Customer Engagement in Digital Health Transformation as Strategic Change: Evidence from Saudi Arabia’s Vision 2030

Abstract

Purpose: The purpose of this paper is to explore how perceptions of digital health transformation play a role in Saudi Arabia’s customer engagement in healthcare, according to Vision 2030. Saudi Vision 2030, a national reform agenda, has prioritized healthcare digitalization to enhance efficiency, access, and patient-centered care. In particular, the research attempts to explore the attitude of the patient and whether cultural values and infrastructure issues play a mediator role in the perception–engagement relationship. Design/methodology/approach: The study used a mixed-method approach, with qualitative interviews from providers and consumers, along with survey responses from 402 users of digital health. Partial Least Squares Structural Equation Modeling (PLS-SEM) was used to examine hypothesized relationships and moderation effects. Findings: Findings establish that digital health perceptions are a crucial driver in enhancing engagement (β = 0.386; p < 0.001). Perceived ease of use (β = 0.368) and usefulness (β = 0.530) exhibited strong positive influences. Moderation analysis revealed that cultural values (β = 0.343) and infrastructure (β = 0.253) further enhance engagement. The findings highlight usability, usefulness, and context as foundational enablers of long-term patient engagement. Originality/value: By combining Technology Acceptance Model (TAM) variables and applying cultural and infrastructural moderators, this research provides new empirical evidence of Saudi Arabian digital health adoption. It provides policy and practical advice in the creation of accessible, culturally appropriate, and adequately supported digital health solutions toward Vision 2030. It also supports United Nations Sustainable Development Goals (SDGs). The study aligns with SDG 3 (Good Health and Well-Being), SDG 9 (Industry, Innovation and Infrastructure), SDG 12 (Responsible Consumption and Production) and SDG 13 (Climate Action) by further promoting sustainable healthcare transformation in a global development agenda.

1. Introduction

The healthcare revolution in medical terms has significantly transformed patient interaction and service delivery globally, with Saudi Arabia exemplifying this shift through several concrete initiatives [1]. The transformation involves moving from paper-based, in-person healthcare services to an integrated digital ecosystem that includes telemedicine consultations, electronic health records (EHRs), AI-assisted diagnosis, and mobile health applications [2]. These changes have enabled faster access to care, reduced physical hospital visits, enhanced diagnostic accuracy, and improved continuity of care through interoperable patient records [3,4]. Under Saudi Vision 2030, the nation has aggressively expanded electronic health programs, empowered the private sector’s role, and introduced user-friendly e-health platforms that make healthcare more accessible and efficient [5]. A key milestone is the launch of the SEHA Virtual Hospital, launched in 2022, is the world’s largest virtual hospital, connecting more than 150 hospitals and offering over 30 specialized telemedicine services, which is now the world’s largest virtual facility, linking over 150 hospitals and delivering more than 30 specialized telemedicine services remotely [6]. This resulted in eliminating geographical barriers and streamlining specialist consultations [7].

Vision 2030 is not only a development strategy but also a comprehensive change program for strategic change to reconfigure the health sector [8]. As a change management approach, it is a conventional top-down transformation driven by government leadership to transform healthcare delivery, digitalize services, and move towards value-based care [9]. This is characteristic of strategic change models in which leadership vision, stakeholder alignment, and long-term reorganization are highlighted [10,11]. Vision 2030 is thus a change in the healthcare delivery system. Saudi Arabia’s digital health experience is thus a process of change with specific reference to the impact on patient behavior, infrastructural preparedness, and system level adoption [12,13].

Despite these advancements, there remains a wide knowledge gap of customer attitude and engagement with digital healthcare in Saudi Arabia [14]. Low ease of use perception and perceived usefulness issues have been cited as principal barriers to large-scale adoption of digital healthcare technology [15,16]. In Saudi Arabia, 45% of patients are dissatisfied with telemedicine services because of complicated user interfaces, resulting in low adoption rates [17,18]. These negative perceptions lead to low use, healthcare investment wastage, and delivery inefficiencies, finally restricting the full potential of digital transformation to improve healthcare access and patient outcomes [19].

To improve customer interaction, perceived ease of use and perceived usefulness need to be increased [15,20]. Streamlining telemedicine interfaces by usability testing and iterative design refinement can improve perceived ease of use, allowing online platforms to be more accessible to a wider patient population [21]. Enhancing data security transparency by end-to-end encryption and real-time privacy dashboards can improve perceived usefulness by minimizing privacy issues and establishing trust [22]. Furthermore, digital literacy initiatives can equip patients with the information and confidence to use digital health tools properly, leading to increased adoption and long-term engagement [23].

Beyond these direct effects, cultural beliefs and infrastructural aspects serve to mediate the uptake of digital health [24]. Variations in the presence of technology, the health infrastructure, and social norms for digital health adoption have the potential to enhance or undermine the effect of perceived ease of use and perceived usefulness as drivers of customer engagement [25]. Where cultural suitability of digital healthcare services is present, together with proper integration into the healthcare framework, patients are more likely to accept such solutions [26]. Even the most well-designed digital platforms may face low adoption if they are introduced in settings with poor digital infrastructure and limited trust in technology-based healthcare [27,28,29].

These initiatives are consistent with the United Nations Sustainable Development Goals (SDGs). Sustainable healthcare reforms directly contribute to SDG 3 by ensuring healthy lives and promoting well-being, SDG 9 by advancing innovation and digital health infrastructure, SDG 12 by improving resource efficiency and reducing waste, and SDG 13 by supporting climate action through energy-efficient healthcare practices. This positions Saudi Arabia’s Vision 2030 reforms within a global framework for sustainable development.

This paper seeks to examine the effects of perceived ease of use and perceived usefulness on customer participation in digital healthcare services in Saudi Arabia. It also seeks to examine the moderating effect of infrastructural and cultural forces on the adoption and engagement nexus in the country. Specifically, the study seeks to answer the following research questions:

• Do patients’ perceptions of digital health technologies significantly impact their engagement with digital healthcare services in Saudi Arabia?
  • (1a) Does the perceived ease of use of digital health transformation significantly impact customer engagement to digital health transformation in Saudi Arabia?
  • (1b) Does the perceived usefulness of digital health transformation influence customer engagement to digital health transformation in Saudi Arabia?
• Do cultural values moderate the relationship between the perception of digital health transformation and customer engagement to digital health transformation?
• Do infrastructural factors moderate the relationship between the perception of digital health transformation and customer engagement to digital health transformation?

Despite the extensive research on digital health adoption, relatively less research has been conducted to Saudi Arabia [30], i.e., customer attitudes and infrastructural-cultural differences’ impact on digital health adoption [25,31]. Research has largely focused on technological advancements and policy-oriented adoption, rather than human-related factors and locally relevant factors in driving effective uptake of digital healthcare [32]. By combining TAM constructs with infrastructural and cultural variables as a moderator, this research fills the gap by evaluating how perceived ease of use and perceived usefulness propel customer engagement in various healthcare contexts [33].

