The COVID-19 pandemic reshaped daily life for everyone, introducing new challenges around social distancing, sanitization, and navigating public spaces. For individuals with visual impairments, these changes presented unique and often amplified obstacles. From interpreting rapidly changing public health signage to maintaining independence while avoiding physical contact, the visually impaired community had to develop innovative strategies to stay safe and connected.
This article explores practical approaches and adaptive techniques that emerged during the pandemic, offering a roadmap for navigating future public health challenges with confidence and resilience. Whether you’re visually impaired yourself or supporting someone who is, these insights can help build a more accessible and prepared approach to health crises.
Understanding the Core Challenges
For visually impaired individuals, the pandemic disrupted fundamental systems of navigation and information access. Social distancing guidelines, often communicated through floor markers and signage, relied heavily on visual cues. The sudden emphasis on touchless interactions—from automatic doors to digital menus—created barriers when technology wasn’t fully accessible. Many lost access to human guides or transit assistance due to health concerns, while routine medical appointments shifted to telehealth platforms that weren’t always compatible with screen readers.
The psychological impact was also significant. The loss of tactile references and familiar routines heightened anxiety, while isolation made it harder to access informal support networks that often provide practical assistance. Understanding these layered challenges is the first step toward developing effective coping strategies.
Mastering Digital Accessibility Tools
As services moved online, proficiency with accessibility tools became essential. Screen readers like JAWS, NVDA, and VoiceOver needed to be configured to handle new types of content, including vaccine registration portals and virtual waiting rooms. Browser extensions such as Accessibility Insights or WAVE can help identify accessible elements on websites, while mobile apps like Seeing AI or Envision AI use camera recognition to read printed health information, identify cleaning products, or detect empty seats in waiting areas.
Practical tip: Create a dedicated “health navigation” folder on your device containing bookmarks to accessible COVID-19 information portals, telehealth platforms with proven compatibility, and contact information for local disability organizations providing pandemic support. Test these resources regularly to ensure they remain functional as websites update.
Adapting Orientation and Mobility Techniques
Traditional orientation and mobility skills required creative adaptation during the pandemic. White cane users faced new challenges detecting floor markers or navigating one-way systems in stores. Many developed modified techniques, such as using the cane to gently probe for physical distancing indicators or practicing mental mapping of newly arranged spaces during off-peak hours when social distancing was easier to maintain.
Guide dog handlers worked with training organizations to reinforce “social distancing sits” and adapt to mask-aware public interactions. Some mobility instructors recommended temporary use of tactile markers on personal items—like different textured bands on masks for easy identification—or practicing routes using audio descriptions from volunteers before attempting them in person.
Creating Tactile Safety Systems
With visual cues limited, many visually impaired individuals developed personalized tactile systems for pandemic safety. This included creating distinct textures on different types of masks (surgical vs. cloth), using rubber bands or safety pins to mark personal sanitizer bottles, or developing consistent placement routines for PPE items at home entrances. Some used simple braille labels on cleaning supplies or established “clean zones” versus “potentially contaminated zones” within living spaces through textured floor mats or furniture arrangement.
For those with residual vision, high-contrast tape in specific patterns can mark sanitization stations or social distancing boundaries. The key is developing a system that’s intuitive through touch alone, reducing the need for visual verification in stressful situations.
Navigating Healthcare Systems
Healthcare navigation presented particular difficulties during the pandemic. Many visually impaired individuals reported challenges with vaccine appointment systems that used inaccessible CAPTCHA or poorly labeled form fields. When in-person appointments were necessary, unfamiliar clinic layouts and reduced staff assistance increased anxiety.
Successful strategies included pre-registering with pharmacies known for disability accommodations, requesting detailed audio descriptions of clinic layouts ahead of time, and using medical advocacy services through organizations like the American Council of the Blind or RNIB. Some telehealth providers now offer dedicated accessibility support lines—worth researching before your next virtual appointment.
Maintaining Social Connection and Mental Health
Isolation affected everyone during lockdowns, but visually impaired individuals often faced additional barriers to virtual socializing when platforms lacked proper screen reader compatibility. The loss of incidental social interactions—like casual conversations during transit commutes—also removed important touchpoints for community connection.
Many found success with audio-focused platforms like Clubhouse or Discord channels specifically for visually impaired communities. Structured virtual activities, such as audiobook clubs or described movie nights, provided social opportunities without visual dependence. Mental health professionals specializing in disability adjustment offered virtual sessions, with some even developing pandemic-specific coping strategies for sensory loss situations.
