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Making Hybrid Environments Work: How Enterprises Can Use Device Management

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Making Hybrid Environments Work: How Enterprises Can Use Device Management 4

Photo by Shridhar Gupta on Unsplash

Different hybrid working models: What happens to the devices?

Today’s enterprises are opting for hybrid working models due to their many benefits (such as cost savings) while employees prefer more flexible working solutions. The pluses for both enterprises and their teams aside, hybrid working has its concerns and enablers – one of which is device management.

Think of 3 enterprises with varying approaches to hybrid work. Company 1 is a large multinational with operations in several regions. They have adopted a hybrid model that splits their team’s time between office and remote work, with a set number of mandatory office days per week. The company provides devices to all their employees with strict protocols on device use, has an internal corporate app for communications, and a host of office-wide collaboration tools. Company 2 is a smaller localized business with a remote-first policy. The team uses their own devices for office work, communicates through team collaboration tools, and visits the office twice a month. Company 3 is a public enterprise with a large portion of the team working in the field with corporate-owned devices used for gathering public data and a smaller, fully office-based team in their headquarters. All employees access a corporate intranet for communications and a central database houses all the collected data.

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Making Hybrid Environments Work: How Enterprises Can Use Device Management 5

Each of these enterprises deals with many types of devices from different product vendors and heterogeneous operating systems (i.e. iOS, Windows, Android, Linux). Each enterprise is unique; they follow a device management strategy that works for them. Whether the enterprise is large or an SME, public or privately owned, and regardless of the preferred hybrid working model, what powers their device management is a Unified Endpoint Management (UEM) solution. Any hybrid working model deals with device and user onboarding, controlling access to devices, apps and data, integrating the UEM solution with new and existing systems, and maintaining devices and apps over time. They also need to minimize data and device security risks, guarantee endpoint security, set policies in cases of device loss or theft, and gain analytical insights into device usage and performance.

How do these enterprises (or any enterprise for that matter) deal with these issues? 

Address key device management pillars; create secure hybrid workplaces

Understand your device usage patterns; and tackle productivity: Any hybrid working model hinges on trust between the employer and the team. Trust becomes even more important when there is no physical monitoring of productivity. Employee monitoring is often a sensitive topic with legitimate privacy concerns. Device, data, and app usage analytics and transparent communication of the data collection policy function as the foundations for building trust in remote teams. By managing device, app, and data access comprehensively, enterprises are better prepared to ensure that team members use devices for the intended purpose only while keeping track of app and data usage to ensure minimal negative impacts on team productivity.

With real-time visibility into device, app, and data usage you also have an understanding of peak usage times, instances of unauthorized access, misuse of corporate-owned devices and apps, and device functionality. You can replace corporate devices proactively as and when needed so that no team member finds themselves without a device to complete their work tasks.

Control device, app, and data use: Companies 1 and 3 are examples of Company Owned Personally Enabled (COPE) devices in action whereas Company 2 is an example of Bring Your Own Device (BYOD) in the workplace. Both COPE and BYOD need to prioritize device and app access, data usage, and user and data privacy. And this is exactly what enterprises get with UEM. You can control access to corporate-owned devices through user authorization so that only your employees can use the devices. Capabilities such as Conditional Email Access (CEA) also give added benefits such as ensuring only devices enrolled with the UEM solution can access corporate mailboxes, thereby preventing random devices from accessing corporate information.

To manage apps, enterprise device admins can create lists of apps that are allowed (and not allowed) thereby controlling which apps are installed/used in devices with uninstallation of any banned apps. App management becomes easier through the setting up of scheduled processes if needed. Furthermore, enterprises have the capability to closely manage data through data usage limits and network restriction options for apps, and block certain apps from using the network (especially when using metered connections) to conserve bandwidth.

Centralize device and application management, even when remote: UEM solutions function as the single platform for all device management concerns. In decentralized environments such as hybrid workplaces, a centralized device management mechanism along with remote access management capabilities, become all the more relevant. The latter is especially helpful for device maintenance, through functionalities such as remote screen sharing and troubleshooting, configuration/command enforcement, and file sharing between devices for easier collaboration – regardless of the device users’ and admins’ locations. All 3 hybrid working scenarios mentioned in the introduction will need to leverage remote access management for successful operations.

App maintenance is as equally important as device maintenance. App lifecycle management features in UEM solutions help device admins to update apps throughout their lifecycles, and delete apps when no longer needed.

Fast-track device onboarding and task implementation: Enterprises with larger teams (such as Companies 1 and 3), and even smaller ones, need a straightforward device enrollment and onboarding process. UEM solutions give enterprises the option to enroll devices in bulk. Device admins are able to perform many operations simultaneously on groups of devices, from app updates and issue resolution to configurations. This saves time for device admins. Even if your enterprise uses a variety of devices on various operating systems, device onboarding is not a problem as UEM solutions will support all device types.