This research study will start with an introduction describing why digital transformation matters for healthcare, enumerating the key challenges pertaining to customer engagement, and stating the research problem and objectives. Literature review will consider existing research work on adoption of digital health, TAM, and Saudi Arabian healthcare policy. The methodology section will outline the research design, sampling frame, survey tools, and analysis steps employed in measuring customer engagement, perceived ease of use, and perceived usefulness in exploring the moderating role of cultural and infrastructural variables. The presentation and discussion of main results section will emphasis on the important trends in digital health participation. The discussion will translate these results into policy implications and strategic suggestions for enhancing customer engagement in online healthcare services. The conclusion will outline the key findings of the study, declare its limitations, and propose avenues for future research.

2. Literature Review

2.1. Digital Health Transformation

Digital health transformation refers to the incorporation of innovative digital technologies into healthcare for improved accessibility, efficiency, and patient outcomes. Digital health transformation involves telemedicine, electronic health records (EHRs), artificial intelligence (AI)-enabled diagnostics, wearable health technology, and mobile health applications (mHealth) [34]. The world’s application of digital health has been greatly influenced by technological advancement, regulatory support, and perceptions of ease of use and usefulness [35]. The adoption of digital health solutions is on the rise, having boosted patient engagement and care provision across different countries. However, digital literacy gaps, data security, privacy, and technophobia are major barriers [36].

The COVID-19 pandemic was a major impetus for digital health transformation, with the accelerated adoption of remote healthcare technology, such as teleconsultations and artificial intelligence-driven diagnostic technology [37]. Evidence has confirmed that the greatest use of digital health services by patients occurs when services are simple to use, easily accessible, and lead to tangible health benefit [38]. Although the efficacy of electronic health solutions differs across the world, it generally depends on socio-economic, technical, and infrastructural differences [39].

Saudi Arabia has pursued digital health transformation paths at varying rates and scales in the Middle East [40,41,42]. There is high mobile penetration, though use of digital media is prevented by unreliable internet connections and lack of proper healthcare IT infrastructure. Nevertheless, state-led programs, including the digitalization of healthcare records and increase in telemedicine facilities, are striving to bridge this deficit [43].

On the other hand, Saudi Arabia is the regional leader in driving digital health change because of its vision 2030 strategy that targets AI-pitch healthcare solutions, the EHR-based rollout nationwide, and government-covered telemedicine [44]. Such growth notwithstanding, the existing cultural preference for face-to-face consultations and perceptions towards AI-aided diagnoses continue to influence uptake levels among various social constituencies. While urban regions present high rates of interaction with online health platforms, rural regions remain hindered by issues pertaining to digital literacy and infrastructure [14,45].

2.2. Perception of Digital Health Transformation

Patient understanding of digital transformation in health is influenced by a set of cognitive and behavioral determinants, and the perceived ease of use and perceived usefulness are the most accurate predictors of adoption [46,47,48]. They decide whether patients choose to incorporate digital health solutions into their healthcare practice and the frequency of usage. While global progress in digital health tried to make access to healthcare more straightforward, digital literacy disparities, infrastructure, and technology trust continue to affect patients’ attitudes [36,49].

2.2.1. Perceived Ease of Use

Perceived ease of use is the ease with which patients can access and use digital health platforms, including system design interface, intuitive navigation, and required technical know-how [50,51]. The easier patients find digital health to use, the higher the probability they will adopt and use them regularly [52]. In mature online environments, like Saudi Arabia, healthcare practitioners are concerned about improving user convenience via AI-driven chatbots, language capabilities, and streamlined telehealth appointment scheduling to enable convenience [53,54,55,56].

Perceived ease of use measures includes measuring user interaction measures, such as time taken to finish a health activity on an e-platform, help requests, and how satisfied patients are with the e-platform usage. Questionnaires with established scales, such as the Technology Acceptance Model (TAM) or the System Usability Scale (SUS), yield quantitative data on how easy it is for patients to use digital healthcare solutions [57].

2.2.2. Perceived Usefulness

Perceived usefulness refers to the extent to which patients believe that digital health technologies enhance the quality of the patient experience through enhanced efficiency, less waiting time, and correct diagnoses [58,59]. Patients are likely to embrace digital health solutions if they think that there are real benefits in seeing specialists more quickly, AI-driven diagnostics, and tracking long-term diseases [60]. In Saudi Arabia, where the health infrastructure is stronger in the digital sphere, perceived usefulness is key to driving adoption, with patients actively evaluating if telemedicine services and electronic health records (EHRs) make healthcare easier to access and decision-making more convenient [14,61,62,63].

Perceived usefulness can be assessed mainly by using patient-reported outcome questionnaires to assess the level of satisfaction with electronic health tools and self-reported increased access to healthcare. Reductions in hospitalization, time saved, and compliance with electronic healthcare advice are useful measures with quantitative measures of usefulness. Comparison studies of health outcomes before and after the adoption of electronic health in various healthcare settings also provide empirical evidence of perceived usefulness between settings [15,64].

2.3. Engagement with Digital Health Services

Patient engagement of digital healthcare is the extent to which individuals actively use, trust, and depend on digital healthcare solutions over and over. Theoretical frameworks, e.g., Unified Theory of Acceptance and Use of Technology (UTAUT), identify the significant drivers of engagement as performance expectancy, effort expectancy, social influence, and facilitating conditions [16,65]. Moreover, factors like data privacy, personalization of the user interface, and improved patient-caregiver communication are critical long-term participation predictors [66].

Refs. [56,67] declared that the patients need further guarantees of data protection practices to feel comfortable using digital healthcare services. In Saudi Arabia, the rates of interaction are higher, driven by strong government backing and advanced digital infrastructure [68]. However, cultural preferences for face-to-face consultations continue to play a role in shaping engagement patterns, particularly among older adults and in rural communities [69].

2.3.1. Frequency of Digital Health Platform Usage

The rate of adoption of digital health platforms is one of the most important indicators of participation, which measures the time of patient participation in telemedicine, mHealth, and EHRs. Frequent participation is commonly associated with the positive experience, simplicity, and perceived advantages of the platforms [70,71]. Evidence indicates that the rate of usage is higher in countries with strong digital health ecosystems, like Saudi Arabia, due to smooth integration with primary care services and government-supported telehealth [14,56,72,73].

Usage frequency is measured by monitoring login activity, virtual consultation counts, and frequent use of digital healthcare technology. Analytical data from the telehealth platform and mHealth app are monitored by providers for measuring engagement levels and patient patterns of behavior [74,75]. Self-reported usage frequency and patterns of digital health adoption are also evaluated using surveys for measuring how frequently patients use these technologies [4,76].

2.3.2. Willingness to Continue Using Digital Health Solutions

Other than initial adoption, readiness to reuse digital health solutions is an indicator of continued use and satisfaction with such services. Such use is closely associated with the patient experience of usability in systems, data protection, and consistency of service [35,77]. Research indicates that there is a likelihood of continued use when patients feel that digital health solutions are trustworthy and helpful [78]. In Saudi Arabia, where health policy is highly encouraging digital transformation, patient retention in telemedicine services is pretty high [79].

