Why Digital Employee Experience Matters Now More Than Ever

Throughout a typical workday, employees within an organization may interact with a diverse array of digital resources, including smartphones, laptops, desktop computers, tablets, various cloud and networking services, and a multitude of enterprise and mobile applications. A significant portion of these workers might be operating remotely, and almost all will be navigating stringent security and data privacy mandates.

Considering this from the perspective of the user, numerous issues could arise. Indeed, today’s digitally-enabled workforce frequently encounters obstacles, ranging from sluggish internet connections to cumbersome and time-intensive methods for accessing essential systems and devices.

This is precisely where the concept of digital employee experience (DEX) proves critical. DEX tools and services offer organizations a means to elevate the technological ecosystem their staff employs daily, consequently fostering greater productivity and better employee retention.

What Constitutes Digital Employee Experience?

Digital employee experience (DEX) quantifies how employees perceive and engage with the extensive suite of digital instruments and services provided for their professional tasks. It delves into their sentiments regarding these technologies, encompassing systems, software, and hardware.

Companies have the option to implement a DEX strategy specifically designed to monitor, evaluate, and refine their employees’ technological interactions, with the ultimate goals of boosting output and increasing job contentment.

DEX management solutions can facilitate such a strategy by compiling data related to usage and performance, scrutinizing this data, and generating actionable insights. These insights then enable organizations to implement crucial improvements to their technology. For instance, a DEX software platform might evaluate the user-friendliness of a company’s collaboration platforms, the network speed during busy periods, or the efficacy of mobile applications and devices for routine business operations.

The core objective of DEX is to ascertain how employees navigate the constantly expanding array of technological resources essential for their roles, and subsequently to propose solutions that enrich their interactions. The increasing integration of artificial intelligence into the workplace has further amplified the significance of DEX.

The Importance of DEX

Given the escalating dependency on digital instruments in professional settings, DEX has emerged as a fundamental element of IT governance. DEX tools and associated services have the potential to deliver advantages such as heightened productivity, deeper engagement, improved teamwork, and greater staff contentment.

Dan Wilson, vice president and research analyst for digital workplace at Gartner, a research firm, states, “DEX is significant because for the majority of employees, the workplace is fundamentally digital, and any friction generates a cumulative effect.”

Wilson notes that digital friction, rather than technology malfunctions, has surfaced as the foremost challenge for employees. He explains that this “friction builds up when staff struggle to locate information, overlook updates, or operate without proper context,” often stemming from disparate technology implementations, uneven workflows, and similar issues.

According to Wilson, Gartner’s extensive research confirms that ongoing digital friction significantly hinders work efficiency. He adds, “DEX tools are increasingly deployed to detect, rank, and automate the resolution of friction, as well as to monitor progress by combining objective performance data with employee feedback.”

The research highlights several prevalent instances of digital friction, including extended application loading times, frequent application failures or freezing, delays in collaboration software during virtual meetings, fluctuating performance across in-office and remote work setups, and repetitive login requests throughout the workday.

Wilson observes, “The majority of digital friction remains undetected by IT departments because employees tend to adjust rather than report issues.” He elaborates that “friction accumulates across various domains like devices, applications, identity management, workflows, and support, rather than being confined to isolated areas. While these problems aren’t necessarily new, their effect on the workforce intensifies as employees become more reliant on technology to fulfill their job responsibilities.”

Christy Punch, a principal analyst at Forrester Research, states that DEX is evolving from a beneficial IT visibility tool into a core operational methodology aimed at enhancing productivity and achieving business objectives. She emphasizes, “DEX is not merely about possessing a tool; it signifies a quantifiable approach to diminishing digital friction, which subtly erodes daily productivity and ultimately affects financial results.”

Punch points out that during the pandemic, significant capital was directed toward remote software and devices, but “office technology was neglected.” She adds, “Currently, with initiatives encouraging employees back to physical workplaces, organizations are discovering that their on-site technological infrastructure is ill-prepared for hybrid collaborative efforts. Employees are vocally expressing concerns about inconsistent office experiences,” prompting IT teams to urgently modernize obsolete systems.

