MDM (Mobile Device Management) refers to a system used by companies to manage and secure their smartphones, tablets, and laptops from a unified control panel. Using this solution, IT managers can implement passwords, push updates, lock lost devices and separate personal and work information.
MDM (short for Mobile Device Management) is a class of software that enables IT admins to manage, configure, monitor and secure phones, tablets, and laptops from one single control panel. Rather than manually going to every computer or visiting employees to do something like installing applications and changing passwords, the administrator will make changes just once and all managed devices will automatically receive those changes. All major platforms are compatible with such systems as Android, iOS, Windows and macOS, and this is important because almost no company works only with one operating system.
The initial device management solutions worked only with Blackberry phones and performed basic screen lock functionality. The arrival of iPhones and Android-powered devices brought new requirements from enterprises which had started allowing their employees to use their own devices according to the Bring Your Own Device policies. This meant that vendors should develop management layers which would not touch personal applications but would protect company-related data. This gave birth to a concept of a container which would contain all company-related data in a separate encrypted environment within a phone. Modern MDM solutions now are part of Unified Endpoint Management solutions.
One stolen phone with a running email application can be enough to reveal all of the confidential information about clients or finances in no time. MDM helps to solve this problem providing IT with ability to immediately block or even erase all the data on the missing device. MDM makes compliance easier by making all the policies and updates centralised. It is a minimum requirement for hybrid business and personal devices from the regulatory and insurance perspectives.
The enrollment procedure is the first connection between the device and the server. The user scans a QR code, clicks on a link, or the device gets enrolled automatically after unboxing thanks to tools such as the Apple Business Manager or Android zero-touch. After enrollment, the device receives the profile which gives the server the right to deploy settings and collect reports from it.
After enrollment, admins set up policies which state what a device can and cannot do. It could be a rule about the mandatory use of the six-digit password, prohibiting to take screenshots in the bank application, or blocking a camera in the factory. In case the user wants to change any setting, policies will be applied again.
IT department will be able to monitor the battery life, storage, location, and networking data of all devices remotely. It allows detecting issues at an early stage when a device does not report for weeks.
Required applications are pushed out by the administrator, dangerous applications are blocked, and updates are performed automatically without requiring any action from the employee. Internal private application store allows a company to provide applications that are not available on the public application marketplace.
Security layer of the MDM platform consists of encryption, configuration of the virtual private network, firewalls, and threat detection. In case of tampering with the device, its access to organizational resources can be restricted automatically.
MDM continuously monitors devices for compliance with the baseline established by the organization, detecting outdated software or lacking certain patches. Non-compliant devices can be blocked from using email and other internal applications until they meet the standards.
If the phone is lost or stolen, it can be remotely locked right away. An option of wiping the corporate data without touching private photos is also available. If an employee resigns or a phone is stolen, the device can be fully wiped in case of company-owned hardware.
All these features are interconnected rather than operating separately. Enrolment provides input into asset management, authentication controls underpin security policies, and reporting brings everything together. A company choosing an MDM software would need to make sure that these components work together in harmony.
Based on the vendor-hosted server and access via browsers, this type does not require a server on premises and is scaled depending on the number of employees. Cloud-based MDM is usually chosen by small and medium-sized companies as it can be set up within hours.
Large corporations may choose on-premises deployment for MDM due to strict compliance requirements, which means that all data will be stored on their servers and controlled by the enterprise.
The hybrid solution combines the benefits of both types by using local storage for sensitive data and cloud-based management services for the rest of features, thus providing more flexibility.
This type of MDM is designed for the management of employee-owned devices and involves creating an application container where business applications would be installed without interfering with personal data.
As corporate-owned devices do not contain any private data, the most stringent policies can be applied.
Point-of-sale terminals, hospitals' check-in desks, and warehouse scanners frequently operate in a kiosk mode that locks the device to one application among many hundred devices at once.
Warehouses and field services teams use rugged devices such as handheld scanners that require specific firmware management and battery monitoring capabilities supported by most MDM solutions via special profiles.
The benefits of MDM multiply with time. Companies that implement automation of device provisioning in Q1 save many hours on each employee onboarding in Q2. Companies that apply encryption today will avoid the cost of disclosure in case of data breach in future. MDM solution pays for itself not via a particular feature but reduction of manual effort and risks over time.
This type of MDM refers to device management software whose source code is public and therefore can be hosted, customized, and modified by a company without a license fee.
Not having to pay licensing fees, being able to have complete visibility over how the code processes your information, and being able to customize your software according to your workflows.