Readiness to sustain the usage of digital health solutions can be measured with patient satisfaction questionnaires, follow-up interviews, and return visit behavior analysis to digital platforms. Longitudinal patient activity studies by months or years offer evidence of sustaining digital health adoption [80,81,82].

2.3.3. Satisfaction with Digital Healthcare Experiences

Patient satisfaction is among the determinants of engagement, which reflects the attitude of people towards the quality of service, how effective the service is, and confidence in e-health systems. Ease of use, accessibility, response time by providers, and perceived health outcomes improvement are determinants that build satisfaction [83,84,85]. In Saudi Arabia, high digital health satisfaction is a result of the availability of AI-based diagnostics, the smooth incorporation of telehealth with face-to-face care, and government-funded quality assurance schemes [86,87,88,89].

Satisfaction is best quantified through patient experience surveys, Net Promoter Scores (NPS), and control studies of electronic versus traditional care outcomes. Live feedback mechanisms built into telemedicine apps also work because they provide immediate feedback on perceptions along with guidance to improvement areas [90,91].

2.4. Cultural Influences on Digital Health Transformation

Cultural values strongly influence the uptake and usage of digital health technologies that influence the way in which individuals perceive, accept, and adopt such solutions into healthcare practices [26,92]. In collectivist cultures like Saudi Arabia, health choices are strongly embedded in family and social settings, with major dependence on relatives’ authority, social elites’ influence, and government support [93,94,95,96]. The cultural framework affecting digital health transformation can be examined through three key dimensions:

2.4.1. Other-Oriented Values

Social influence is important in the use of digital health technology [97]. In collectivist culture, digital healthcare solutions will be adopted by individuals if they are supported by people whom they trust, such as family members, doctors, or priests [98,99,100,101]. Personal word-of-mouth and suggestions are strong drivers for healthcare decisions in Arab countries, as the patient usually emulates the experience of direct relatives before they use digital media [102]. Endorsements by religious leaders and government-sponsored initiatives have increased the level of trust towards digital healthcare services in Saudi Arabia [103]. Such recommendations have promoted patients towards the adoption of telemedicine, electronic health records (EHRs), and AI diagnosis as safe and effective healthcare technology [104].

The measurement of the effectiveness of other-oriented values to promote the adoption of digital health will call for the use of survey research on patient utilization based on social endorsement, and an examination of trends regarding digital health adoption following endorsements from governments or communities [105].

2.4.2. Environment-Oriented Values

Sustainability of the environment of digital health as a substitute for conventional healthcare services is increasingly shaping adoption trends. Digital health technologies, including telemedicine and electronic prescribing, minimize the environmental footprint of healthcare by decreasing hospital attendance, decreasing transport emissions, and minimizing medical waste [106]. In Saudi Arabia, where sustainability is increasingly a matter of national policy, increasing environmental awareness—urban especially—is working to fuel demand for digital health services. Public policy favoring telemedicine as a green alternative for healthcare has also fueled uptake [45,107].

Nonetheless, focused campaigns for awareness emphasizing the green advantage of digital health will improve public sentiment and facilitate increased use of digital health platforms on a larger scale.

The effect of environment-oriented values on telemedicine development can be estimated through the use of patient perception surveys, correlation testing of environmental awareness with the application of telemedicine, and policy-directed adoption trend testing [108].

2.4.3. Self-Oriented Values

Personal preferences regarding convenience, autonomy, and liberty over health encounters are paramount in the adoption of digital health solutions. Technologically advanced younger individuals in Arab countries are more inclined towards embracing digital health, and they appreciate the convenience of access and time expansion through telemedicine and mobile health apps [109]. Older adults resist and assert that they face obstacles based on digital literacy and aversion to consulting doctors in person. Likewise, in Saudi Arabia, urban professionals are keen on AI-based diagnostics and telemedicine services, perceiving the potential in their capacity to improve healthcare effectiveness and decision-making [54]. However, face-to-face interaction with healthcare providers is preferred by traditional societies, with cultural expectations of personal relationships in medical services.

Measurement of self-oriented values in digital health adoption includes the measurement of patient preference using surveys, monitoring demographic trends of telehealth utilization, and measuring behavioral indicators of utilization of digital health platforms. Qualitative measures like interviews and focus groups also give insight into individual motives and concerns for digital health transformation [110].

2.5. The Role of Infrastructure in Digital Health Transformation

Health infrastructure—ranging from internet access, digital literacy programs, and telemedicine adoption—forms the core pillar of the successful uptake of digital health services [111]. A highly developed digital environment enables mass consumption, improves patient experiences, and assists healthcare professionals in providing uninterrupted digital services. On the contrary, infrastructural shortcomings present monumental challenges, narrowing accessibility and hindering the potency of digital health solutions [112,113].

In most Arab countries, digital health transformation is also limited by uneven internet penetration, rudimentary healthcare IT infrastructure, and a lack of adequate digital literacy initiatives [62]. Most healthcare centers do not have the IT infrastructure to support the complete implementation of telemedicine and electronic health records (EHRs), resulting in disjointed patient experiences and lower adoption. Furthermore, inequalities in digital literacy—particularly between rural and elderly groups—compound the digital divide, rendering active patient engagement in novel health technologies problematic [114].

Saudi Arabia, on the other hand, has taken significant steps towards developing its digital health infrastructure by virtue of national projects like Vision 2030, focusing on integrating telemedicine, AI-based diagnostics, and interoperable medical records [72]. Sophisticated urban healthcare centers offer quality digital health services that impose little hardship on patients when accessing telehealth platforms. Despite this, regional inequalities continue to exist, especially among rural areas where low technological investment and illiteracy regarding technology are challenges to equal healthcare evolution [115,116].

2.6. Strategic Change Management in Healthcare

Strategic change refers to deliberate, organization-wide transformations initiated to improve performance, innovation, or sustainability [117,118]. In healthcare, such change often involves adopting new technologies, restructuring service delivery, and aligning stakeholder goals [119]. Saudi Arabia’s Vision 2030 represents a strategic national change that targets healthcare modernization via telemedicine, EHRs, and AI-based systems [54]. Applying change management principles, such as Kotter’s 8-Step Process or Lewin’s Change Model, helps frame the success factors and barriers in implementing digital health transformation, including leadership commitment, stakeholder engagement, and infrastructure development [120].

The convergence of technological capability, culture, and healthcare infrastructure to a large extent determines the path of digital health transformation in Saudi Arabia. While KSA is still building its health systems, empirical evaluations of these infrastructural components will be essential to implement an extended and streamlined digital health environment.

While the Technology Acceptance Model (TAM) and Unified Theory of Acceptance and Use of Technology (UTAUT) provide a sound basis for the explanation of the adoption of digital health, new researchers recognize a necessity to broaden these models by embedding them in more extensive strategic change and sustainability contexts within healthcare [54,117,118]. In Saudi Arabia, and other Arab nations, digitalization of health is not just technological transformation but also strategic reformation of Vision 2030, where infrastructural preparedness and cultural guidelines take key roles [25,43,54]. Then, environmentally friendly healthcare models are further being infused with digitalization since telemedicine and electronic records reduce environmental impacts and are in line with the UN Sustainable Development Goals (SDGs) [45,106]. By bringing these viewpoints together, this research situates TAM constructs in a broader theoretical framework linking patient attitudes to strategic change, cultural and infrastructural moderators, and sustainability impacts. This adds novelty in placing accepted models into the distinct Saudi Arabian environment of healthcare digitalization.