Functions of DEX Tools

Punch explains that broadly, DEX tools assist organizations in evaluating, identifying, and enhancing the daily technological experience of employees, leveraging telemetry, user feedback, analytical data, and automation.

According to Punch, “DEX tools are transitioning from being mere ‘visibility dashboards’ into comprehensive action systems.” She notes, “They no longer just identify problems; they are increasingly designed to coordinate solutions and preempt issues. The most critical advancement in their capability is that experience-related data is no longer confined within departmental silos.”

She further states that DEX is establishing itself as the interconnective layer “that links endpoints, applications, support services, and workflows into a unified narrative, dismantling operational barriers and facilitating widespread DEX optimization across the entire enterprise.”

Punch highlights that functionalities have grown beyond just “device health,” now encompassing areas like experience transparency—which involves integrating live performance data with subjective feedback and sentiment to pinpoint problems and observe long-term patterns—and proactive problem-solving, addressing issues before they adversely affect employees.

DEX and Artificial Intelligence Integration

Mirroring trends across many technological innovations, DEX tools are now integrating artificial intelligence features. This development contributes to making DEX more approachable for non-IT divisions, such as human resources.

Wilson mentions that DEX tools harness AI for multiple applications. These encompass signal condensation, which aids in prioritizing vast quantities of telemetry data; expedited issue diagnosis, achieved through quicker anomaly identification/correlation and fundamental cause analysis; and intuitive natural language interactions, designed to assist executives in comprehending service-related insights and explanations.

Wilson points out that although DEX tools are safe for use by non-IT teams—and some prominent companies already do so—this practice is not yet widespread, primarily due to “insufficient IT maturity and collaboration” regarding the technology.

Punch asserts, “AI is currently deployed to interpret data, suggest remedies, streamline workflows, and facilitate extensive proactive problem resolution.” She continues, “DEX tools are consolidating data that was previously isolated in departmental silos, with AI offering real-time insights and issue ranking.”

Punch indicates that organizations are adapting their perspectives in response to increasing expenses, substantial technological investments, and the expanding impact of AI. She states, “Rather than pursuing strategies that prioritize solutions first and rely heavily on tools, they are now emphasizing optimization, rationalization, and widespread efficiency.”

Punch predicts that swift progress in AI “will expand the scope of what’s achievable in DEX, particularly concerning automated problem resolution and anticipatory intelligence.” She adds, “Providers are compelled to innovate rapidly to maintain their competitive edge and satisfy client demands.”

DEX and Unified Endpoint Management (UEM)

A number of unified endpoint management (UEM) providers have begun integrating live digital employee experience metrics into their platforms, offering organizations an alternative pathway to access DEX functionalities.

Wilson states that Gartner recommends that clients seeking a DEX solution should emphasize DEX functionalities when choosing a UEM platform or when integrating these capabilities with current endpoint management and IT service management tools. He notes that this approach can accelerate the implementation of DEX features.

Nevertheless, DEX features integrated into UEM platforms generally lack the comprehensive strength found in specialized DEX software. Wilson explains, “Dedicated DEX tools are frequently preferable when there is a need for more profound experience analytics, wider workload scope, and more robust closed-loop automation.”

Technological Hurdles and DEX

Organizations may encounter several difficulties when implementing and sustaining DEX tools.

Wilson identifies one challenge as bridging “actionability gaps.” He observes, “IT departments frequently employ these tools for creating dashboards and reports, yet they often neglect the necessary procedural and behavioral adjustments needed to achieve more significant strategic results.”

Another obstacle involves overcoming apprehension towards automation. Wilson notes, “Technical personnel typically restrict the extensive deployment of automation due to worries about adequate testing, necessary approvals, rollback procedures, and audit capabilities.”

