Inclusive digital accessibility in India is no longer optional. With the rise of the Rights of Persons with Disabilities Act (RPwD Act) and stronger DEPwD guidelines, digital products are expected to be usable by people of all abilities. At the same time, India’s digital transformation continues to accelerate, with close to a billion people now online. More than 70 percent access the internet through budget Android devices, often in regional languages and with varying levels of digital literacy.
Despite this reality, many digital platforms continue to rely on English-first designs or international templates that do not address India’s linguistic diversity or assistive technology usage. This results in interfaces that confuse screen reader users, overwhelm low literacy users, and fail to support those who depend on accessibility features mandated under the RPwD Act.
To design accessible products for India, teams must look beyond generic guidelines and understand the real barriers created by language, literacy, and device constraints. This blog explores these challenges and offers India-centric strategies for building accessibility that meet user needs and align with national accessibility expectations.
Understanding India’s Accessibility Challenges
India’s digital environment is highly diverse. Users vary in language, literacy, cultural familiarity, device capabilities, and assistive technology usage. The RPwD Act encourages digital platforms to be accessible to persons with disabilities across this diverse spectrum, but in practice, many core challenges persist.
One major challenge is the lack of robust regional language support. India has 22 official languages and hundreds of dialects, yet most digital products still prioritise English. When Indian languages are displayed, they may render incorrectly or be mispronounced by screen readers, making navigation difficult for blind and low vision users. A user relying on TalkBack may hear words broken, letters separated, or content read out of order.
Low literacy also impacts accessibility. Many Indians understand spoken language better than written language, especially when confronted with long sentences or technical terminology. Dense layouts and complex menus increase cognitive load, creating barriers not only for first-time users but also for people with cognitive disabilities, both of whom are protected under the RPwD Act’s provisions.
Device-level limitations add another layer. Millions rely on older or low-end Android phones where accessibility features are inconsistent. Text-to-speech engines may not support all Indian languages. OEM customisations may override accessibility settings. Gesture-heavy apps may become unusable with screen readers. These challenges highlight why accessibility in India must be grounded in real device behavior, not theoretical ideal conditions.
How These Patterns Amplify Accessibility Barriers
For many users with disabilities, the combination of language, literacy, and device limitations intensifies everyday challenges. Digital interfaces often fail to support:
- Screen reader output for Indian languages
- Accurate pronunciation or reading order
- Adequate font legibility for low vision users
- Predictability for users with cognitive or literacy limitations
- Larger tap areas for motor disabilities
- Reliable assistive technology performance across devices
These issues directly affect compliance with the accessibility intent of the RPwD Act, which encourages digital environments to be perceivable, operable, understandable, and robust for all users.
Accessibility for Linguistic Diversity
Many Indian languages face unique challenges when displayed digitally. Ligatures break, font rendering becomes inconsistent, and screen readers struggle with pronunciation. Proper language handling becomes essential to ensure that disabled users can interact with content smoothly.
Best Practices for Making Indian Language Interfaces Accessible
1. Use standard and well-supported fonts
Avoid decorative or custom fonts that break when scaled or read through a screen reader. Opt for robust fonts that support full Indic script sets.
2. Ensure correct pronunciation in screen readers
Assistive technologies often mispronounce regional words. Marking the correct language in code helps a lot. Use the lang attribute for every language section.
3. Maintain adequate line height and spacing
Scripts like Malayalam, Bengali, and Telugu need more vertical space for readability.
4. Avoid transliteration
Typing Hindi or Tamil using English characters can confuse both human readers and assistive tools.
5. Provide clear and simple microcopy
Labels, instructions, and CTAs in regional languages should use simple vocabulary. Technical words do not translate well.
Accessible Localisation Principles
Accessibility must be built into the localisation process, not added afterward. Good localisation includes:
- Translating every UI element, including alt text, placeholder text, and form labels
- Avoiding culturally confusing terms or idioms
- Checking reading order in screen readers
- Testing long text expansion in languages that take more space, such as Hindi or Bengali
Voice Interfaces for Multilingual India
Voice UI is becoming a powerful India accessibility tools, especially for low-literacy users. However, voice models must be tested for:
- Regional accents
- Mixed language commands
- Local dialects
- Pronunciation clarity
Accessibility testing should include all major languages supported by the product.
Addressing Accessibility for Low Literacy and Cognitive Diversity
Low literacy is often misunderstood as a general usability issue, but it is deeply connected to digital accessibility in the Indian context. When someone struggles with reading or comprehension, they experience many of the same barriers faced by users with cognitive disabilities. The difference is that these barriers become more intense when interfaces are text-heavy or designed with English-first thinking.
Improving accessibility in the Indian Context for low-literacy users begins with language simplicity. Content created with short sentences, clear vocabulary, and familiar phrasing helps users gain confidence. When users do not feel overwhelmed, they engage more naturally with the product.
