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Article

Are We Inclusive? Accessibility Challenges in Philippine E-Government Websites

College of Computer Studies, Mindanao State University-Iligan Institute of Technology, Iligan City 9200, Philippines
*
Author to whom correspondence should be addressed.
Informatics 2025, 12(2), 41; https://doi.org/10.3390/informatics12020041
Submission received: 29 January 2025 / Revised: 7 April 2025 / Accepted: 9 April 2025 / Published: 15 April 2025

Abstract

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Web accessibility is essential for e-government in the Philippines to ensure that all citizens, including those with disabilities, can access important information and services. This study evaluates government web accessibility using the Web Content Accessibility Guidelines 2.0 from the World Wide Web Consortium and web presence based on the Government Website Template Design guidelines. A combination of automated testing tools and visual inspections was used for the assessment. Results showed significant discrepancies between web presence and web accessibility. Web presence compliance ranged from 28% to 82.67%, averaging 53.43%. Web accessibility scored higher, with compliance rates ranging from 62.32% to 97.1% and an average of 82.5%. This indicates that while many government agencies have focused on accessibility, there is a need to improve their digital services and visibility. A well-structured and user-friendly website is vital. However, without expanded online services, mobile accessibility, and transactional features, the full potential of digital governance remains untapped. Future studies are directed to aid government agencies with adopting accessible design principles, conducting regular audits, collaborating with disability advocacy groups, and integrating assistive technologies to foster a more inclusive and efficient digital government ecosystem.

1. Introduction

E-government serves multiple purposes, including enhancing administrative efficiency by streamlining processes, promoting democratic governance by facilitating citizen participation and feedback mechanisms, and fostering trust between citizens, the private sector, and governments through increased transparency and accountability [1]. However, achieving these goals has been difficult due to accessibility problems in many e-government websites [2]. This has led to increasing demands for assessing the accessibility of e-government websites, which are widely recognized as the main way for governments to interact with citizens [3]. Several studies have investigated the content of government websites, focusing specifically on their web presence and web accessibility [4,5,6,7]. These studies highlight the critical role of accessible web design in promoting equal opportunities for all users. Research indicates that implementing accessible design features on government websites not only ensures that individuals with disabilities can access information and services but also enhances overall accessibility for all visitors. By incorporating accessible web design principles, government websites can better serve the diverse needs of their citizens and promote inclusivity [8]. Implementing accessible design features not only accommodates the needs of individuals with disabilities but also enhances the overall user experience for all visitors [9]. A strong web presence and web accessibility are of utmost importance in effectively serving e-citizens. This ensures that citizens can easily access information and services, fostering transparency and accountability in governance [10,11].
Government websites can be checked for accessibility compliance by following Web Content Accessibility Guidelines 2.0 standards, which include providing text alternatives, ensuring keyboard accessibility, and making content easy to understand [4,12,13]. Furthermore, web accessibility ensures that individuals with disabilities can equitably perceive, comprehend, navigate, and engage with websites and digital tools [14]. By adhering to the WCAG standards and considering accessibility principles, government websites can enhance the overall user experience and ensure that all citizens, regardless of abilities, can effectively access information and utilize online services. Various approaches have been utilized to conduct these studies, encompassing both automated and manual approaches. According to [15], automated tools can be just as effective as manual methods in pinpointing web accessibility problems. Most studies used automated methods, utilizing popular tools such as the Web Accessibility Evaluation (WAVE) Tool, Google Lighthouse, and Test d’Accessibilitat Web (TAW) [16,17,18,19].
In the Philippines, the legal basis of web accessibility can be traced back to several laws and policies. The most notable among these is the Republic Act No. 7277, or the Magna Carta for Persons with Disabilities (PWDs) [20]. This law mandates the government to ensure that PWDs are provided with equal opportunities, particularly in the field of education, employment, and accessibility to public facilities and services, including information and communication technology. The National Council on Disability Affairs issued the Implementing Rules and Regulations of the Magna Carta, which explicitly states that “all government websites shall comply with the guidelines on web accessibility” [21]. Additionally, the Department of Information and Communications Technology (DICT) issued Memorandum Circular 004 (2017), a policy that provides guidelines on the implementation of web accessibility in government websites [22]. The memorandum circular provides specific guidelines for achieving web accessibility, including the use of alternative text for non-text content, the provision of captions and transcripts for multimedia content, and the use of descriptive links and headings. It also requires government agencies to conduct regular accessibility audits of their websites and web-based applications to ensure compliance with the WCAG 2.0 Level AA. Moreover, the memorandum circular mandates the establishment of a web accessibility compliance team within each government agency, responsible for ensuring compliance with web accessibility guidelines and conducting regular accessibility audits of the agency’s website [23]. These laws and policies serve as the legal basis for the implementation of web accessibility standards in the Philippines, particularly for the benefit of PWDs. According to the 2010 Census of Population and Housing in the Philippines, 1.44 million individuals, or 1.57% of the 92.1 million household population, have a disability [24,25].
Despite these policies, the overall accessibility of the Philippine government websites remains a concern. According to the United Nations E-Government Development Index, the Philippines ranks 73rd globally in e-government development [26]. This ranking reflects the country’s progress in digital governance but also underscores the need for further improvement in accessibility. In this context, evaluating the accessibility of government websites is essential to determine whether accessibility challenges stem from design and compliance issues or broader factors related to the digital divide. This ensures that web accessibility remains essential in promoting inclusivity and equal access to government services and digital resources. Governments must prioritize accessibility improvements to accommodate the needs of persons with disabilities, thereby fostering a more inclusive digital environment.
As such, this study aims to contribute to the existing knowledge by evaluating the web presence and accessibility of e-government websites in the Philippines. This endeavor is particularly significant considering the limited understanding of e-government website accessibility within the country. Ensuring equitable access to government services for all citizens, including those with visual, auditory, dexterity, and cognitive impairments, is imperative. This evaluation is important because it will help identify any barriers or challenges that may exist and provide recommendations for improving accessibility. Having an accessible website supports government agencies in their commitment to serving all members of the public equally.