Lack of support through a helpdesk but rather through forums and a necessity to have in-house engineers working with the software costs more than a subscription does.
Small organizations tend to start out with free versions offered by vendors that limit the number of devices you can connect.
There are projects that work on either Apple MDM protocols or Android management APIs that allow developers to build their own console although they require constant engineering efforts.
Commercial software combines subscription prices with support and good dashboards while open-source does not offer any of these conveniences.
Open-source MDM can be very useful for businesses that have their own in-house engineering team, whereas businesses without a dedicated IT workforce should look for other types of MDM platforms.
The number of devices you can manage using free MDM software, the frequency of updates, active community around the platform, and OS compatibility should be considered.
Cross-platform MDM, high-level encryption, easy enrollment process, and fast customer support can distinguish good MDM solutions from bad ones.
The choice between different MDMs is mostly driven by an existing ecosystem, budget limitations, and the type of hardware used.
Leaving out any of the above tends to manifest itself into an issue within months' time, usually when some device types aren't supported anymore or licensing becomes costly than anticipated during sign-up.
EMM is an extension of MDM, including the management of apps, content, and identity.
UEM takes the concept of EMM even further, allowing the management of phones, tablets, desktop computers, laptops and IoT devices.
MDM manages the device; EMM extends management capabilities by adding app and content management layer, while UEM brings all endpoints to a unified level of management.
Organizations which have only phones and tablets will be fine with MDM, but organizations that handle both laptops, desktops and mobile devices will need to graduate from MDM to UEM after about one to two years.
Technology cannot prevent a breach; an informed employee who recognizes a phishing attack is able to thwart a lot more than any security technology.
In its essence, Mobile Device Management solution has evolved from an auxiliary IT instrument to a critical element in managing business processes in any business that employs more than a few people. Regardless of whether the company wants to protect its small pool of company mobiles or coordinate a thousand of devices working within different locations, the idea remains the same: secure data while preventing any disruptions of work for users. Right choice of the solution will depend on the OS used, the budget available and the level of control the business requires over its devices. This step should not be skipped in order to avoid many
With MDM, the world of mobile security has advanced from being an obscure IT management strategy to becoming an essential component of managing a company employing even just several employees. Regardless of whether the firm manages just several smartphones or a multitude of devices in its various office spaces, warehouses, and even remote locations, all that matters in the end is ensuring that information remains protected while at the same time not inconveniencing anyone. It all comes down to choosing the proper platform based on the type of operating system, budget, and level of control needed for each device.
MDM stands for Mobile Device Management, software that lets IT teams enroll, configure, secure, and monitor phones, tablets, and laptops from a single dashboard. It covers tasks like enforcing passcodes, pushing updates, managing apps, and remotely locking or wiping lost devices. Businesses use MDM to protect company data on both corporate-owned and personal devices used for work. It's become a standard part of IT infrastructure as remote work and bring-your-own-device policies have grown across most industries.
It’s not. MDM focuses on the device itself and allows setting and managing configuration and security settings and enrollments. EMM goes beyond that and also provides application and content management as well as identity controls. In turn, UEM extends even further by providing unification of phones, tablets, laptops, and IoT devices via one single console. So, it can be said that MDM forms the basis while EMM and UEM add different layers to it. Which technology to use depends on how many device types a business needs to support.
When properly implemented, MDM uses the principle of separation through containerization to manage only corporate applications and work data and leave personal stuff untouched. Thus, administrators can only view the health state of the device, its current policies, compliance with the requirements, installed applications, and nothing else. Different organizations apply their own policies in terms of monitoring of devices. However, it should be clear how it's done in each case.
It is usually priced per device per month, starting from a handful of dollars for entry-level solutions and going higher for more advanced solutions with stronger security and analysis capabilities. Cloud-based MDM services tend to be cheaper up front compared to the on-premises solutions that need additional server hardware and maintenance. Many vendors provide free tiers with limitations on the number of managed devices, helpful for trying out before the purchase. The price will depend on the number of devices in your fleet and the functionality you need.
That is determined by the level of technical resources. Open-source MDM saves on the licensing costs and offers a high degree of customizability, however, it demands technical skills and time to install, update and debug the product on your own, as you will not have access to any support service. Commercial products that come with free or affordable tiers look more attractive for businesses without an IT department because you get the full package for your money.
With respect to BYOD phones, the company’s IT usually erases the work container only and removes all the corporate content like email, apps, and files but leaves the personal pictures and messages intact. In the case of company-owned devices, there’s normally a full factory reset done prior to reassigning. The whole procedure depends on the company’s policies, and thus it makes sense to inquire HR/IT about that.