Integrate with as many external systems as needed: Our hypothetical examples, or your enterprise, require integration with third-party platforms such as identity management systems and collaboration tools. UEM solutions function as the cornerstone of these integrations via APIs.

Secure devices, data, and endpoints: Any discussion about device enrollments and third-party platform integrations in hybrid workplaces inevitably leads to questions about security. Likelihoods of device loss (or even theft) for enterprises with hybrid models such as Company 1 and 3 are especially higher when work-related travel is involved. The financial and reputational ramifications of device and data loss or breaches for enterprises need no explanation – we all know the consequences. UEM solutions give device admins a variety of functionalities including the ability to restore devices to factory settings, wipe all data and lock devices remotely if needed, separate corporate and personal data (particularly useful in BYOD scenarios), geofencing to manage specified device locations and trigger alerts when the device leaves these locations, and data encryption. Device admins can use device location tracking features to gain real-time visibility of a device’s location when needed.

Furthermore, UEM solutions are equipped with Mobile Identity Management (MIM) to help enterprises centralize user access control so that admins have continuous monitoring capabilities over all corporate-owned devices.

How to find the best UEM solution for your enterprise

Any hybrid working model needs a secure device connectivity system to succeed, and this is where a UEM solution will play its part. Your UEM solution becomes a cornerstone of your hybrid working strategy, providing you with the capabilities to understand device usage and productivity gaps, control usage as required, and secure access to your devices. Whichever hybrid working model you prefer (divided between office and remote, remote-first, or office and field based), this solution must support key functionalities while being customized to serve enterprise-specific requirements. Core features for consideration include device enrollment, app management, endpoint security, asset management, integration support, and policy management. Always remember that a UEM solution is for the long term; it must undergo continuous upgrades, be compatible with your growth plans, and offer you extensive integration options. The results of a recent survey concluded that 98% of employees prefer partial remote work, 57% of respondents said they would look for a new job if their current employee does not shift to a hybrid model, and 71% said remote work helps them maintain a work-life balance. While hybrid working models will not entirely replace traditional office-based ones, employee preferences are increasingly shifting towards hybrid work, and enterprises will continue to evolve. Your enterprise, too, will need to respond to changing macroeconomic conditions, workforce availability issues, and employee preferences. Learn more about the core features offered by a UEM solution and how these can be adapted for your own hybrid working model.

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Using Internet of Things (IoT) Powered Solutions for Data Collection and Cleaner Air

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We all know about the benefits of clean air for our health, lifestyles, and the planet. With emissions increasing globally, improving air monitoring capabilities is becoming even more important for environmental agencies. A part of these improvements lies in having access to data and information about air quality, as it is ultimately these insights that become useful when enacting regulations.

The Air Quality Index (AQI) is the standard for measuring air quality. It includes information about pollutants such as carbon monoxide, sulfur dioxide, nitrogen dioxide, aerosols, and ground level ozone. Air quality sensors measure the quantities of these pollutants present in a particular microclimate.

An IoT powered framework comprises multiple sensors, devices, and communication modems connected to a network. Measuring air quality can be time consuming and costly, however. And sometimes, there may be questions about how best to use the data collected. An IoT powered framework makes this process easier, provides you with a series of options that best fit your budget, and helps you reduce the manual work required. In this blog, we’ll explain how devices function in an air quality measurement system, how an IoT solution works typically, uses of the data collected, and the benefits of an IoT powered data collection system.

The data collection framework: Device capabilities

The sensors, devices, and communication modems of such a system will collect data (i.e. air pollutant quantities). You can select from a range of equipment based on your budget – from low cost, lower precision to expensive, high precision ones. Each type of device will have different capabilities:

  • Security measures – The market contains different communication modes and protocols with varying security measures, so it is important for you to understand these measures in advance.
  • Data collection methods – Some devices collect and transfer data in real time, while others perform these functions in batches. 
  • Computing functions – Some devices function as “dumb” data collectors and others can detect anomalies, sanitize, and perform automatic calibrations.
  • Power sources – Devices deployed indoors in remote locations can use power directly from an electricity grid. There are also devices that use power from solar panels to charge batteries.

The role of an IoT solution

The IoT solution will retrieve the data that your sensors, devices, and communication modems collect. Apart from data retrieval capabilities, the IoT solution will also oversee these functions:

  • Supporting different wire and application level protocols
  • Identifying degrading, rogue, or malfunctioning equipment
  • Collecting, storing, sanitizing, and enriching sensor readings, plus detecting anomalies
  • Integrating with similar weather-associated APIs and validate the data
  • Facilitating data sharing using industry standard managed API patterns
  • Calculating the AQI value and air quality category

How can I use the data collected?

