote management capability, and “no” indicates less).
- Are all remote view and control capabilities enabled across all license tiers? If no, list the capabilities by tier or optional extra with costs.
- Are your remote viewing and control capabilities the same for all device vendors on a given OS (e.g., Android) If no, list the vendors you support.
- Do you support remote session recording? If yes, for which OSes?
- Do you log remote sessions? If yes, what data is logged?
- Are your remote viewing, control, or terminal features secure and private? If yes, describe the security and privacy architectures.
- Do you support remote terminal? If yes, for which OSes?
- Are all device telemetry and health data available across all license tiers? If no, break them down by tier or optional extra with costs.
- Are device telemetry and health data exportable and / or available programmatically via API?
- Can you restrict remote device view, control, and/or terminal access using RBAC?
- Can you restrict remote device view, control, and/or terminal access by device group (e.g., users can be assigned permissions to a device group representing one region)?
MDM Solutions: for Android, iOS, Linux and Windows >
These questions are meant to provide a direct and uncompromising assessment of an MDM’s remote feature set maturity for enterprise-scale device deployments. It’s also built with an OS and vendor-agnostic framing, to ensure flexibility is considered as a core capability.
For example, many MDMs will try to hide behind a “premier” device vendor partner in demos to show off their best management and telemetry features. But when pressed if those capabilities can be replicated for your chosen device vendor, they’ll hedge — “it’s something our presales team can address” or “it’s in the pipeline.” In other words: Probably not (unless you’re willing to pay us a lot of NRE billable hours).
If you find that an MDM rep is unable or unwilling to get specific about optional cost-adds, supported vendors, or the nitty-gritty of logging and permissions, those may be red flags.
How to Frame Remote-First Management as a Strategic Business Outcome
Building the business case for great tooling can feel seriously daunting. While we can’t make the deck for you, it’s important to align your pitch to some of the key executive considerations facing enterprise leaders as they shape strategy and allocate resources internally to go to market.
- Customer obsession: Outages kill customer satisfaction. It’s measurable. It’s top of mind for many C-suite leaders. Its business impact is obvious. Tie your remote-first strategy to downtime and disruption reduction and you’ll draw a clear line to customer obsession.
- Operational budget predictability: Reducing line-item costs like software licensing is always a consideration for executives, but increasing cost predictability can have a far greater impact on the bottom line. Show what happens when the truck rolls drop by 30, 50, or 70%, how remote-first gets you there, and how you can keep cutting that figure through automation and de-siloing.
- Automation-first culture: Teams that manage devices remotely on a common platform can easily share identified issues, and leaders can build playbooks to automate resolutions inside that platform. That makes growth more sustainable.
- Shared data platform: Base your KPIs (device health scores, downtime, device enrollment growth, 99% SW deployment time) on a common ground truth by unifying them inside a single, queryable platform. Discourage internal bias and deliver data with confidence.
- Industry-specific framings:
- Quick service restaurants (QSR): Lower technician dispatch costs, reduce average downtime frequency and duration, keep site managers and employees focused on CX.
- Healthcare: Keep front desk focused on patient experience, maintain robust audit trails for compliance, ensure that privacy and consent are architected into remote management.
- Logistics (T&L), industrial, manufacturing: Reduce downtime incidence and duration, build proactive monitoring and alerts to align remote access disruptions to off-peak hours, and lower MTTR aggressively with remote-first culture.
The exact features and capabilities you’ll need to execute on a remote-first device management strategy depend on your needs — and they’re far more nuanced than what we can address in a single post. But if you can make a culture of remote-first management your north star, you’ll gravitate toward solutions and features that get you there.
Your next step? Prioritize the features you need to be truly remote-first, how those features map to the projects you’ll need to undertake to get there, and build a timeline for remote management maturity. That roadmap can help you with vendors, executives, and pressure-testing your vision with individual managers and technicians in your organization.
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