What is Unified Endpoint Management (UEM)?

What is UEM? How does UEM work Evolution: MDM to UEM Key Features of UEM Benefits of Using UEM Financial Impact of UEM Best Practices for UEM Meet Scalefusion UEM Scalefusion Capabilities UEM Use Cases by Industry FAQs

What is unified endpoint management (UEM)?

Unified Endpoint Management, or UEM, is a strategic approach for managing and securing all diverse endpoints within an enterprise network from a centralized platform. UEM streamlines visibility and security across all end-user devices, including smartphones, tablets, laptops, desktops, wearables, VR/AR, and other Internet of Things (IoT) devices.

Having a unified platform reduces the workload on IT teams responsible for securing and managing devices by consolidating several functions together. This allows IT admins to carry out device provisioning, app distribution, policy enforcement, remote troubleshooting, data security, and device lifecycle management from a single console.

How does UEM work?

UEM works by creating a centralized management layer between IT admins and endpoint devices through a client-agent model. Instead of configuring devices one by one, IT teams leverage the agent that connects to a central server, either on-premises, in the cloud, or both, to define policies in the UEM console, and the agent automatically applies them across devices, in bulk.

UEM offers a unified dashboard that security teams and IT admins can use to view, manage, and secure endpoint devices connected to the organization’s network. The process goes as follows:

Enrolling devices:

Before a device can be managed, it must be enrolled in the UEM platform. This can be done manually or using automated programs like Apple DEP/ ADE, Windows Autopilot, Samsung Knox, or vendor-supported automated setup without manual configuration. UEM platform eliminates the need to manually enroll devices one by one, replacing it with over-the-air, out-of-the-box device enrollment methods.

Setting application and access management:

Once enrolled, devices are provisioned with baseline configurations, required apps, certificates, and access profiles for users. Organizations can manage apps that are allowed or blocked on devices and restrict access to transferring and sharing confidential corporate data. Device provisioning via UEM also includes getting the devices up and running for their intended purpose, with little to no user intervention required from the end-users.

Applying security policies:

After enrolling, IT admins can create and enforce settings like multi-factor authentication, password rules, device restrictions, and encryption standards that will be applied to the device from the very first boot. UEM helps apply these policies across all devices and maintain consistency to reduce manual intervention.

Securing network connections:

Through UEM, IT admins can set approved connection types, like VPN or Wi-Fi, based on user and device profiles for securing connections. By pushing Wi-Fi certificates via UEM, users can connect to trusted corporate networks without having to enter passwords.

Generating reports:

IT teams have complete visibility of device health, compliance status, app activity, and other metrics. These data points can be used for audits, automated alerts, and activity reports.

Identifying threats:

UEM can detect unusual device behavior and trigger alerts or initiate automated responses to block potential threats.

Device protection:

If a device goes missing or is retired, UEM can lock, erase, or reset it remotely to protect sensitive data.

Evolution of UEM: MDM → MAM → EMM → UEM

UEM is an iteration of mobile security management tools, which emerged and evolved to address the changing relationship between organizations, their employees, the devices they deploy, and the changing workforce over the last two decades.

First came MDM

When mobile devices became a staple of the workplace environment, organizations needed to manage and secure these devices. Thus, mobile device management (MDM) was created to provide these tools.

Then, MAM

As employees started to use their personal smartphones for their work, the concept of BYOD (bring your own device) emerged and required a finer level of management without invading their privacy. Hence, mobile application management emerged.

Evolution to EMM

Enterprise mobility management brought the best of both worlds. It combined the device management capabilities of MDM with the flexibility of MAM to allow for personal and professional use on a single device.

And now, UEM

Over time, IT and security teams needed a more scalable and flexible way to manage a wide mix of endpoints, from office desktops to field devices. That demand led to the rise of UEM.

Device enrollment & provisioning

UEM streamlines the onboarding process and offers remote and custom enrollment of devices in bulk, regardless of whether they are corporate-owned or BYOD.

Policy enforcement & configuration management

IT admins can define and enforce security policies across all endpoints, from password rules and Wi-Fi settings to encryption and OS update cycles, all managed from a centralized console.

Application management

UEM lets IT admins have full control over app deployment, usage, and permissions with its application management capabilities.

Patch management

Through UEM, IT admins can leverage automated patching to simplify the rollout of critical OS and software patches across devices with a set schedule to remain compliant or defer them to avoid critical errors and vulnerabilities.