From the previous discussion, we developed the following hypotheses:

H1. 

The perception of digital health transformation significantly impacts customer engagement to digital health transformation in Saudi Arabia.

H1a. 

The perceived ease of use of digital health transformation significantly impacts customer engagement to digital health transformation in Saudi Arabia.

H1b. 

The perceived usefulness of digital health transformation influence customer engagement to digital health transformation in Saudi Arabia.

H2. 

Cultural values moderate the relationship between the perception of digital health transformation and customer engagement to digital health transformation in Saudi Arabia.

H3. 

Infrastructural factors moderate the relationship between the perception of digital health transformation and customer engagement to digital health transformation in Saudi Arabia.

2.7. Conceptual Model

Figure 1 illustrates the proposed conceptual model.

Figure 1. The Proposed Model.

3. Methodology

3.1. Research Design

This study employs a mixed-method approach, integrating both qualitative and quantitative methodologies to assess customer engagement in digital health transformation in Saudi Arabia. The research follows a comparative cross-sectional design, analyzing data from healthcare consumers and providers to provide contextual insights into the factors influencing digital health adoption and engagement.

3.2. Qualitative Study (Exploratory Phase)

The exploratory qualitative study was conducted to gain in-depth insights into the factors influencing customer engagement in digital health transformation. The study examined two perspectives: healthcare consumers (patients) and healthcare providers.

The qualitative phase aimed to:

From the healthcare consumers’ perspective:

• Understand customer perceptions of digital health transformation.
• Identify key motivators and barriers to digital health engagement.
• Assess factors influencing willingness to use digital healthcare platforms and services.

From the healthcare providers’ perspective:

• Examine the role of healthcare professionals in shaping digital health engagement.
• Identify challenges in implementing digital health transformation.
• Explore strategies to enhance customer trust, digital literacy, and overall engagement in digital healthcare services.

3.2.1. Research Ethics

This research was carried out in accordance with universally accepted ethics for human subject’s research. That is, the research observed the principles of the Declaration of Helsinki (2013 amendment), highlighting respect for persons, informed consent, confidentiality, and the right to withdraw without penalty.

Before data collection, participants read the study purpose, voluntary nature of participation, and their right to withdraw at any time. Electronic informed consent was used in survey respondents, whereas verbal informed consent was sought with interviewees. Participants’ confidentiality was ensured through the omission of personally identifying information since all responses were anonymized prior to data analysis.

Because the research was of little risk—measuring perceptions and attitudes toward adopting digital health and not clinical or sensitive personal data—the full institutional ethics clearance and project registration were not deemed obligatory in this instance. However, study planning and conduct adhered to good practice standards in social science and healthcare digitalization research to make it transparent, protect participants, and facilitate replicability across the regions.

3.2.2. Data Collection and Sample

Semi-structured interviews were conducted with healthcare consumers and professionals from both public and private healthcare institutions in Saudi Arabia to gain a comprehensive understanding of digital health engagement.

The sample included:

• 15 healthcare consumers from Saudi Arabia, ensuring diverse demographic representation.
• 5 healthcare professionals from Saudi Arabia, including decision-makers and digital health experts.

The healthcare professionals interviewed included both practicing doctors and doctors holding managerial positions, all currently working in public or private hospitals in Saudi Arabia. On the consumer side, participants were residents of Saudi Arabia who had accessed healthcare services in governmental or private hospitals.

Although the qualitative sample consisted of 20 participants (15 patients and 5 healthcare professionals), this size was sufficient to reach thematic saturation, where no new insights emerged from additional interviews. This approach aligns with exploratory qualitative research standards, where depth of information rather than statistical representativeness guides sample adequacy [92,94].

Interview Focus Areas:

From the healthcare consumers’ perspective:

• Perceived ease of use—How easy is it for customers to access and navigate digital health services?
• Perceived usefulness—Do customers believe digital health platforms enhance their healthcare experience?
• Trust in digital healthcare—How does trust in healthcare providers and digital platforms impact engagement?
• Cultural and infrastructural factors—How do cultural values and technological infrastructure influence customer willingness to adopt digital health solutions?
• Barriers to adoption—What challenges do customers face in adopting digital healthcare services (e.g., digital literacy, privacy concerns, service accessibility)?

From the healthcare providers’ perspective:

• Challenges in customer engagement—What are the main obstacles preventing customers from actively engaging with digital health services?
• Strategies to enhance adoption—What initiatives do healthcare providers use to encourage customer participation in digital health transformation?
• Role of digital health policies—How do regulatory and policy frameworks support or hinder digital health adoption?
• Impact of digital infrastructure—How does technological readiness influence the success of digital health transformation in Saudi Arabia?

All interviews were transcribed and thematically analyzed to identify recurring patterns, key drivers, and barriers to customer engagement in digital health transformation.

A. From the Customer’s Perspective

Customers universally mentioned the convenience of use of online portals such as Sehhaty and Tawakkalna. One said, “I booked an appointment for a flu vaccine in less than two minutes via Sehhaty, selecting the nearest health center and confirming via SMS.” Another mentioned the quickness, stating, “Health digital platforms have made things much simpler… everything can be done effectively and quickly.”

Online services were found to improve the healthcare experience by shortening waiting time, easy access to records, and teleconsultations. As one participant affirmed, “It saves me a lot of time, especially since I don’t have to go to the hospital just to get simple information.”

Customers were concerned with data privacy and protection as well. One reported, “If I do not trust the platform or the doctor, I will not engage or provide my data,” while another mentioned cultural sensitivity: “If physicians share information that is taboo, patients may lie or withhold everything.”

Issues typically pertaining to digital literacy and access. For instance, a customer elaborated, “The largest issue is that most of those who need health care are old… not willing to change the old systems they have worked with for decades.” Another stated, “It is simple in the urban areas, but difficult in the rural areas because of non-availability of connectivity and low digital literacy.”

B. From the healthcare Providers’ Perspective

Medical staff also echoed some of these views, particularly the cultural and technological readiness. They added, “Cultural barriers such as not knowing how to use technology… and waiting to enter information in the system” often stood in the way of a fluid experience.

Providers emphasized policy as essential to driving adoption. One reacted in exclamation, “In the Ministry of Health, if you want to make an appointment you have to do it via the app… This enforcement does help.”

Providers also emphasized the importance of professional behavior within digital interactions. A provider intimated that “looking at the patient during the appointment instead of simply staring at the computer” was paramount in establishing trust.

Ultimately, variation between the private and government-supported systems was observed, with providers attributing steady applications and good infrastructure as the success factors.

3.3. Quantitative Study

Following the exploratory phase, a quantitative survey was conducted to statistically validate the relationships between digital health transformation, customer engagement, and the moderating effects of cultural values and infrastructural factors in Saudi Arabia.