2. Accessibility Issues and Concerns

2.1. Visual Impairments

Accessibility is a crucial aspect of ensuring equal access and opportunities for individuals with disabilities in various settings, including digital platforms [27]. In the context of visual difficulties, individuals with disabilities may face challenges in accessing content that relies solely on visual cues such as images, videos, and diagrams [28,29]. This can impact their ability to understand and engage with the information presented. Numerous studies have highlighted the difficulties faced by individuals with visual impairments when accessing digital content. For example, a study conducted by [30] found that only 2.4% of research articles delivered in a PDF format were accessible to people with disabilities. In terms of reading text, individuals with visual difficulties may also struggle with text that is too small or not presented in a high-contrast format. This can make it challenging for them to read and comprehend the content effectively. For individuals with visual difficulties, developers can implement alternative text for images and graphics, allowing screen readers to describe the content to users who are unable to see it. Additionally, providing options to adjust text size and contrast can greatly improve readability for individuals with visual impairments [31].

2.2. Auditory Impairments

Individuals with auditory disabilities may encounter barriers when audio content is not adequately transcribed or captioned. This can significantly hinder their access to information presented through podcasts, videos, and other audio-based media [32]. Moreover, individuals with auditory difficulties may face challenges with poorly designed sound interfaces or systems that do not accommodate their specific needs, affecting their overall user experience [33]. In a study conducted by [34], it was found that a majority of online videos lack accurate captions, making it challenging for individuals with auditory impairments to fully comprehend the content. Furthermore, there is a need for developers to address these accessibility issues by incorporating features that cater to individuals with visual and auditory impairments. For individuals with auditory difficulties, developers should ensure that all audio content is accompanied by accurate transcriptions or captions. This not only benefits individuals with hearing impairments but also provides a better user experience for all users, especially in noisy environments where audio may be difficult to hear.

2.3. Dexterity Impairments

Individuals with dexterity impairments may encounter challenges in navigating digital interfaces that require precise and coordinated movements, such as using a mouse or typing on a keyboard [35]. This can limit their ability to interact with websites, applications, and other digital platforms effectively. Developers and designers can address these challenges by implementing features such as keyboard shortcuts, voice command options, and customizable input methods. These accommodations can provide individuals with dexterity impairments the flexibility to interact with digital content in a way that suits their abilities and needs.

2.4. Cognitive Differences

In the context of cognitive differences, individuals with disabilities may face additional challenges when interacting with digital content [36]. For example, individuals with cognitive differences may have difficulty processing complex information or navigating websites with cluttered layouts. Developers and designers can address these challenges by simplifying the language used in content, providing clear navigation paths, and minimizing distractions on the interface. Furthermore, individuals with cognitive differences may benefit from features such as visual cues, consistent layout designs, and the option to customize the display settings to reduce cognitive overload. By incorporating these features, developers can create a more inclusive digital environment that caters to individuals with cognitive differences.
It is evident that there are numerous accessibility issues and concerns that individuals with disabilities face when interacting with digital content [37]. The lack of accommodations for visual, auditory, dexterity, and cognitive impairments can create significant barriers to equal access and opportunities. It is crucial for developers and designers to prioritize accessibility in their digital platforms by implementing features such as alternative text for images, accurate transcriptions or captions for audio content, customizable input methods for dexterity impairments, and simplified language and clear navigation for cognitive differences [38]. By doing so, they can create a more inclusive digital environment that caters to individuals with disabilities, ultimately promoting equal access and participation for all users.

3. Methodology

3.1. Web Accessibility Framework

To fully achieve an inclusive Philippine government agency website, it is imperative that the platform meets the requirements for both web presence and web accessibility, as illustrated in Figure 1. Web presence enables agencies to provide a platform for publishing essential information to the public, thereby facilitating access to vital services and resources [39]. Meanwhile, web accessibility ensures that all users, including individuals with disabilities, can perceive, understand, navigate, and interact with websites and related tools on an equal basis [14]. A website that effectively incorporates both accessibility and presence maximizes its reach, ultimately serving a diverse population with varying needs.

3.2. Web Presence

Web presence enhances a website’s online visibility, enabling users to access essential information, services, and resources. Evaluators assess government websites using 75 checkpoints outlined in the Government Website Template Design guidelines, which align with the Memorandum Circular of the Government Web Hosting Service issued by the Department of Science and Technology-Information and Communications Technology [40]. The Philippine government developed the GWTD initiative to standardize the design, navigation, and content of government websites, ensuring a unified online identity across agencies. These guidelines specify website structure, required sections, design specifications, and additional features to enhance functionality and accessibility. A government website achieves compliance when it meets at least 80% of these checkpoints, allowing it to effectively serve and engage with citizens [41]. A well-structured web presence enables government agencies to provide accessible services and information, fostering greater transparency and accountability in public administration [42]. A total of 75 checkpoints are included across all web presence categories, as shown in Table 1.