Remote troubleshooting & control

Modern UEM platforms allow IT teams to access and troubleshoot devices remotely, which reduces downtime and minimizes the need for on-site support.

Real-time monitoring & reporting

IT admins can utilize UEM tools to gain visibility into device status, user activity, app usage, compliance posture, and more for generating detailed reports.

Content management & data protection

With features such as containerization, secure file sharing, and data loss prevention (DLP), UEM ensures sensitive information remains protected even on personal or unmanaged devices.

Cross-platform support

A key strength of UEM is its ability to manage multiple operating systems, such as Android, iOS, Windows, macOS, tvOS, Chrome OS, Linux, and even wearables and IoT devices, from a single unified interface.

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Facilitates remote work and workforce mobility

UEM is essential for supporting remote work, hybrid models, and BYOD programs without compromising security or performance. Through it, employees can work securely from any location with any device while IT retains full visibility and control.

Strengthens security across all devices

UEM acts as a centralized shield against cyber threats and applies consistent security policies across every endpoint. It boasts features such as encryption enforcement, remote wipe, threat detection, and patch management, which reduce risks and protect sensitive data.

Streamlines IT operations

UEM simplifies this by offering a unified dashboard to manage everything from apps, updates, configurations, and compliance. This unified approach eliminates repetitive tasks, reduces complexity, and makes IT teams more agile.

Managing a mix of devices and operating systems

UEM eliminates the complexity of managing multiple systems for separate devices by offering a single platform to manage them all. IT teams can enforce policies, configure settings, and monitor activity consistently, regardless of the device type or OS.

Enhances compliance and governance

UEM helps organizations meet industry-specific regulatory requirements with built-in auditing, monitoring, and reporting tools. From GDPR and HIPAA to ISO standards, UEM automates compliance reporting and ensures every endpoint remains audit-ready.

Scales with your organization

UEM solutions are designed to scale with your business. They provide the flexibility and scalability to adapt without overhauling your IT infrastructure or increasing overhead.

Improves visibility and control

UEM gives IT teams a real-time overview of all endpoints, helping them detect vulnerabilities early and respond faster to incidents. With complete visibility into device health, apps, usage, and compliance, decision-making becomes more data-driven and proactive.

Enables fast response to emerging threats

UEM allows businesses to roll out security updates or policy changes instantly across thousands of devices with centralized patch management and remote configuration. This agility is critical in staying ahead of evolving cyber threats.

Cuts operational costs by tool consolidation

UEM replaces multiple point solutions with a single platform to manage all devices. This eliminates the need for separate tools, reducing software licensing costs, training requirements, and IT workload.

Reduces security-related expenses

UEM acts as the first line of defense against cyber threats by proactively managing vulnerabilities and solidifying compliance standards. IT teams can set automated responses for when a risk is detected to avoid costly data breaches and legal penalties.

Lowers hardware replacement costs

UEM grants full visibility into device health and usage, letting IT teams extend the lifespan of company devices. Features like remote management and troubleshooting, and usage analytics help reduce unnecessary replacements and optimize existing hardware.

Minimizes downtime and productivity loss

UEM helps prevent downtime by enabling proactive monitoring, automated patch deployment, and remote issue resolution. This means devices stay up and running, and employees stay productive as the businesses avoid the financial hit of disrupted workflows.

Choose a UEM tool that matches your needs

Start by identifying your organization's specific requirements, such as the types of devices to be managed, the size and distribution of your workforce, and compliance obligations. Evaluate how well the UEM solution can scale as your business grows and integrate with existing and emerging technology.

Choose the right deployment model

Select a deployment type that aligns with your organization's IT strategy, scalability needs, and compliance requirements. On-premise offers greater control and is ideal for businesses with strict data regulations, while cloud-based UEM provides faster deployment, lower upfront costs, and flexibility, making it suitable for most modern, distributed workforces.

Define clear use cases and objectives

Identify what you need UEM to accomplish, whether it is securing BYOD environments, managing remote devices, or enforcing compliance. Clear goals help customize policies and configurations during setup.

Rollout in phases

Test the UEM solution with a small group of users and device types before scaling. This helps uncover potential issues early and allows you to fine-tune policies based on real-world use.

Standardize policies across device types

Develop a unified policy framework that applies consistently across all endpoints, such as mobile, desktop, and IoT devices. This ensures security, usability, and compliance, regardless of the platform.

Check compatibility with existing IT systems

Ensure the UEM solution integrates smoothly with the current identity providers (IdPs), enterprise applications, and security solutions. This maximizes the value of your existing infrastructure while enhancing visibility and control.