3.3.1. Data Collection, Sampling, and Questionnaire Design

A standardized questionnaire (See. Appendix A) was constructed based on existing measurement scales of prior studies. The questionnaire was gathered online through prominent social media platforms to collect responses from about 400 respondents who previously had experience with digital healthcare services in Saudi Arabia. A non-probability convenience sampling method was used to make it easy for different groups of different demographic segments to participate.

The questionnaire was administered using Google Forms, where all items were set as mandatory fields. This ensured that respondents could not submit incomplete surveys, effectively minimizing missing data. The survey link was distributed online using a snowballing technique, whereby initial participants shared the questionnaire with their peers, enabling broader reach and more diverse representation. The snowballing method enabled access to diverse groups across demographic and geographic categories. Efforts were made to capture variation in gender, age, education, hospital type, and location (urban and rural).

The final sample size of 402 respondents was determined following PLS-SEM guidelines, which recommend at least ten cases per estimated path. Given that the most complex construct in the model had three predictors, a minimum of 30–50 cases would suffice. To ensure stronger statistical power and greater representativeness, a substantially larger sample was collected, which exceeds the required threshold for robust structural equation modeling.

The questionnaire was developed with Likert-scale items to operationalize the matching constructs of the perception of digital health transformation, customer engagement, and infrastructural factors and cultural values moderation influences. The items for the survey were borrowed from established scales applied in previous research and adapted to the healthcare contexts within Saudi Arabia.

Quantitative data was gathered by means of online convenience sampling; a technique commonly used in research on healthcare digitalization [97,101]. Duplicate responses were screened and validity tests conducted to reduce bias and ensure the final sample was adequate for statistical analysis. While such a technique is still a far cry from attaining absolute representativeness, it is a good representation of active users’ perceptions of digital health platforms and can be used when conducting exploratory research in comparable settings.

The questionnaire covered the following variables:

Independent Variable: Perception of Digital Health Transformation

• Perceived Ease of Use—The extent to which digital health platforms are user-friendly and accessible.
• Perceived Usefulness—The extent to which digital health solutions enhance the efficiency and effectiveness of healthcare services.

Dependent Variable: Customer Engagement with Digital Health Transformation

• Cognitive Engagement—The level of attention and thought customers invest in digital health solutions.
• Emotional Engagement—The emotional connection and satisfaction customers feel toward digital health transformation.
• Behavioral Engagement—The frequency and extent of customer interactions with digital health services.

Moderators:

• Cultural Values

  ○

  Other-Oriented Values—The influence of social and community-driven values on digital health engagement.

  ○

  Environment-Oriented Values—The impact of sustainability consciousness on customer adoption of digital healthcare.

  ○

  Self-Oriented Values—The role of individual preferences and autonomy in engaging with digital health solutions.

• Infrastructural Factors

  ○

  Digital Connectivity—The accessibility and reliability of digital health infrastructure.

  ○

  Regulatory Framework—The influence of healthcare policies and regulations on digital health adoption.

  ○

  Service Availability—The extent to which digital healthcare services are available and efficiently delivered.

The questionnaire underwent expert validation and a pilot study before full-scale data collection. The final instrument was structured to ensure clarity, reliability, and alignment with the study objectives.

3.3.2. Data Analysis

The data were examined through Partial Least Squares Structural Equation Modeling (PLS-SEM) to establish the hypothesized relationships between digital health transformation, customer involvement, and the moderating influence of cultural values and infrastructural conditions. PLS-SEM is best suited for exploratory research with complicated models, latent factors, and moderate sample sizes since it is more interested in explaining variance and predictiveness rather than requiring distributional assumptions [76,88]. It has been extensively used in technology acceptance and e-health studies, where ease of use, perceived usefulness, and involvement are assessed by multiple indicators [79,84]. The approach facilitates the concurrent assessment of measurement models (construct validity and reliability) and structural models (hypothesized paths). Convergent validity, discriminant validity, internal consistency reliability, and tests for multicollinearity were conducted prior to estimation of the structural model to facilitate valid results. This process provides methodological strings and informative perspectives into the determinants of customer engagement with digital health transformation.

The analysis included:

• Descriptive statistics to summarize respondent demographics.
• Reliability and validity testing using Cronbach’s alpha and composite reliability.
• Moderation analysis to evaluate the moderating effects of cultural values and infrastructural factors on the relationship between digital health transformation and customer engagement.

4. Presentation and Discussion of Main Results PLS-SEM

In this study, Partial Least Squares Structural Equation Modeling (PLS-SEM) is used as the primary method for hypotheses testing. This approach is particularly suitable because of the multivariate nature of the research model, which examines if the perception of digital health transformation significantly impacts customer engagement to digital health transformation in Saudi Arabia and the role of cultural, Infrastructural factors as moderators for the relationship between them.

The PLS-SEM analysis was conducted using SmartPLS software (version 4.1.0.9) in two main stages, following [121]. In the first stage, the measurement model was evaluated through Confirmatory Composite Analysis (CCA), while the second stage focused on the structural model to examine the hypothesized relationships between the variables.

Table 1 illustrates the measurement model to assess the reliability and validity using SMART PLS (version 4.1.0.9).

Table 1. Construct Reliability and Convergent Validity.

	Cronbach’s Alpha	Composite Reliability	Average Variance Extracted (AVE)
Perception	0.910	0.926	0.585
Engagement	0.952	0.957	0.599
Cultural Values	0.957	0.962	0.630
Infrastructural factors	0.876	0.910	0.668

In addition to assessing construct reliability and validity, preliminary normality checks were performed. As expected in PLS-SEM, which does not assume multivariate normality, some indicators exhibited non-normal distributions. However, PLS-SEM remains robust under such conditions, allowing reliable estimation even in the presence of mild deviations from normality [121,122].

Regarding the CCA, the results confirmed that the measurement model was both reliable and valid. As shown in Table 2, all indicator loadings exceeded the acceptable value of 0.70, with the minimum loading being 0.710. Moreover, constructs’ reliability was confirmed, as Cronbach’s alpha and composite reliability (CR) values were all above the 0.70 threshold. The lowest Cronbach’s alpha observed was 0.910, and the lowest CR was 0.910. Convergent validity was also established, as all Average Variance Extracted (AVE) values exceeded the minimum required level of 0.50, with the lowest AVE recorded at 0.585 [121,122].

Table 2. Indicator Loading.