3.3. Web Accessibility

Web accessibility ensures that all users, including those with disabilities, can effectively access, perceive, understand, navigate, and interact with websites [43]. Evaluators use 69 checkpoints from the Web Content Accessibility Guidelines (WCAG) 2.0, developed by the World Wide Web Consortium (W3C), to assess accessibility [14]. A website achieves full compliance by meeting 100% of these checkpoints, partial compliance by satisfying 85% to 99%, and non-compliance if it falls below 85%. Government agencies depend on accessible websites to provide citizens with seamless access to information, services, and public engagement opportunities. A well-designed, accessible website promotes efficiency, inclusivity, and transparency in digital governance. Table 2 presents the 69 accessibility checkpoints.

3.4. Website Selection

This study obtained a comprehensive list of government websites by accessing the official government directories of websites. The list includes the URLs of these government websites for easy access. Each selected website was visited and evaluated for its website presence and accessibility. A total of 45 government websites were obtained. Among these websites, 37 were found to have corresponding URLs. Upon further evaluation, it was discovered that out of the 37 websites with URLs, only 27 were accessible and visible. Table 3 shows the list of 27 government websites that were utilized for evaluating web presence and web accessibility.

3.5. Evaluation Procedure

The evaluation of government websites followed a systematic process comprising three main steps: (1) accessing the URL, (2) inspecting the website, and (3) verifying compliance with 144 checkpoints, including 75 web presence checkpoints and 69 web accessibility checkpoints. The evaluation criteria were based on the Government Website Template Design guidelines and the Web Content Accessibility Guidelines 2.0 [14,40]. Each website was assessed sequentially, beginning with web presence checkpoints, followed by web accessibility checkpoints. The evaluation was conducted by researchers who are also web development specialists with prior training in web accessibility audits through a Training of Trainers program organized by the Department of Information and Communications Technology. The evaluation took place between June and August 2024.
To ensure a comprehensive assessment, this study employed a combination of automated testing tools and visual inspection. Prior research indicates that combining these methods enhances the accuracy of webs accessibility assessments [44,45,46,47].
Visual inspection was utilized for accessibility criteria that require manual verification. The following key elements were assessed: (1) checking if the website has a home page linked to a home menu; (2) ensuring that the Philippine Standard Time is displayed, preferably on the homepage; (3) verifying the presence of agency information, such as the agency name and logo, “About Us” section, organizational structure, key officials, and contact details; (4) confirming that the Citizen’s Charter is accessible; (5) checking if all required items are included in the transparency page; (6) ensuring the availability of a downloads’ page; (7) verifying that a search bar is present and prominently placed; (8) checking for the presence of online forms, surveys, or feedback mechanisms, ensuring the website offers a language-switching feature; (9) confirming the inclusion of a calendar of activities related to e-participation; (10) ensuring that these elements were evaluated based on the Government Website Template Design guidelines [40].
Automated testing tools were employed to systematically analyze website elements, ensuring comprehensive coverage of accessibility criteria. Although these tools facilitate large-scale assessments, it is important to recognize their limitations, as they may not detect all accessibility issues [46]. In contrast, visual inspection offers a qualitative perspective, identifying accessibility barriers that automated tools might overlook [47]. By leveraging a combination of automated testing tools and visual inspection, this study ensured a more robust and reliable evaluation framework. The specific tools used for automated assessments are presented in Table 4.
Upon completing the accessibility inspections, researchers documented compliance with the designated checkpoints, identified accessibility barriers, and formulated recommendations for website enhancements. The collected data were systematically analyzed to derive meaningful insights and contribute to future accessibility improvements in government web platforms.
Automated tools can efficiently detect common accessibility barriers such as missing ALT text, inadequate color contrast between background and foreground, and issues related to keyboard navigation and form controls. However, they may not capture the full range of potential accessibility concerns. Automated tools can struggle to detect context-based errors, such as improper use of Accessible Rich Internet Applications or the nuances of how screen readers interpret content. Therefore, it is essential to perform visual inspections alongside automated checks, particularly to verify the accuracy of results in areas like ALT text descriptions, color contrast, and other critical evaluation checkpoints. Visual inspections allow evaluators to ensure that the automated tools’ findings align with real-world user experience and accessibility guidelines, addressing technical compliance and accessibility considerations for individuals with diverse disabilities. This dual approach—combining automated evaluation with manual inspection—enhances the reliability of the accessibility audit, ensuring that websites provide a truly inclusive experience for all users.

4. Results

4.1. Web Presence Results

The compliance of various government agencies with different stages of web presence is assessed based on four categories—(1) Emerging, (2) Enhanced, (3) Transactional, and (4) Connected—with corresponding compliance percentages for each stage.
Figure 2 shows the emerging web presence stage. Overall, the websites achieved an average compliance rate of 79.34% on the 26 checkpoints. Furthermore, 16 out of 27 websites successfully met the required percentage of 80%. The agencies that demonstrated the highest compliance rates were DENR, DOST, and DTI, each achieving a compliance rate of 92.31% or 24 checkpoints. Conversely, NSC exhibited the lowest compliance rate with only 38.46% or 10 checkpoints.
Figure 3 shows Stage 2, enhanced web presence, with the compliance percentage significantly dropping in all websites, averaging at 63.83%. Only two websites, DTI with 88.24% and OVP with 82.35%, were able to surpass the required percentage. This indicates that 93% (25) of the websites failed to meet the minimum requirement of 80% compliance for web presence.
Figure 4 shows Stage 3, transactional web presence, with none of the websites being able to meet the required percentage of 80%. The average compliance rate across all websites is only 40.74%. The highest percentage compliance rate achieved was 66.67% by DEPED, DOST, and DSWD.
Finally, Figure 5, connected web presence, shows that the overall compliance percentages for all agencies are relatively low, with an average of 18.52%. However, DTI stands out with a compliance rate of 80%, being the only website that passed the required percentage. On the other hand, the remaining websites fall below 40% compliance. This highlights the high level of web interactivity and data exchange required in Stage 4.
Table 5 shows the number of web presence compliant and non-compliant checkpoints for each government agency. Only the DTI website passed with a percentage of 82.67%, while the NSC had the lowest compliance percentage of 28%. Overall, the average compliance percentage for all government agencies in all four stages was 53.43%, indicating that there is still much room for improvement in their web presence. Government agencies should focus on enhancing their websites to improve compliance with web presence stages.