Many organizations must also contend with an insufficiency of required skills or capacity to efficiently utilize DEX tools. Wilson remarks, “Numerous IT teams are deficient in the analytics, automation, service operations, and employee empowerment skills needed to transform DEX from a mere collection of tools into a strategic framework.”

Furthermore, the question of responsibility for DEX success arises. Punch explains that DEX involves various departments, including IT, HR, operations, communications, and business teams, and “divided accountability results in inconsistent experiences.” She adds that endpoint performance data, observability metrics, analytical findings, and user sentiment information frequently reside in disparate systems, overseen by separate teams employing disconnected methodologies.

Lastly, challenges persist concerning privacy and trust. Punch states, “As the monitoring of employee devices and AI applications proliferate, transparency and effective governance become absolute necessities.” She also suggests that “constantly changing data privacy legislation, AI guidelines, and union regulations could significantly influence how DEX is adopted.”

Growing Demand for DEX

Notwithstanding these and other difficulties, the need for DEX is growing. Wilson attributes this partly to a progressively dispersed workforce, the proliferation of applications, quicker software update and development cycles, and the imperative to boost efficiency without increasing staff numbers.

A report from Verified Market Research, published in January 2026, indicated that the DEX software sector was appraised at $1.32 billion in 2024 and is forecast to achieve $2.97 billion by 2032.

The report notes that the market “has experienced swift growth, largely driven by the surge in hybrid and remote work models, where the digital realm essentially serves as the primary workplace.”

Case Studies: Yamaha, AdventHealth, Southwest Airlines

Organizations implementing DEX are discovering its considerable value in refining user interactions with technology.

Faisal Muhammad, head of infrastructure, operations, and end user services at vehicle manufacturer Yamaha Motor Corp., explains that the company implemented the ControlUp ONE DEX platform approximately nine months ago. This was done to resolve issues stemming from an absence of uniform, trustworthy data throughout its endpoint ecosystem.

Muhammad stated, “Our data originated from various sources, yet it failed to present a coherent picture or enable confident choices.” He elaborated, “We required a DEX solution capable of providing precise insight into our endpoints, confirming our presumptions regarding hardware and software, and facilitating a shift from subjective to objective decision-making. ControlUp successfully closed this gap by offering a transparent, integrated perspective of our operational landscape.”

The primary impetus for adopting DEX was the demand for dependable data to underpin critical decisions concerning infrastructure and end-user computing. Muhammad recalled, “Upon my arrival at Yamaha, we were gearing up for a Windows 10 to Windows 11 migration and had been informed that approximately 2,000 devices would require replacement. A $2.4 million budget had been allocated based on this projection, yet it lacked substantiating, validated data.”

The company was also contending with disparate reports and incongruent asset information, hindering its ability to confidently justify expenditures. Muhammad remarked, “The objective behind deploying DEX was to gain a precise understanding of our existing environment, identify what genuinely required intervention, and pinpoint areas where we could avert superfluous costs while still adhering to timelines and performance benchmarks.”

ControlUp ONE delivers comprehensive insight into endpoint hardware, software, and utilization metrics, converting this data into actionable intelligence for Muhammad’s team. He notes that in addition to financial savings, ControlUp ONE has contributed to diminishing the service desk’s workload, fostering greater transparency with stakeholders, and facilitating superior planning and prioritization.

The integration of AI heralds even greater advantages. Muhammad conveys, “ControlUp is progressing toward a model where AI assumes a significant role, an area of considerable interest to me.” He elaborates, “In my view, the true worth of AI within DEX lies in its capacity to examine historical data, logs, and trends, enabling us to foresee and rectify issues before they affect employees. While predicting the exact timing of an incident is impossible, historical data allows us to identify where and when problems are probable.”

This ultimately leads to reduced interruptions, quicker problem resolution, and an enhanced overall employee experience, all while empowering IT teams to manage a greater volume of issues with less exertion.

Sonny Noto, vice president of technology services at healthcare provider AdventHealth, states that the company utilizes Lakeside SysTrack as its enterprise DEX platform. SysTrack has been operational for several years, undergoing a significant license upgrade between 2022 and 2024. He adds that AI and IT service management features are currently being activated to assist both the service desk and engineering teams.