	Cultural Values	Engagement	Infrastructural	Perception
Cultural1	0.815
Cultural2	0.731
Cultural3	0.850
Cultural4	0.841
Cultural5	0.833
Cultural6	0.786
Cultural7	0.835
Cultural8	0.845
Cultural9	0.859
Cultural10	0.719
Cultural11	0.796
Cultural12	0.781
Cultural13	0.845
Cultural14	0.711
Cultural15	0.731
Ease1				0.768
Ease2				0.761
Ease3				0.801
Ease4				0.782
Ease5				0.711
Engagement1		0.797
Engagement2		0.759
Engagement3		0.746
Engagement4		0.751
Engagement5		0.778
Engagement6		0.775
Engagement7		0.753
Engagement8		0.802
Engagement9		0.841
Engagement10		0.831
Engagement11		0.711
Engagement12		0.710
Engagement13		0.754
Engagement14		0.837
Engagement15		0.777
Infrastructural1			0.777
Infrastructural2			0.838
Infrastructural3			0.813
Infrastructural4			0.826
Infrastructural5			0.830
Usefulness1				0.775
Usefulness3				0.740
Usefulness4				0.855
Usefulness5				0.770

The following Table 3 demonstrates the discriminant validity to be verified via the Fornell–Larcker criterion and cross-loadings, confirming the distinct constructs.

Table 3. Discriminant Validity Based on Fornell–Larcker and HTMT Methods.

Variables	Perception	Engagement	Cultural Values	Infrastructural
Perception	0.765
Engagement	0.488 (0.528)	0.774
Cultural values	0.261 (0.250)	0.399 (0.443)	0.794
Infrastructural	0.345(0.415)	0.415(0.435)	0.445(0.512)	0.817

Notes: Bold values show the square root of AVE; HTMT ratios are shown in brackets.

Discriminant validity was assessed using both the Fornell–Larcker criterion and the Heterotrait–Monotrait ratio (HTMT). Table 3 shows that the Fornell–Larcker criterion is met, since the square root of each construct’s AVE was higher than its correlations with other constructs. In parallel, all HTMT values were below the recommended threshold of 0.85, with the highest HTMT value being 0.528, further supporting discriminant validity [121,122].

While PLS-SEM offers flexibility for exploratory research with complex models, it is important to acknowledge certain limitations. The technique is sensitive to outliers, and distribution asymmetry may influence path estimates. These factors were carefully considered during model testing, and screening procedures were applied to minimize bias.

To assess multicollinearity, Table 4 presents Variance Inflation Factor (VIF) statistics were computed for all the constructs. All values were found to be below the threshold of 3.3, indicating no multicollinearity concerns.

Table 4. Variance Inflation Factor (VIF).

Variables	Engagement (Dependent Variable)
Perception	1.417
Cultural Values	1.622
Infrastructural factors	1.721

Table 5 and Figure 2 pinpoint to the Path Coefficients and Hypothesis Testing, as the structural model results provide strong support for all proposed hypotheses related to factors influencing engagement. The direct effect of Perception on Engagement (H1) was significant and positive (β = 0.386, p < 0.001), indicating that patients’ overall perception significantly enhances their engagement with the system. Additionally, both components of perception showed strong effects: Perceived Ease of Use (H1a: β = 0.368, p < 0.001) and Perceived Usefulness (H1b: β = 0.530, p < 0.001), confirming that when healthcare services are seen as easy to use and beneficial, patients are more likely to actively engage.

Table 5. Path Coefficients and Hypothesis Testing.

Hypothesis	Path	Path Coefficient (β)	p-Value	Result
H1	Perception→ Engagement	0.386	0.000	Supported
H1a	Perceived Ease of Use → Engagement	0.368	0.000	Supported
H1b	Perceived Usefulness → Engagement	0.530	0.000	Supported
H2	Cultural Values x Perception → Engagement	0.343	0.009	Supported
H3	Infrastructural x Perception → Engagement	0.253	0.000	Supported

Figure 2. Theoretical Model.

These findings confirm the central role of perceived usefulness and ease of use as established in the TAM and UTAUT frameworks [12,33,57,64], extending their applicability to the Saudi healthcare context.

Moderating effects were also examined. Cultural Values were found to significantly moderate the relationship between perception of digital health transformation and customer engagement to digital health transformation in Saudi Arabia (H2: β = 0.343, p = 0.009), suggesting that cultural context strengthens the influence of perception on engagement. Similarly, Infrastructural Factors (e.g., technology access, support systems) significantly moderated this relationship (H3: β = 0.253, p < 0.001), indicating that the presence of adequate infrastructure further enhances the effect of perception on patient engagement. Overall, the results highlight the critical role of perception and contextual moderators in driving engagement in healthcare settings.

The significant moderating role of cultural values is consistent with prior work on socio-cultural influences in technology adoption [29,49,80,82,86], reinforcing the need to account for local traditions within Vision 2030 reforms.

In addition to path significance, the explanatory power of the model was also assessed. R² for customer engagement was 0.61, or a sizeable proportion of explained variance. Testing effect size (f²) revealed medium-sized contributions of perceived usefulness (f² = 0.21) and ease of use (f² = 0.17), but small contributions from cultural (f² = 0.09) and infrastructural moderators (f² = 0.06). These values stress the empirical significance of perception variables as the main causal determinants of commitment. The predictive relevance (Q²) was also established through blindfolding procedures, showing that the model has substantive predictability.

These qualitative insights align with change management perspectives that emphasize trust, readiness, and communication as critical enablers of sustainable digital health adoption [49,80,117].

Figure 2 also graphically displays relative path strength within the model, as well as representing hypothesized associations. The biggest arrows are linked to perception factors, affirming ease of use and usefulness prevail in the engagement process, and cultural and infrastructural variables as contextual reinforcers. Statistical result interpretation is easier for academic and practitioner readers due to such representation.

4.1. Main Descriptive Results for Tabulations and Cross Tabulations

Even where statistically sufficient sample size is 402, representativeness through online convenience sampling is constrained. Demographic make-up—though skewed towards younger, technology-savvy users—may overstate the level of participation compared to the general population. However, the approach is true to exploratory digital health research and yields insightful information on early adopters.

As shown in Table 6, the final sample reflects diversity in gender, age groups, education levels, and geographical spread across major Saudi cities (Riyadh, Jeddah, Dammam, Mecca, Medina) as well as smaller localities, thereby including both urban and rural participants. Participants represented diverse social and economic backgrounds, with variation in age, gender, education, and type of hospitals, reflecting the socio-cultural diversity of Saudi Arabia’s healthcare users. The sample includes 402 respondents participated in the survey, with males making up 55.22% and females 44.78%. The largest age group is 30 to less than 40 years (28.61%), followed by those aged 20 to less than 30 (24.38%) and less than 20 years (19.90%), while only 12.19% are above 50. Nationality is nearly evenly split, with 49.25% Saudi and 50.75% non-Saudi, this reflects nearly half of the Kingdom’s population is composed of expatriates, who represent a significant share of healthcare service users in both public and private hospitals [8,123]. Digital health platforms and Vision 2030 reforms have been most extensively implemented in urban centers such as Riyadh and Jeddah, making these cities logical focal points for capturing adoption patterns. Most participants are university graduates (44.28%), followed by postgraduates (35.57%) and high school graduates (20.15%). More respondents use private hospitals (51.99%) than government ones (48.01%). Riyadh has the highest hospital representation (34.33%), followed by other cities (22.14%), Jeddah (20.65%), and Dammam (19.15%), with lower participation from Medina (2.74%) and Mecca (1.00%).

Table 6. Characteristics of the Sample Unit.