4.2. Web Accessibility Results

The results of the government agency websites’ evaluation in terms of accessibility, specifically in the areas of availability, identity, navigation, and content.
Figure 6 shows the availability section, which focuses on how easy it is for all users to access and use the website. The figure shows that most government agency websites scored well in this section, with an average score of 85.19%. Specifically, 16 out of 27 agencies scored above 85%, with the highest score being 100% for DICT. The agencies with the lowest score of 64.71% were DOH, DOST and DSWD.
In the identity section, Figure 7 shows that government agency websites have an average score of 78.60%. This section refers to how well a website’s design reflects the agency’s identity and branding. Only 8 out of 27 agencies scored above 85%, with the highest score being 94.44% for DTI and CFO. On the other hand, five agencies, DEPED, DFA, DND, NSC and PMS, scored below 70%, which indicates a need for improvement in their website design to better reflect their identity and branding.
Figure 8 shows the navigation section, which measures how easily users can navigate the government agency websites. It indicates that most government agency websites scored well in this section, with an average score of 86.24%. Specifically, 20 out of 27 agencies scored above 85%, with the highest score being 100% for DA and DICT. On the other hand, the agencies with the lowest scores were DND, DPWH, DSWD, MMDA, MINDA, NSC and PMS, scoring below 80%. It is worth noting that navigation is crucial in ensuring a user-friendly website, as it affects user experience and engagement.
Finally, Figure 9 shows the content section, which refers to the information displayed on the government agency websites. From the figure, it can be seen that DFA, DOJ, DPWH, CHED and DICT are fully compliant with the content checkpoints with a score of 100%. OVP, DOE, DENR, DILG, DOLE, DTI, CFO, MMDA and MINDA are partially compliant with scores above 85%. On the other hand, DAR, DA, DEPED, DOH, DND, DOST, DSWD, GCG, NSC, PLLO, PMS and TESDA scored below 85%, indicating that they are non-compliant with the content checkpoints. The average score for this section is 81.11%, indicating that there is still a need for improvement in the content displayed on government agency websites.
Table 6 shows the number of web accessibility compliant and non-compliant checkpoints as well as the overall compliance percentage of each government agency. The average overall percentage of compliance for all agencies is 82.50%. Specifically, 12 out of 27 agencies were classified as partially compliant and scored above 85%, with the highest score being 97.10% for DICT. However, 15 out of 27 agencies were considered non-compliant, with the lowest score being 62.32% for NSC. Overall, there is room for improvement for the government agency websites in terms of meeting the accessibility standards.

4.3. Comparative Analysis

The distribution highlights varying levels of compliance with web presence and accessibility standards among government agencies in Figure 10.
Some agencies demonstrate high accessibility scores but have a low web presence, such as the Department of Information and Communications Technology, Department of Agriculture, and Mindanao Development Authority. This indicates that while they comply with web accessibility checkpoints, they need to enhance their web presence. Other agencies, such as the National Security Council, Presidential Management Staff, Department of Education, Department of Finance, and Department of Health, exhibit both low web presence and poor accessibility, characterized by outdated interfaces, poor navigation, and limited online services. These agencies must improve in both areas to enhance digital accessibility and service delivery. In contrast, a few agencies, including the Department of Trade and Industry, Commission on Higher Education, Department of Justice, Department of Labor and Employment, and Department of Environment and Natural Resources, reflect strong accessibility and web presence. Their successful integration of interactive design, improved navigation, and enhanced user experience suggests progress toward more advanced stages of web presence. These agencies should serve as benchmarks for others seeking to improve their digital platforms. Moving forward, government agencies should target a holistic approach that strengthens both web presence and accessibility to achieve a full connected and citizen-centric digital government.

5. Discussion

The evaluation of government websites in the Philippines across different web presence stages reveals varying levels of compliance with the checkpoints from GTWD and WCAG 2.0.