Advocating for Systemic Change
The pandemic highlighted systemic accessibility gaps in emergency preparedness. Many visually impaired advocates worked with public health departments to ensure future communications include audio descriptions, braille materials, and accessible digital formats. Some successful initiatives included hotlines with detailed verbal health guidelines, partnerships between transit authorities and disability organizations to create tactile distancing guides, and inclusion of accessibility requirements in business reopening protocols.
Individual advocacy remains powerful: requesting accessible formats of public health notices, providing feedback to businesses about their pandemic accommodations, and participating in disability advisory committees can all drive lasting improvements. Documenting accessibility barriers encountered during health emergencies helps build evidence for policy change.
Preparing for Future Health Crises
Based on lessons learned, visually impaired individuals and their support networks can develop proactive preparedness plans. This includes maintaining an updated “accessibility kit” with backup charging for assistive technology, printed braille or large-print emergency contacts, and spare adaptive equipment. Establishing relationships with local disability service providers before emergencies ensures quicker support when needed.
Practice using unfamiliar digital platforms before they’re urgently required, and identify at least two accessible sources for emergency information in your community. Consider creating a personal pandemic protocol that outlines your specific needs for medical settings, grocery access, and communication methods—shareable with support networks when necessary.
Building Community Resilience
The most enduring lesson from the pandemic may be the power of community knowledge sharing. Online forums, social media groups, and virtual meetups allowed visually impaired individuals worldwide to exchange practical solutions in real time. From techniques for identifying vaccination sites to reviews of accessible grocery delivery apps, this collective wisdom helped many navigate unprecedented challenges.
Continuing these networks beyond the immediate crisis creates ongoing support systems. Local disability organizations can host regular “accessibility skill shares,” while online communities maintain repositories of tested solutions for various scenarios. This communal approach not only prepares individuals but also strengthens the entire community’s capacity to handle future disruptions.
Managing Grocery Shopping and Essential Errands Independently
The shift to appointment-based shopping, one-way aisles, and reduced in-person assistance turned routine grocery trips into complex logistical puzzles. Without visual cues to identify modified store layouts or locate newly repositioned items, many visually impaired individuals developed methodical approaches to maintain independence. Some partnered with stores willing to provide detailed audio descriptions of floor plans over the phone prior to visiting, creating mental maps of produce sections, dairy coolers, and checkout lines. Others utilized personal shoppers from delivery apps, but with specific instructions read aloud over the phone during selection to ensure brand and quantity accuracy—a process requiring precise verbal communication to avoid substitutions that a screen user might reject visually.
Practical examples include creating categorized, ultra-specific shopping lists organized by store section, even if the section order was unknown, to streamline the in-store query process with staff. For instance, a list might read: “Dairy Aisle: 1 gallon 2% milk, brand Meadowbrook; 1 dozen large brown eggs.” This reduces back-and-forth questioning. Some individuals adopted a “buddy system” with a sighted friend or volunteer via video call, using the camera as remote eyes to scan shelves, though this required reliable cellular service and comfort with the technology. Edge cases emerged with products like cleaning supplies, where distinguishing between disinfectant sprays, wipes, and liquids by touch alone was hazardous; solutions included using smartphone apps like Seeing AI to scan labels on the spot or pre-marking preferred products with distinctive tactile tags like bump dots during a first purchase.
Smooth transitions to payment presented another hurdle. Touchscreen PIN pads at self-checkouts, often sanitized but not described, forced reliance on memorized muscle memory or staff intervention. Some learned the exact spatial layout of their regular store’s terminal—the OK button is two rows down, three across—and carried a portable stylus to navigate without direct finger contact. Others exclusively used cash to avoid the terminal altogether, but this required meticulously organizing bills by denomination using different folds, a system vulnerable to disruption if change was received crumpled or mixed. The cumulative mental load of these adaptations meant grocery trips became longer, more fatiguing, and required significant pre-planning, underscoring the need for retailers to build accessibility into their crisis protocols from the outset.
Handling Mail, Deliveries, and Contaminated Surfaces
Public health guidance about surface transmission created acute anxiety around handling mail, packages, and groceries delivered to the home. Without visual confirmation of cleanliness, visually impaired individuals devised rigorous tactile and olfactory protocols to manage risk. Many established a dedicated “decontamination area” near their entryway, marked by a specific texture underfoot like a coarse mat, where all incoming items were placed. The process then involved using disposable gloves to unpack, discarding external cardboard immediately into a designated bin, and wiping down sealed containers with disinfectant. The challenge was identifying whether a wipe had thoroughly covered a surface—solved by using pre-moistened wipes from a known brand where the feel of the wipe itself changed when dry.