Another important factor is content density. Large paragraphs, tightly packed menus, and too many competing elements cause cognitive load. Simplifying layouts, grouping related tasks, and revealing information progressively create a calmer and safer experience. This approach supports users with cognitive disabilities and benefits everyone, including expert users.
Icons play a role in comprehension but cannot stand alone. Icons mean different things in different cultures and are often misinterpreted. Combining icons with short labels in the user’s language bridges the gap between visual recognition and actionable clarity.
Navigation must feel predictable. When a button behaves differently from what the user expects, confusion increases significantly for those with low literacy or cognitive disabilities. Predictability also aligns with WCAG’s guidance on consistent behavior.
Indian Accessibility in this category is not about simplifying everything to the point of removing functionality. It is about guiding users, reducing friction, and ensuring that essential tasks can be completed confidently.
WCAG Principles That Help with Low Literacy
- Readable (3.1): Language should be clear and easy to understand.
- Predictable (3.2): Navigation must stay consistent.
- Input Assistance (3.3): Forms should guide users clearly and prevent errors.
- Adaptable (1.3): Content should be presented in a simple and structured way.
Implementing these guidelines improves accessibility for users with cognitive disabilities and benefits low-literacy users equally.
Assistive Technology Constraints in India
Assistive technology performance in India differs significantly from global environments. Because Android devices dominate the market, TalkBack is the primary screen reader. However, AT support for Indian languages is still evolving. Pronunciation inconsistencies, broken reading patterns, and incomplete dictionary support often disrupt user experience.
OEM customisations can also interfere with AT functionality. Some manufacturers modify system settings, battery optimisations, or gesture controls, unintentionally breaking accessibility features. For users who rely on TalkBack or speech input to interact with the digital world, these inconsistencies create daily barriers.
Gesture-based interactions are another common issue. Many Indian apps rely heavily on swipes, long presses, or custom gestures, which are incompatible with screen reader behavior. Without alternative methods, basic actions may become inaccessible.
Testing becomes essential. Teams must test with TalkBack and VoiceOver in multiple regional languages, on low-end devices, and ideally with real users who rely on assistive technologies. Early testing helps avoid expensive rework and ensures alignment with accessibility expectations under the RPwD Act.
Practical Approach to Implementing Accessibility for Indian Products
Instead of a formal framework, teams can follow a simple and effective approach based on how Indian users actually experience digital products. This approach aligns with WCAG and can be used by any product, design, or development team.
Step 1: Identify Barriers Across Languages and Devices
Map issues related to:
- Indian language rendering
- Screen reader pronunciation
- Contrast and font legibility in regional scripts
- Tap target sizing
- Layout complexity for low literacy users
- AT behavior on low-end Android devices
Step 2: Strengthen Your Design System for Indian Languages
Improve your design system by including:
- Font guidelines for Indic scripts
- Minimum size and spacing rules for bilingual layouts
- Colour and contrast standards that work across languages
- AT-friendly components with proper markup and focus order
Step 3: Improve Cognitive and Low Literacy Accessibility
Use practices that support both cognitive disabilities and low literacy groups:
- Simple language
- Clear instructions
- Reduced cognitive load
- Familiar icon plus text patterns
- Progressive disclosure
Step 4: Test Early and Test in Multiple Indian Contexts
Testing should include:
- TalkBack and VoiceOver in regional languages
- Low-end Android devices
- Keyboard navigation
- Real users, when possible, especially AT users
You can also hire professional accessibility services providers to help you create a robust system of testing.
Step 5: Maintain Accessibility Through Documentation and Reviews
Accessibility is easier to maintain when teams:
- Document decisions
- Use checklists
- Include accessibility in QA
- Review features for AT compatibility during development
India’s Digital Future Is Based on Accessibility
India’s digital future depends on inclusion. As government policies, including the RPwD Act, continue to emphasise accessibility, digital platforms must evolve to meet the needs of all users, including those who rely on assistive technologies, those with low literacy, and those who interact in regional languages.
Accessible design builds trust, increases engagement, and expands reach. It is a long-term investment that strengthens both user experience and regulatory compliance. As organisations scale across India, accessibility becomes central to creating meaningful, inclusive, and legally compliant digital experiences.
If you are beginning your accessibility journey or looking to enhance compliance with Indian regulations, Pivotal Accessibility can support you. We are DEPwD empanelled accessibility auditors working with government bodies and private sector organisations to help them achieve digital accessibility compliance and better user experiences.
If you are starting your digital accessibility journey or want to strengthen your ongoing efforts, Pivotal Accessibility can be a valuable partner. We are DEPwD (GoI) empanelled accessibility auditors who are working with major government and private sector entities and can help you with end-to-end digital accessibility transformation. Contact us to learn more about how we can assist you.