Plan training and ongoing support

Equip your IT team with the knowledge needed to manage the UEM system effectively and make the most of it. This ensures that any future queries and issues are understood better and resolved faster.

Monitor, update, and optimize continuously

UEM is not a set-it-and-forget-it solution. Use analytics and real-time reporting to track performance, update policies as needed, and optimize configurations to match evolving business needs.

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OneIdP: Identity and access management simplified

Strengthens identity and access control by offering zero trust access, single sign-on (SSO), and policy-based access across devices and apps.

Shared devices: Optimized for 24x7 use

Enables multiple users to share the same device across shifts securely.

App management: Ensuring consistency across the board

Helps IT teams remotely install, update, block, or remove apps across managed devices, ensuring only approved apps are in use.

Location tracking: Real-time visibility

Provides real-time tracking of device locations, helping organizations monitor field teams, assets, or logistics.

Content management: Seamless file distribution

Offers secure content pushing and file sharing, so teams have access to essential documents and media without delay.

Geofencing: Define virtual boundaries

Enables organizations to set digital perimeters and apply specific policies when devices enter or exit these zones.

DeepDive dashboard: Actionable insights in one view

Offers detailed analytics, usage metrics, and device health reports from a unified dashboard to support better decision-making.

Reports and alerts: Instant awareness

Automates reporting and real-time alerts to notify IT admins of compliance issues, device anomalies, or security threats.

Quick enrollment: Fast device onboarding

Supports multiple enrollment options such as QR code, Zero-touch, and Apple DEP to ensure rapid and consistent provisioning of new devices.

Patch management: Security without delays

Enables automated and scheduled patch deployment and OS updates, reducing vulnerabilities and ensuring device compliance.

Integrations: Built to fit your ecosystem

Works seamlessly with third-party ITSM, IAM, and productivity tools for better alignment with enterprise workflows.

Remote cast and control: Troubleshoot in real-time

Allows IT teams to remotely view and control devices for faster troubleshooting, minimizing downtime and user disruption.

Logistics & Transportation

A cloud-based UEM platform lets logistics teams monitor fleets of rugged devices on the move in real-time using location tracking and geofencing. Devices can be preconfigured with zero-touch and bulk enrollment, and if an issue arises, IT can fix it instantly with remote cast and control.

Healthcare

UEM solution allows healthcare organizations to meet these compliance standards and streamline their workflow across all their devices from a single point of command. This lets IT teams control access to sensitive patient records using role-based access control.

Retail

POS devices, digital kiosks, and store tablets are key to retail operations. UEM solutions help retail stores manage POS devices and enable kiosk mode for digital signage. IT admins can centrally troubleshoot devices using remote cast and control, and secure app and file delivery for devices across multiple stores.

Education

Schools and universities rely on tablets and laptops for both teachers and students. A UEM solution lets educational institutes control apps and content available across student devices and allows shared use of devices across multiple users with shared device mode.

BFSI (Banking and Finance)

UEM solution solidifies security and control for COPE/WPCO setups, and IT teams can push updates, enforce policies, and monitor every device in real-time. This ensures that all devices meet internal security measures and external compliance standards like PCI-DSS.

Frequently asked questions

Unified endpoint management (UEM) is a software solution that allows IT and security teams to manage, secure, monitor, and support all of their endpoint devices from a single platform.

UEM operates on a client-server model that works by connecting endpoint devices to a centralized platform and enables IT admins to remotely configure, secure, monitor, and maintain them throughout their lifecycle.

Unified Endpoint Management (UEM) is designed to manage a wide variety of endpoint devices and operating systems from a single platform. Through a single, centralized dashboard, IT admins can oversee:

OS: Windows, macOS, iOS, tvOS, Android, Linux, and ChromeOS

Devices: Desktops, laptops, smartphones, tablets, wearables, rugged handhelds, and Internet of Things (IoT) endpoints

The primary difference between cloud-based and on-premise UEM lies in where the solution is hosted and who maintains it. Cloud-based UEM is hosted by a third-party vendor and accessed via the internet, whereas on-premise UEM requires installing the software on your own local servers.

Businesses need a UEM solution to eliminate the hassle of managing multiple device types and operating systems through different portals. UEM provides a single centralized platform to manage, secure, and support all endpoints throughout their lifecycle. This reduces tool sprawl and IT overhead while maintaining consistency across the fleet.

Unified Endpoint Management (UEM)