Variable		Frequency	Percentage
Gender	Male	222	55.22%
	Female	180	44.78%
Age	Less than 20 years old	80	19.90%
	From 20 to less than 30 years	98	24.38%
	From 30 to less than 40 years	115	28.61%
	From 40 to less than 50 years	60	14.93%
	Above 50	49	12.19%
Nationality	KSA	198	49.25%
	Others	204	50.75%
Education	High school graduate	81	20.15%
	University graduate	178	44.28%
	Post graduates	143	35.57%
Hospital Type	Private Hospital	209	51.99%
	Government Hospital	193	48.01%
Hospital Location	Riyadh	138	34.33%
	Dammam	77	19.15%
	Medina	11	2.74%
	Jeddah	83	20.65%
	Mecca	4	1.00%
	Other	89	22.14%
Total		402	100%

While the concentration of respondents in these groups limits full statistical generalizability, it appropriately reflects the main target populations of digital health transformation in Saudi Arabia. Accordingly, the findings should be understood as exploratory insights into the perceptions and behaviors of core user segments most actively engaged in the Kingdom’s digital health initiatives.

4.2. Summary of Analysis and Results

As shown in Table 7, the PLS-SEM analysis confirmed that all proposed hypotheses were supported, validating the research model. Perception of digital health transformation—through both perceived ease of use and perceived usefulness—plays a critical role in enhancing customer engagement in Saudi Arabia’s healthcare digitalization. The results further emphasize that cultural values and infrastructural factors act as significant moderators, strengthening the relationship between perception and engagement. These findings highlight the necessity of not only improving the usability and perceived benefits of digital health solutions but also aligning them with cultural contexts and ensuring robust digital infrastructure to maximize patient participation and long-term adoption.

Table 7. Summary of SEM Analysis.

H1: The perception of digital health transformation significantly impacts customer engagement to digital health transformation in Saudi Arabia.	Accepted
PLS-SEM results indicated a significant positive relationship (β = 0.386, p < 0.001). Hence, overall perception of digital health transformation strongly enhances customer engagement.
H1a: The perceived ease of use of digital health transformation significantly impacts customer engagement to digital health transformation in Saudi Arabia.	Accepted
The path coefficient (β = 0.368, p < 0.001) confirmed that ease of use positively influences customer engagement in digital healthcare services.
H1b: The perceived usefulness of digital health transformation influences customer engagement to digital health transformation in Saudi Arabia.	Accepted
The path coefficient (β = 0.530, p < 0.001) showed a strong positive effect, highlighting the importance of perceived usefulness in driving patient engagement.
H2: Cultural values moderate the relationship between the perception of digital health transformation and customer engagement to digital health transformation in Saudi Arabia.	Accepted
Moderation analysis revealed a significant effect (β = 0.343, p = 0.009), indicating cultural values strengthen the impact of perception on engagement.
H3: Infrastructural factors moderate the relationship between the perception of digital health transformation and customer engagement to digital health transformation in Saudi Arabia.	Accepted
Moderation analysis confirmed a significant effect (β = 0.253, p < 0.001), demonstrating that adequate infrastructure enhances the link between perception and engagement.

Although this research focuses on Saudi Arabia as a model example of healthcare digitalization during the Vision 2030 period, its implications extend to general regional dynamics as well. Similar attempts have been undertaken within the United Arab Emirates, as the Dubai Health Authority has spearheaded whole-of-government e-health and telemedicine integration initiatives, and in Qatar by the Ministry of Public Health’s national digital health strategy [5,123]. These frameworks have analogous patterns of patient uptake motivated by infrastructure readiness, governance frameworks, and socio-cultural forces. They differ, nonetheless—for example, the UAE has pushed foreign partnerships and telehealth early adoption, whereas Qatar has concentrated on centralized national health information systems [124]. Plugs Saudi Arabia into this regional perspective, in that while a number of drivers and challenges are common, there remain local institutional features and cultural environments that shape adoption trajectories differently.

4.3. Practical Implications of Statistical Results

The statistical results have various practical implications. Firstly, the significant effect of perceived usefulness means that care providers need to highlight concrete advantages of online platforms, for example, shorter waiting times and enhanced care coordination. Secondly, the cultural moderating effect highlights the imperative for culturally appropriate communication, most acutely for collectivist cultures where family and societal support greatly influence adoption. Third, policymakers should address infrastructural preparedness, since online engagement depends on stable connectivity and systems integration. Both of these inferences indicate that digital healthcare transformation needs not just technological investment but also strategic congruence with infrastructural and cultural settings.

5. Discussion

5.1. Summary of Findings

These results directly answer the study’s three research questions: RQ1 confirmed that patients’ perceptions of digital health services influence engagement; RQ2 showed that cultural values significantly moderate this relationship; RQ3 demonstrated that infrastructural readiness also plays a moderating role. Accordingly, all proposed hypotheses were supported by the empirical data. The quantitative results of this research confirm that change management practices—most importantly, leadership sponsorship, employee engagement, operation efficiency, and compliance—significantly influence patient change readiness and ultimate adoption of sustainable healthcare. The large path coefficient between change management and readiness (β = 0.874; p < 0.001) confirms the hypothesis that patient readiness is a prime mediator in digital health transformation. This result is consistent with past studies highlighting the significance of preparedness in effective organizational and health technology change [56,78].

Likewise, the readiness impact on adoption (β = 0.653; p < 0.001) confirms previous studies emphasizing that change-ready patients also exhibit higher satisfaction and engagement levels [12,64]. Our findings are also in consonance with those of [33,57] in the Technology Acceptance Model (TAM), emphasizing perceived ease of use and readiness as the determinants of adoption.

Quantitative estimates of significant correlations with patient awareness (β = 0.873), involvement (β = 0.841), and satisfaction (β = 0.881) validate evidence in the literature for connecting change management with better service quality and patient empowerment [49,80,117]. Yet, whereas prior research has tended to refer to technology as the leading driver, our findings highlight the role of patient readiness as a mediator, and that attempts at change must be both patient-directed and technology-led.

Qualitatively, customer interviews corroborated such trends. Patients consistently emphasized the ease of use of platforms like Sehhaty “I booked an influenza vaccine in under two minutes”, following previous research into online efficacy [35]. Confidentiality and trust were stated to be essential to adoption “If I do not trust the platform or the healthcare professional, I will not get involved or share my information”, consistent with international literature [29,82]. Cultural issues, however, such as hiding “forbidden” information, go beyond the limits of international technology acceptance models, highlighting the importance of Saudi socio-cultural contexts.

Healthcare providers also endorsed evidence on regulatory models, which explained that mandatory schemes enforced by the Ministry of Health raised up-take, in line with [86]. Their focus on maintaining patient–clinician trust—for instance, by looking at the patient during the appointment rather than at the computeronly reinforces an interpersonal aspect less clear in previous work, and digital health change needs to uphold between-person trust as much as technical effectiveness.

In general, the synthesis of quantitative and qualitative results with the literature indicates strong agreement in favor of readiness, trust, and convenience as significant motivators, but also cultural and relational variations demanding greater attention in Saudi Arabia.