We have discovered that the above question is quite a common one. The answer is that there are many applications and integrations that you can explore to create user-friendly data consumption/visibility models and even new revenue streams.

  • Develop different types of data consumption applications for different audiences. Configure the data so that it is visible on dashboards, embedded widgets, or mobile apps for user convenience.
  • Share data with different audiences – Environmental, aviation or military authorities, educational institutions, research bodies, the general public, etc. If you decide to share data in this way, you can also think about a monetization model.

Benefits of an IoT powered data collection system to determine air quality

A robust data collection system, the possession of a rich set of data, and the above mentioned application options are some of the obvious benefits. Some other ways you can benefit from an IoT powered data collection system are:

  • Cost control – As we mentioned earlier, devices have varying costs and precision levels. You can decide what types of devices that you want to use based on your budget and overall objectives for collecting the data.
  • 24/7 data availability – This is especially important to provide up-to-date AQI information to the public and other organizations; and issue alerts when required. The data will also form the cornerstone of planning air safety regulations.
  • Accessibility – You can use these devices in all environments, in urban and rural areas. It provides you with a mechanism to monitor the air quality in the more remote areas with no personnel being physically present in these areas too.

Once you have an understanding of the devices required for creating a data collection framework, your next step is to work with an IoT solutions provider and select the right technology platform. We built the Entgra IoT Platform with connectivity in mind – it provides you with the application building blocks to integrate all your devices under one platform. The platform addresses key technology needs for a data collection framework, such as extensive integration, data processing, extensible architecture, and data sharing via APIs. Find out how we can help you.

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Mobile Device Management for the Education Industry: Addressing the Challenges Introduced by Hybrid Learning

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Hybrid Learning: The New Reality

The COVID-19 pandemic has altered learning modes and these seismic changes will be here with us for the foreseeable future. Schools, universities, and other educational institutions adopted online learning and now, hybrid learning is a growing trend. The effectiveness of online learning is obviously determined by access to devices and learning facilities; it has foregrounded regional disparities and the existing digital divide globally. Yet in spite of these issues, a recent report by the World Bank states that hybrid learning is a permanent fixture of our world. 

Even before the onset of the pandemic, digital pedagogy was on the rise – particularly in universities, where many students access their learning material online. University students either use the university’s devices or their own devices using the university’s internet connection. With the onset of hybrid learning, increasing numbers of educational institutions will deploy devices that will require secure managing and monitoring at scale for successful online learning.

How, then, can educational institutions implement online learning systems that address pressing challenges such as device access and internet connectivity to deliver learning material that aligns with educational goals? By adopting a mobile device management (MDM) strategy.

Mobile Device Management and Hybrid Learning

The students of today are digital natives and they require immersive learning environments. A well-thought out MDM strategy will thus ensure that students and teachers are able to make the best use of digital technologies whilst protecting sensitive information and devices.

Primarily, MDM enables IT teams in educational institutions to manage a range of devices that operate on varying operating systems through one centralized platform. Centralized device management provides many benefits. These include:

  • Manage an unlimited number of devices and scale with minimal interruption to operations to add more devices over time as needed.
  • Customized dashboards featuring data on device usage, technical faults/malpractices, reports, and analytics. This is particularly useful when IT administrators want to ensure that staff and students are using the devices for the intended purposes only, in accordance with the educational institution’s IT policies.
  • Remote monitoring of devices to understand how university devices are used and when replacements are needed. Geolocation features to track devices in case of loss, theft or misplacement. 
  • MDM products provide identity and access management (IAM) features. IT teams can implement single sign on (SSO) and authentication policies to onboard users easily and devices. Moreover, strong identity management capabilities are the cornerstone of securing personal information and sensitive data.
  • Purchase required apps from an app store; block distracting or harmful apps on university owned devices.
  • Administrators can ensure that all devices accessing networking resources are continuously up-to-date with the latest versions of the software (i.e. security patches, virus guards, operating systems, etc.)
  • For younger students, administrators can restrict network access over short periods of time on devices to prevent over exposure to apps or websites that may have a negative impact on these students.

Improved Access to Learning Material and Content Delivery

Once a comprehensive MDM strategy is deployed, educational institutions and teachers can focus on delivering engaging learning material to students. MDM is especially useful for facilitating remote learning. Students who do not have reliable access to WiFi connections can use mobile hotspots on devices. IT admins can ensure that devices are used as hotspots and for educational purposes only. Moreover, multiple users can use the same device as personal data is secured. This is particularly helpful if students are sharing their devices with other family members. Whilst a MDM strategy cannot solve the digital divide entirely, it can help improve access to online learning material where devices are available.