5.1. Web Presence

The web presence evaluation reveals an average compliance rate of 53.43% across all government websites, with a declining trend as they progress through the stages: 79.34% (Emerging), 63.83% (Enhanced), 40.74% (Transactional), and 18.52% (Connected). This decrease highlights the need for government agencies to improve their web presence, particularly in later stages where higher interactivity and integration introduce accessibility challenges [39]. Web presence initially serves as a basic platform, providing static information with limited citizen engagement [48]. As websites evolve into transactional and connected stages, they enable two-way communication and online services. However, the drop in compliance rates at advanced stages suggests that as governments strive for greater digital integration, they often struggle to maintain accessibility standards. Addressing these gaps is essential to ensuring that government websites remain functional, accessible, and user-friendly, especially as they transition into the transactional and connected stages of e-government.
Table 7 shows checkpoints with a compliance rate below 50% that needs to be compiled by government agency websites. Each checkpoint plays a vital role in ensuring adherence to standards and optimizing the user experience. In Stage 1 (Emerging), accurately displaying the local time—particularly aligning with Philippine Standard Time—is essential for users to efficiently synchronize with schedules, deadlines, and events. The Emerging Site Map and Citizen’s Charter serve as foundational tools that enhance navigation and transparency, helping users understand government processes and services [49]. Additionally, archives act as a crucial repository of historical data, providing valuable reference points for those seeking past records and information.
Advancing to Stage 2 (Enhanced), support for multiple languages fosters inclusivity by accommodating diverse linguistic backgrounds, ensuring that non-native speakers can access information seamlessly. Strengthened user login and password security features enhance data protection while maintaining a smooth authentication process. Additionally, the integration of wireless technology for mobile messaging enables instant communication and updates, improving responsiveness and citizen engagement [50].
In Stage 3 (Transactional), implementing CAPTCHA reinforces security measures, preventing automated bots and unauthorized access. Transactional e-mail alerts keep users informed about updates, requests, and service statuses, ensuring timely communication. Moreover, features such as confirmation of request and e-signatures enhance verification and authorization processes, strengthening the security and credibility of digital transactions [51].
Finally, in Stage 4 (Connected), discussion forums play a crucial role in promoting public discourse, fostering collaboration, and enhancing engagement among users. In parallel, opinion polls serve as a vital tool for gathering citizens’ feedback, which can directly influence policy making and service improvements. By addressing these low-compliance checkpoints, government agencies can significantly enhance their digital presence, improve accessibility, and offer more efficient and effective online services. It is essential for these agencies to prioritize these improvements in order to create more inclusive, user-friendly, and responsive digital platforms that meet evolving technological standards and user expectations. Indama (2022) suggests that, to truly enhance the effectiveness and equity of digital public services, policymakers and practitioners must adopt a citizen-centric approach that prioritizes accessibility, inclusivity, engagement, and ethical considerations [52]. Such an approach ensures that digital governance not only meets current demands but also addresses the diverse needs and expectations of the public.

5.2. Web Accessibility

Government agencies have an average compliance rate of 82.5%, showing notable progress toward meeting accessibility standards. However, this falls short of the 85% threshold, which is generally considered the benchmark for partial compliance. Although this indicates positive development, the gap highlights that government websites continue to face challenges in achieving full accessibility, which is a critical aspect for inclusivity and effective public service delivery.
Table 8 shows various sections and their corresponding checkpoints with a compliance rate below 65%, requiring improvement. Adherence to these checkpoints ensures that the website is accessible to all users, promoting inclusivity and compliance with web accessibility standards. In the availability section, it stands at 85.19%, reflecting that most government websites successfully provide the essential content and services expected by users. According to the World Wide Web Consortium, availability is a cornerstone of web accessibility, ensuring that users can access important information without encountering technical barriers [14]. In terms of areas for improvement, images must consistently have appropriate ALT tags, and the use of flash and add-ons should be minimized to prevent accessibility issues.
Identity compliance, at 78.60%, reveals challenges in establishing consistent digital identity management systems across government websites. This is a crucial issue as digital identity systems become increasingly integral to online services, requiring both security and accessibility. Areas for improvement include feedback forms, key official corners, and contact details such as mobile and fax numbers. Incomplete compliance in this area may limit access to services for users, particularly those with disabilities. A study of Singh (2020) has shown that poor identity verification systems can severely hinder the accessibility of government services for a wide range of users [47].
Navigation compliance, with a rate of 86.94%, suggests that government websites are becoming increasingly user-friendly, enabling users to navigate the sites more efficiently. Government agencies have also integrated mobile features to enhance service accessibility and citizen engagement. However, despite these technological advancements, many agencies still lack fully responsive designs or dedicated mobile applications, as highlighted in the navigation section. This indicates a need for government agencies to expand their digital strategies, ensuring seamless mobile responsiveness and cross-platform accessibility to accommodate a growing and diverse digital user base [53].
There are still areas for improvement, such as indicating the user’s current location on the site and providing a well-organized site map or index when needed. As emphasized in Lawrence (2024) study, ease of navigation is critical for accessibility, especially for users with disabilities, and it plays a significant role in how effectively users can interact with the site [54].
Content compliance, currently at 81.11%, highlights ongoing challenges in ensuring that all content on government websites is accessible, especially for users with visual impairments or cognitive disabilities [28]. Improvements are needed in various areas, such as ensuring decorative images are assigned null ALT text (alt=“”) or used as CSS backgrounds, correctly associating text labels with form inputs, labeling embedded multimedia content with accessible text, and ensuring all images (including image buttons and hotspots on image maps) have suitable alternative text. Additionally, every linked image must have descriptive alternative text, and meta descriptions should be provided where necessary.
According to the Web Content Accessibility Guidelines 2.0, a website should be perceivable, operable, understandable, and robust for users with various disabilities [14]. Although progress has been made, much work remains to ensure that all content, including multimedia and dynamic elements, fully meets these standards.
The results indicate that government websites must continue to prioritize accessibility improvements to meet the needs of all users, especially as digital services become increasingly essential. Addressing gaps in identity and content accessibility will be crucial for creating a truly inclusive digital government, ensuring that all citizens, regardless of ability, can access vital public services. These findings align with the broader push for accessibility in digital governance, as outlined by the United Nations’ e-Government Survey, which advocates for universal access to government services online [55].