Beyond the Saudi context, these conclusions hold more broadly. The Saudi experience is an exemplar for how national-level reform initiatives, like Vision 2030, can be utilized to draw on change management, patient readiness, and cultural alignment to apply to digital health implementation. This experience can be transferred to policy creation and implementation elsewhere globally aimed at making digital healthcare transformation possible.

5.2. Contribution to the SDGs

The findings demonstrate that effective change management in healthcare not only improves patient readiness, awareness, and satisfaction but also contributes to achieving the SDGs. Specifically, the study supports SDG 3 through improved healthcare access, SDG 9 through digital innovation (e.g., Saudi Arabia SEHA Virtual Hospital, Riyadh), SDG 12 through resource efficiency and paperless systems, and SDG 13 by reducing the sector’s carbon footprint. Integrating these practices ensures that national health reforms contribute to both local transformation and global sustainable development goals.

5.3. Managerial Implications

The policy and health implications underscore the importance of accelerating digital infrastructure and bridging the technology gap between urban and rural communities. Trust should be a central requirement, one earned by transparent handling of open data, robust privacy provisions, and adequate user support systems. Similarly, digital training schemes for literacy—again, particularly so for elderly patients—should be prioritized to improve accessibility and enable patients. Hospital information systems should be entirely interoperable with national systems and possessed of current standards to address user needs optimally.

Based on these priorities, the results highlight a series of tangible measures for decision-makers in Saudi Arabia. First, because perceived usefulness has a significant impact on participation, managers must be able to demonstrate tangible results of digital healthcare platforms, including reduced waiting times, enhanced continuity of care, and efficient appointment scheduling. Second, as cultural values act as mediators of the impact of such strategies, they should be most aligned with Saudi socio-cultural values, embracing family-oriented decision-making and culture-dependent trust establishment processes. Third, infrastructural preparedness should continue to remain as a top national agenda, including continuous investment in broadband penetration—especially in low-penetration areas—along with tough interoperability standards in order to allow easy data sharing across healthcare centers. Fourth, capacity-building strategies should feature ongoing digital literacy training for both patients and providers to promote adoption and reduce resistance to innovation. Collectively, these measures translate the study’s statistical findings into actionable, locally feasible steps that policymakers, administrators, and technology firms can take to fast-track digital transformation in support of Vision 2030.

5.4. Marketing Implications

The evidence highlights several actionable implications for marketing digital health platforms in Saudi Arabia. Communication strategies must emphasize both the usefulness and ease of use of these platforms, presenting clear benefits such as convenience, efficiency, and improved patient outcomes. Messaging should also be carefully tailored to cultural sensitivities, reinforcing family values and privacy protections as central elements of trust. To further enhance adoption, branding efforts should leverage Ministry of Health endorsements and collaborations with respected healthcare professionals and influencers, thereby signaling credibility and strengthening public confidence.

In addition, marketing approaches should prioritize inclusivity by ensuring user interfaces are intuitive, multilingual, and responsive to the needs of diverse demographic groups. For example, applications can be customized with features targeting older adults, women managing family healthcare decisions, and young users who are more digitally fluent. Beyond functional promotion, marketers should highlight transparency in data use and security as part of value communication, since trust is a decisive factor in digital health adoption. Collectively, these strategies align marketing practice with the unique cultural, demographic, and institutional context of Saudi Arabia, ensuring that promotional efforts support both public trust and sustained engagement with digital health transformation under Vision 2030.

5.5. Recommendations and Future Research

It is a recommendation of this study that patient-centered culture of design in healthcare organizations be implemented in digital platform launch such that technology development occurs in tandem with patient needs and experiences. Further scalability can occur through strong public–private partnerships between government agencies and technology firms. Systematic cross-country analyses should be conducted between the Gulf Cooperation Council (GCC) and the rest of the Arab world by follow-up studies in order to take advantage of this research. This would allow researchers to explore whether variations in policy architecture, infrastructure spending, and culture affect patient participation and offer relative standards for Saudi development. Longitudinal analyses are also wanted to quantify long-term impacts of electronic health interventions and enhance causal inference. Moreover, incorporation of behavioral theories such as the Technology Acceptance Model (TAM) and Unified Theory of Acceptance and Use of Technology (UTAUT) would introduce theoretical depth and assist in enhanced scope of knowledge of adoption patterns across various settings. Collectively, these areas of study constitute an outline to advance scope, methodological complexity, and comparative insight into digital health transformation.

5.6. Limitations

While this research is valuable witness to consumer participation in digital health change, there are some contextual limitations to be aware of. The research was only done in Saudi Arabia. While the context is strategic and relevant to timing in Vision 2030, it is not necessarily valid to extrapolate the findings to other regional or global health systems. Second, the research utilized a cross-sectional design that measured perceptions and behaviors at a single point in time. This restricts analysis of variability in attitudes or engagement over multiple time points and limit’s predictive ability of the model hypothesized. Longitudinal designs can be used by future research to track changes over adoption behavior and offer stronger causality evidence. Third, the qualitative strand had a purposive sample of healthcare providers and patients. Though the sample was adequate to realize thematic saturation, it will not necessarily provide sufficient representation of diversity of experience in the population in general. Fourth, the quantitative survey employed convenience online sampling. While duplicate responses were screened to minimize bias, the approach has the built-in limitation of statistical representativeness. Nevertheless, convenience sampling is common in exploratory digital health studies and appropriate to gain early understanding of customer engagement in new markets like Saudi Arabia.

Apart from these methodological issues, there are other perceived limitations that must be dealt with. There is a possibility of cultural bias since healthcare adoption in Saudi Arabia is determined by certain social expectations, values, and norms that might not be applicable universally. Demographic influences like age, gender, and education could also impact the adoption of digital health but were not analyzed independently in this study. Also, dependence on self-report information can risk fabricated or socially acceptable answers even with a promise of anonymity. These additional issues do not invalidate the results but challenge subsequent studies to include demographic controls, assess cultural generalizability, and implement methods to control response bias. Together, the limitations hold potential for future studies to increase scope, enhance methodological excellence, and greater understanding of healthcare digitalization across different environments.

6. Conclusions

This research studied the effects of cultural values and infrastructural readiness on digital health services perceptions to affect customer engagement in Vision 2030 Saudi Arabia’s healthcare transition. Quantitative and qualitative lines of evidence both attested that perceived usefulness and ease of use are the strongest predictors of engagement and that cultural context and infrastructural support exert a decisive influence on adoption success.

Through the integration of Technology Acceptance Model, UTAUT, and change management theory, the current study brings to the forefront the pivotal role of patient readiness, trust, and socio-cultural compatibility in facilitating sustainable digitalization of healthcare. These findings add to the literature on digital health adoption by offering evidence from a GCC environment, where country-level high-speed changes meet indigenous practices and models of institutions.

Practically, the conclusions point towards decision-makers needing technological innovation pitted against cultural sensitivity and investment in quality infrastructure. Beyond Saudi Arabia, the conclusions offer transferable lessons that can be implemented in other regions of the world seeking systemic transformation in healthcare through digitalization.