Noto explains, “We recognized the necessity to transition beyond a reactive, ticket-driven support model.” He continues, “SysTrack’s data collection and analytical features offer proactive insights into device status, application efficiency, and user difficulties.” He emphasizes that gaining insight into the performance of Epic electronic health record (EHR) software has been particularly crucial.

Noto remarks, “Prior to SysTrack, our monitoring efforts were disjointed.” He adds, “SysTrack consolidated endpoint data, dashboards, and automated incident creation, especially for clinical processes.” The system also offers insights into remote connection and collaborative experiences, thereby improving support for hybrid work models, alongside device health evaluations, CPU/memory/storage data, driver and peripheral diagnostics, and application behavior monitoring across over 100,000 endpoints.

Noto concludes, “Teams can now pinpoint workstation-specific origins of problems that were previously perceived as Epic performance issues.”

Noto reports that AdventHealth is actively deploying SysTrack AI, which represents a significant advancement in the company’s ability to identify, diagnose, and resolve endpoint problems. Features of AI currently active or undergoing pilot include natural-language query capabilities for endpoint data, empowering engineers and service desk personnel to tackle diverse user problems; automated diagnostic summaries, where the system’s Pulse feature examines thousands of device signals to generate informed analyses of root causes; and the detection of anomalies and early warning signals for deviations from expected performance.

Noto states that the company is developing one of the initial integrations between SysTrack AI and the AI assistant platform Moveworks. This integration merges conversational AI with live device intelligence, guaranteeing instantaneous access to telemetry data, health metrics, and AI-generated insights.

Darius Cincan, enterprise endpoint & digital experience leader at Southwest Airlines, mentions that the airline embarked on its DEX initiative in 2021, implementing Nexthink’s platform. The aim was to update endpoint monitoring and transition from a reactive IT management approach to one that is proactive and data-informed.

Cincan indicates that before adopting DEX, Southwest encountered difficulties such as insufficient real-time insight, a reactive approach to problem-solving, and inefficient processes for endpoint repair.

Key objectives encompassed the early detection of problems before they affected staff and mitigating workplace interruptions. Cincan adds, “Equally crucial was the aim to enhance the employee experience by reducing performance issues and periods of inactivity.”

Nexthink offers live monitoring, analytical capabilities, and automation across all endpoints, empowering IT teams to spot issues promptly and resolve them comprehensively.

Cincan highlights, “A significant achievement has been the decrease in user login durations, accomplished by pinpointing and resolving the root causes of slow logons.” He continues, “Nexthink has also facilitated automated reboot schedules based on device performance, proactively re-establishing system stability and enhancing the daily computing experience for end-users.”

Cincan reports that in shared device settings, automated logoffs for inactive user profiles have contributed to recovering system resources and curbing profile accumulation. He states, “Automatic tidying of unused user profiles and disk space has substantially lowered storage usage, alleviating ‘disk full’ scenarios that can impede operating system updates, application installations, and security patches.’ This measure has consequently diminished the necessity for acquiring greater-capacity storage hardware, leading to cost efficiencies.”

Cincan notes that Nexthink has bolstered root cause analysis by linking endpoint data across hardware, operating system, application, and user experience metrics. This has condensed troubleshooting periods and lessened reliance on investigations involving multiple teams.

Cincan explains that the platform facilitates natural language queries, empowering IT teams to pose questions in straightforward English and obtain pertinent insights, suggestions, and access to relevant dashboards or knowledge bases. He adds, “AI-powered insights automatically evaluate the extent and effect of alerts, allowing teams to focus on the most vital problems.”

Cincan affirms that through automating corrective actions, enhancing visibility, and utilizing AI-derived insights, Southwest Airlines has successfully decreased operational hurdles and transformed IT from a reactive support role into a proactive facilitator of positive experiences.

Initially published in August 2022, this article was revised in March 2026.