6. Conclusions and Recommendations

The evaluation of web accessibility for government agencies in the Philippines highlights critical areas for improvement in compliance with the Government Website Template Design guidelines and the Web Content Accessibility Guidelines 2.0 established by the World Wide Web Consortium.
The findings revealed significant discrepancies between web presence and web accessibility. Compliance rates for web presence ranged from 28% to 82.67%, with an average of 53.43%. Notable gaps were found in the transactional and connected stages, where engagement and interactive services should be more robust. To improve their web presence, government agencies must focus on addressing low-compliance areas, such as missing ALT tags in the availability section, incomplete contact information in the identity section, unclear navigation features in the navigation section, and inadequate meta descriptions or form labels in the content section. The connected web presence stage, which represents a fully integrated digital ecosystem, showed a concerning 0% compliance rate, highlighting significant issues with system interoperability and seamless online services. Overall, the compliance rates for web presence across all government agencies remain critically low, underscoring the urgent need to enhance integration, data sharing, and interoperability.
In contrast, web accessibility scored higher, with compliance rates ranging from 62.32% to 97.1% and an average of 82.5%. This suggests that while significant progress has been made in ensuring websites are accessible to users, there are still areas in need of improvement. Some government agencies in the Philippines have already adopted mobile integration to enhance service accessibility and citizen engagement. However, despite these advancements, many agencies still lack fully responsive designs or dedicated mobile applications, as reflected in the navigation section of the web accessibility evaluation. This underscores the need for government agencies to expand their digital strategies, ensuring seamless mobile responsiveness and multi-platform accessibility to cater to a diverse and growing digital user base.
A comparative analysis of web presence and web accessibility further underscores this need. Although web accessibility scores remain high, web presence compliance is relatively lower. This indicates that many government agencies have prioritized accessibility improvements but may still need to strengthen their digital services and visibility. A well-structured and user-friendly website is crucial, but without expanded online services, mobile accessibility, and transactional features, the full potential of digital governance remains underutilized.
To fully optimize government websites, agencies must invest in digital transformation efforts, mobile integrations, enhanced interoperability, and strengthened online service capabilities. Future studies are directed to aid government agencies to adopt accessible design principles, conduct regular accessibility audits, collaborate with disability advocacy groups, and integrate assistive technologies into their website evaluation processes to create a more inclusive and efficient digital government ecosystem.

Author Contributions

Conceptualization, P.B.J. and A.G.; methodology, P.B.J. and J.J.E.; validation, P.B.J. and J.J.E.; formal analysis, P.B.J., J.J.E. and J.B.; investigation, P.B.J., J.B., J.J.E., N.B. and A.R.A.; resources, P.B.J., J.B., J.J.E. and A.G.; data curation, P.B.J. and J.J.E.; writing—original draft, P.B.J., J.J.E., J.B. and A.G.; writing—review and editing, P.B.J., J.J.E., J.B. and A.G.; visualization, P.B.J. and J.J.E.; supervision, P.B.J. and A.G.; project administration, P.B.J. All authors have read and agreed to the published version of the manuscript.

Funding

This research, including the article processing charge (APC), was funded by the Mindanao State University-Iligan Institute of Technology through the Office of Research Management, under the Office of the Vice Chancellor for Research and Enterprise SO# 00503-2023.

Institutional Review Board Statement

Not applicable.

Informed Consent Statement

Not applicable.

Data Availability Statement

The original contributions presented in this study are included in the article. Further inquiries can be directed to the corresponding author.

Acknowledgments

This research was supported and funded by Mindanao State University-Iligan Institute of Technology (MSU-IIT). Their generous contribution was instrumental in enabling us to carry out this study and achieve the research objectives. We express our sincere gratitude to MSU-IIT for their unwavering support in promoting academic excellence and research endeavors. Moreover, while preparing this manuscript, we used ChatGPT (GPT-4o) solely for paraphrasing text to improve clarity and coherence as well as for generating LaTeX code for formatting in Overleaf. However, all analyses, interpretations, and conclusions in this manuscript remain the authors’ original work.

Conflicts of Interest

The authors declare no conflicts of interest.