A Checklist For Selecting a MDM Solution

When looking for a MDM solution provider for your educational institution, these are the top features and capabilities that IT admins must consider:

  • Unified Endpoint Management (UEM)/ centralized device management
  • Identity management
  • Integration options with third party platforms
  • Data analytics and dashboards

If you’re getting started with a MDM strategy at your educational institution, do let us know. We’re happy to help you with your requirements.

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How a Mobile Device Management (MDM) Solution Works in the Healthcare Industry

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Image credits: RODNAE Productions from Pexels

More Devices Mean More Challenges

The healthcare industry is one of the best examples where a multitude of devices are used daily by a large number of people, ranging from healthcare professionals to patients and visitors. Over the years the sheer number of devices used in the healthcare industry has grown and the Internet of Things (IoT) healthcare market is estimated to grow to USD 260.75 billion by 2027.

Increasingly, mobile computing devices such as phones, tablets, and portable computers  are used to streamline certain administrative operations such as channelling/ appointment scheduling, report storage, set up self-service kiosks, and displaying information on doctors’ availability.

Devices used in this industry broadly fall within two categories – devices that are solely used for medical purposes and hospital operations, and devices used for patient entertainment purposes during their hospital stay (i.e. tablets with a range of apps that patients can use). 

These devices, particularly those used for medical purposes and hospital operations, collect, store, and transmit sensitive personal data about individual health conditions and past medical records. Any data leak, whether accidental or in some cases deliberate, is costly both in monetary terms and reputational damage to the hospital or medical clinic. Moreover, the fact that many hospitals and medical clinics have BYOD policies adds a further level of complexity.

All these developments present a number of challenges to IT teams in this industry. For one, data security is of paramount importance. Secondly, these teams are responsible for device maintenance and oftentimes, this is a manual and time consuming task involving devices placed in many locations where a team member is required to be physically present. Thirdly, devices require frequent security and application updates, and monitoring. Finally, devices have to be replaced when they no longer function properly.

MDM Solutions Have the Capabilities To Empower IT Teams

This is where a Mobile Device Management (MDM) solution helps. Recently a large hospital chain that we worked with decided to use a MDM solution to securely manage all of the devices used across multiple hospital locations throughout the country. This hospital chain required the following:

  • Centrally managed system – for tablets, phones, and public signage units used for channeling, bookings, and other operational functions.
  • Automated updates –  presently, security, OS, and app updates are performed manually.
  • Enhanced security – anyone who has access to a device gains access to all the system level settings. Since a majority of these devices are located within public areas, it was impractical to limit physical access.
  • Onboarding and authorization for devices – management software was not used for device onboarding and devices are connected to the hospital network for internal access.
  • Prevention of malpractices – eliminate instances where sensitive data is compromised on purpose by any employees and the separation of access for work-related use from personal use where employees use their personal devices.

After working with several vendors in the past, the hospital chain has identified their pain points and the ways through which data leaks can occur. Through Entgra MDM, we have been able to provide the following capabilities to address the hospital chain’s concerns:

  • Centralized device management

One of the greatest benefits of centralized device management is that IT teams can manage an unlimited number of devices that use varying operating systems (i.e. Android, iOS, Windows, Linux, etc.) using one technology platform.

  • Data security, access controls, and onboarding

A single technology platform also helps with device and data security. IT teams can use the MDM solution to enable authentication (MultiFactor Authentication or Single Sign On). This way, only authorized employees can gain access to devices for work related purposes only. This is particularly helpful when BYOD policies are in place.

  • Device lock-in

Device misuse and loss are common concerns in the healthcare industry. In the event that a device is lost or stolen, or of an attempted unauthorized access, IT teams can remotely lock the devices to prevent any data leaks.

  • Remote maintenance and monitoring

Device maintenance and monitoring are time consuming tasks, requiring many resources from the IT team. Using a MDM solution eliminates this need, as the IT team can now perform these tasks remotely, from any location and need not be physically present at the device locations.

  • Security, OS, and app updates

A MDM solution enables frequent security and app updates are installed in devices in real time.

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Image credits: Anna Shvets from Pexels

Benefits for the Long Term

Once the MDM solution is in place, this hospital chain can look forward to several benefits:

  • Fewer resources to maintain devices – as they are now protected. At minimum, only one person is needed per hospital to manage these devices.
  • Improved security – results in minimizing scenarios of data leaks, especially those associated with deliberate intent.
  • Efficient and effective device monitoring – saving time in the process too. It no longer matters if hundreds of devices are in use at any one time.
  • Reduction in costs associated with device maintenance – as large teams are no longer required and resources can be better allocated in the long run.

We are well-placed to help anyone in the healthcare industry who is looking to adopt a MDM solution. Get in touch with us here to learn more.

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