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Figure 1. Web accessibility framework for Philippine government website (made by the authors).
Figure 1. Web accessibility framework for Philippine government website (made by the authors).
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Figure 2. Result of the emerging web presence stage.
Figure 2. Result of the emerging web presence stage.
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Figure 3. Result of the enhanced web presence stage.
Figure 3. Result of the enhanced web presence stage.
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Figure 4. Result of the transactional web presence stage.
Figure 4. Result of the transactional web presence stage.
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Figure 5. Result of the connected web presence stage.
Figure 5. Result of the connected web presence stage.
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Figure 6. Result of the availability section.
Figure 6. Result of the availability section.
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Figure 7. Result of the identity section.
Figure 7. Result of the identity section.
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Figure 8. Result of the navigation section.
Figure 8. Result of the navigation section.
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Figure 9. Result of the content section.
Figure 9. Result of the content section.
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Figure 10. Analysis across government agencies.
Figure 10. Analysis across government agencies.
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Table 1. Web presence stages [39].
Table 1. Web presence stages [39].
StagesDescriptionCheckpoints
1-EmergingIncludes basic web features like the homepage, Philippine Standard Time, and links to relevant agencies. It provides agency-specific information, such as the name, logo, organizational structure, key officials, and contact details. The site also includes strategic data like the Citizens’ Charter, transparency seal, services, policies, and updates.26
2-EnhancedIncludes more advanced features such as regularly updated information, news, and announcements. The site offers a search function, site map, downloadable forms, and documents. Interactive elements like feedback forms, social media links, and SMS notifications are available. Bid announcements, external links, and multi-language support provide comprehensive user access to various resources.17
3-TransactionalIncludes online features and enables secure online services with SSL encryption, privacy policy, and CAPTCHA. Users can engage in e-participation via RSS and other channels. Additional features include e-mail alerts, job opportunities, e-signatures, user log-ins, request confirmations, and the ability to complete transactions through online forms securely.12
4-ConnectedIncludes advanced features that enable citizens to connect with the government through multiple channels, such as e-participation, on policies and missions, along with calendars and archives of upcoming and past activities. E-participation tools such as discussion forums, surveys, blogs, and social media allow citizens to share feedback. Results of citizen input are published, and government responses are archived for transparency.20
Total 75
Table 2. Web accessibility sections [14].
Table 2. Web accessibility sections [14].
SectionsDescriptionCheckpoints
1-AvailabilityEnsures the website loads quickly, with easy-to-find navigation links and consistent functionality across devices. Users can easily return to the homepage or relevant start points. It also includes error recovery features, like a custom 404 page, ensuring seamless access for all users.17
2-IdentityEnsures the website’s branding is clear and accessible. The company logo is prominently placed, linking to the homepage. The homepage communicates the site’s purpose, with a clear tagline and easily digestible content. It provides a straightforward path to company and contact information, including social links and a feedback form.18
3-NavigationalEnsures users can easily access the site, find the homepage, and navigate intuitively. Clear and concise navigation labels, consistent menus, and a well-structured site map enhance user experience. Key content is visible on smaller screens, and browser functions like ’back’ and ’forward’ are supported. The design is professional, with an easy-to-use internal search.14
4-ContentIt is well organized with clear headings, descriptive title tags, and meta descriptions. Key content is placed above the fold for easy access. Consistent styles and colors ensure clarity, with alternative text for images and multimedia. Language is simple, avoiding jargon and ensuring accessibility for the target audience.20
Total 69
Table 3. List of government agency websites.
Table 3. List of government agency websites.
NoAgency/CodeURL
1Office of the Vice President (OVP)http://www.ovp.gov.ph/
2Department of Agrarian Reform (DAR)http://dar.gov.ph/
3Department of Agriculture (DA)http://www.da.gov.ph/
4Department of Education (DEPED)http://www.deped.gov.ph/
5Department of Energy (DOE)https://www.doe.gov.ph/
6Department of Environment and Natural Resources (DENR)http://denr.gov.ph/
7Department of Finance (DOF)http://www.dof.gov.ph/
8Department of Foreign Affairs (DFA)http://www.dfa.gov.ph/
9Department of Health (DOH)http://www.doh.gov.ph/
10Department of the Interior and Local Government (DILG)http://www.dilg.gov.ph/
11Department of Justice (DOJ)http://www.doj.gov.ph/
12Department of Labor and Employment (DOLE)http://www.dole.gov.ph/
13Department of National Defense (DND)http://www.dnd.gov.ph/
14Department of Public Works and Highways (DPWH)http://www.dpwh.gov.ph/
15Department of Science and Technology (DOST)http://www.dost.gov.ph/
16Department of Social Welfare and Development (DSWD)http://www.dswd.gov.ph/
17Department of Trade and Industry (DTI)http://www.dti.gov.ph/
18Commission on Higher Education (CHED)https://ched.gov.ph/
19Commission on Filipino Overseas (CFO)http://www.cfo.gov.ph/
20Governance Commission for GOCC’s (GCG)http://gcg.gov.ph/
21Metropolitan Manila Development Authority (MMDA)http://www.mmda.gov.ph/
22Mindanao Development Authority (MINDA)http://www.minda.gov.ph/
23National Security Council (NSC)http://www.nsc.gov.ph/
24Presidential Legislative Liaison Office (PLLO)http://pllo.gov.ph/
25Presidential Management Staff (PMS)http://www.pms.gov.ph/
26Technical Education and Skills Development Authority (TESDA)http://www.tesda.gov.ph/
27Department of Information and Communication Technology (DICT)https://dict.gov.ph/
Table 4. Automated tools used for evaluation.
Table 4. Automated tools used for evaluation.
Automated ToolsCheckpoints/Guidelines
Developer Tool (Chrome)- Reasonable loading time is at most 10 s. Get the average of multiple trials (at least 3 times).
Web Accessibility Evaluation (WAVE)
https://wave.webaim.org- Check if the titles, headers, and URLs are descriptive.
- Verify if the text on the page is readable.
- Check if images include equivalent alternative text in the markup/code.
- Default font size for body text should be between 12pt to 14pt.
- Provide descriptive titles for every page.
- Website should be responsive and adaptive to any resolution.
- Check if the layout of at least the main content of each webpage is consistent throughout the website.
- Check if the webpage does not contain anything that flashes more than three times in any one-second period.
- Check if descriptive hyperlinks are provided to support web text browsing.
- Check if links are noticeable on the website.
- Check if all non-text content has ALT text.
- All decorative images must contain empty/null ALT text or ALT=“”.
- Check if ALT text is attached to graphic images so screen reader software can assess the content.
- Check if a “D” hyperlink is provided to a page describing photographs that contribute meaningful content to the page.
AChecker Web Accessibility Checker
https://achecks.org/checker- Check if the website avoided using words such as “This” or “Click Here” in creating links and used descriptive hyperlinks.
- Check if there are no unnecessary links and buttons.
- Check if the provided title tags are clear and descriptive.
- Check if the meta descriptions are appropriate to the website.
- Check if the headers are descriptive and appropriate to the posted content.
- Check if URLs are SEO-friendly.
- Check if all form buttons have descriptive values.
- Check if all form inputs have values for the label attribute.
- Check if images and video clippings are described by providing text transcriptions.
Contrast Checker
https://contrastchecker.com- Check if visual contrast between text and background passes accessibility contrast checker.
- Check if contrasting colors are defined between the foreground and background combinations.
404 Checker
https://404checker.com/404-checker- Check if the website has a custom 404 page by utilizing the search bar or affixing an unknown slug to the URL (e.g., “/404”).
Screen Reader Browser Extension- Check if the webpages read text on the screen reader.
European Internet Inclusion Initiative (EIII)
https://checkers.eiii.eu- Check barriers in web documents (including PDF documents).
Table 5. Web presence checkpoints with compliance rate.
Table 5. Web presence checkpoints with compliance rate.
NoWebsitesComplied Checkpoints (%)NoWebsitesComplied Checkpoints (%)
1OVP42 (56%)15DOST46 (61.33%)
2DAR32 (42.67%)16DSWD48 (64%)
3DA33 (44%)17DTI62 (82.67%)
4DEPED38 (50.67%)18CHED47 (62.67%)
5DOE41 (54.67%)19CFO40 (53.33%)
6DENR43 (57.33%)20GCG44 (58.67%)
7DOF38 (50.67%)21MMDA37 (49.33%)
8DFA40 (53.33%)22MINDA30 (40%)
9DOH39 (52%)23NSC21 (28%)
10DILG45 (60%)24PLLO41 (54.67%)
11DOJ46 (61.33%)25PMS32 (42.67%)
12DOLE44 (58.67%)26TESDA43 (57.33%)
13DND41 (54.67%)27DICT38 (50.67%)
14DPWH41 (54.67%)
Table 6. Web accessibility checkpoints with compliance rate.
Table 6. Web accessibility checkpoints with compliance rate.
NoWebsitesComplied Checkpoints (%)NoWebsitesComplied Checkpoints (%)
1OVP(62) 89.86%15DOST(51) 73.91%
2DAR(56) 81.16%16DSWD(45) 65.22%
3DA(59) 85.51%17DTI(63) 91.30%
4DEPED(55) 79.71%18CHED(64) 92.75%
5DOE(61) 88.41%19CFO(64) 92.75%
6DENR(60) 86.96%20GCG(57) 82.61%
7DOF(52) 75.36%21MMDA(57) 82.61%
8DFA(59) 85.51%22MINDA(58) 84.06%
9DOH(50) 72.46%23NSC(43) 62.32%
10DILG(59) 85.51%24PLLO(54) 78.26%
11DOJ(65) 94.20%25PMS(53) 76.81%
12DOLE(62) 89.86%26TESDA(56) 81.16%
13DND(48) 69.57%27DICT(67) 97.10%
14DPWH(57) 82.61%
Table 7. Web presence checkpoints with a compliant rate below 50%.
Table 7. Web presence checkpoints with a compliant rate below 50%.
StagesCheckpoints That Need to Be CompliedCompliance Rate
1-EmergingPhilippines Standard Time48.15%
Site map37.04%
Citizen’s charter37.04%
Archives33.33%
2-EnhancedExistence of a one-stop shop agency portal44.44%
Specialized database/statistics33.33%
Multiple languages18.52%
User login and password14.81%
Wireless technology is used to send messages to mobile devices7.41%
3-TransactionalForms of e-participation44.44%
RSS40.74%
CAPTCHA18.52%
Public user log-in and password18.52%
E-mail alerts for participation14.81%
Confirmation of request3.70%
E-signature0.00%
4-ConnectedBlogs37.04%
Customer satisfaction surveys22.22%
E-participation policy or mission statement18.52%
Calendar listings of upcoming e-participation activities11.11%
Archived information about e-participation activities7.41%
Chat room7.41%
Web casting7.41%
E - Citizen feedback on the national strategy, policies and e-services3.70%
E - Provision for publishing the results of citizen feedback3.70%
E - Archive on responses by government to citizen’s questions, queries and inputs3.70%
Discussion forums3.70%
Opinion polls0.00%
Table 8. Web accessibility checkpoints with a low compliant rate.
Table 8. Web accessibility checkpoints with a low compliant rate.
SectionCheckpoints That Need ImprovementCompliance Rate
1-AvailabilityImages have appropriate ALT tags.51.85%
Flash & add-ons are used sparingly.18.52%
2-IdentityFeedback Form59.26%
Key Official Corner48.15%
Mobile Number37.04%
Fax Number29.63%
3-NavigationThe current location is clearly indicated59.26%
A comprehensible and organized site map or index is furnished when required48.15%
4-ContentImages used solely for decoration purposes are assigned null ALT text (alt=“”) or utilized as CSS backgrounds.62.96%
Text labels are associated with form inputs.62.96%
Embedded multimedia content is labeled with accessible text.51.85%
All images, including image buttons and hot spots on image maps, are accompanied by suitable alternative text.48.15%
Every linked image is provided with descriptive alternative text.48.15%
Meta descriptions44.44%
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MDPI and ACS Style

Bokingkito, P., Jr.; Beloy, J.; Ecleo, J.J.; Alce, A.R.; Borinaga, N.; Galido, A. Are We Inclusive? Accessibility Challenges in Philippine E-Government Websites. Informatics 2025, 12, 41. https://doi.org/10.3390/informatics12020041

AMA Style

Bokingkito P Jr., Beloy J, Ecleo JJ, Alce AR, Borinaga N, Galido A. Are We Inclusive? Accessibility Challenges in Philippine E-Government Websites. Informatics. 2025; 12(2):41. https://doi.org/10.3390/informatics12020041

Chicago/Turabian Style

Bokingkito, Paul, Jr., Jerame Beloy, Jerina Jean Ecleo, Apple Rose Alce, Nenen Borinaga, and Adrian Galido. 2025. "Are We Inclusive? Accessibility Challenges in Philippine E-Government Websites" Informatics 12, no. 2: 41. https://doi.org/10.3390/informatics12020041

APA Style

Bokingkito, P., Jr., Beloy, J., Ecleo, J. J., Alce, A. R., Borinaga, N., & Galido, A. (2025). Are We Inclusive? Accessibility Challenges in Philippine E-Government Websites. Informatics, 12(2), 41. https://doi.org/10.3390/informatics12020041

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