For important mail, such as government documents or medical bills, some opted for a “quarantine” system: placing paper mail in a dated box or folder for 72 hours before handling, relying on time to reduce viral load. To avoid missing urgent items, they enlisted bank statement text alerts or informed senders to use tracked mail with SMS notifications. Medication deliveries posed a special dilemma; needing to verify the prescription label immediately conflicted with the desire to sanitize the bottle. Solutions included using a voice assistant to read the label aloud through a plastic bag before sanitizing, or washing hands immediately after inspection and then sanitizing the bottle. The psychological toll of constantly evaluating unseen contamination risks was substantial, leading some to adopt a “balanced vigilance” approach: following core hygiene science while accepting some manageable uncertainty to preserve mental energy.
Adapting to Evolving Public Transportation and Paratransit
As bus routes were altered, seating reduced, and real-time signage changed, using public transit became a dynamic navigation challenge. Visually impaired riders who relied on auditory cues like bus engine sounds or driver announcements found these were muffled by masks and plastic barriers. Many transit apps offered theoretical accessibility, but in practice, dynamic alerts about last-minute route changes or crowded vehicles were often not communicated through screen reader-compatible push notifications. Proactive riders developed a multi-layered information system: calling the transit authority’s hotline each morning for recorded updates, subscribing to SMS route alerts (which are generally more accessible than app notifications), and building relationships with specific drivers on regular routes who would provide verbal head-ups about schedule changes.
Paratransit services, a lifeline for many, faced their own constraints: reduced capacity, longer booking lead times, and stringent sanitization rules that sometimes left passengers waiting outside in inclement weather without auditory updates on vehicle arrival. Successful users learned to book trips well in advance, confirm rides the day before with a live agent who could detail any new pickup protocols, and carry a folding stool for unforeseen waits. For those using ride-share services, identifying the correct vehicle without close visual inspection of license plates or car models was difficult. Techniques included asking drivers to flash their lights (ineffective in daylight) or honk (disturbing in residential areas), or using the app’s feature to share ride details with a trusted contact who could confirm the vehicle’s arrival via video call. The loss of spontaneity and the increased planning burden for simple trips underscored how mobility restrictions compounded isolation.
Interpreting Rapidly Changing Public Health Data and Guidelines
The flood of pandemic statistics, maps, and graphs—often presented as color-coded dashboards or interactive charts—created an information access barrier. While raw case numbers might be read by a screen reader, the context (trends, local risk levels, hospital capacity) was locked in visual formats. Visually impaired individuals turned to curated audio sources: podcasts from epidemiologists, daily briefings from trusted public health departments that provided detailed verbal summaries, and email newsletters from disability organizations that translated complex data into actionable text. Some used tools like Google Dataset Search to find structured data tables that were more compatible with screen readers than graphical representations.
A critical challenge was assessing personal risk when guidelines shifted from “six feet” to “well-fitted masks matter more” to “consider local wastewater viral load.” Without clear, consistent textual explanations, many felt left to interpret nuance they couldn’t access. Communities responded by crowdsourcing interpretations: members with residual vision or access to sighted assistants would summarize key visual takeaways from press conferences and share them in group chats. Others developed personal heuristics, such as tying risk levels to specific, measurable community metrics announced audibly, like “when the county’s seven-day case average exceeds 50 per 100,000, I shift to delivery-only for groceries.” This self-created framework provided a sense of control amid chaotic information streams, but it also highlighted the failure of mainstream public health communications to build accessibility into their crisis messaging from the first draft.
Coping with the Loss of Tactile References and Environmental Cues
The pandemic erased many subtle tactile landmarks crucial for orientation: handrails were avoided, textured floor tiles leading to information desks were blocked by plexiglass, and the once-reliable feel of crowded versus empty spaces became unreliable due to distancing. This sensory deprivation forced a re-calibration of environmental awareness. Many turned to auditory mapping with greater intensity, listening for echoes in empty halls, the hum of specific refrigeration units in stores, or the distinctive sound of a particular automatic door mechanism. Some began using a technique called “sound tagging,” mentally noting unique auditory features at decision points along a route, like a buzzing neon sign at a corner or a specific bird fountain in a park.
At home, where familiar tactile references remained but routines were disrupted, maintaining spatial organization became vital. Simple systems like always placing keys in a bowl by the door, using different-shaped containers for clean vs. used masks, and keeping furniture arrangement absolutely consistent prevented disorientation during stressful moments. For those living with family or roommates, establishing clear verbal protocols for moved objects (“I’ve shifted the coffee table to vacuum, it’s now by the couch”) was essential. The profound sense of unease from losing these environmental constants—the “tactile certainty” of one’s surroundings—was a hidden psychological strain. Some found solace in creating new, pandemic-specific tactile rituals, like tending to a textured plant or maintaining a organized craft box, to re-establish a sense of order through touch.
Navigating Workplace Accommodations in Remote and Hybrid Settings
The abrupt shift to remote work exposed digital accessibility gaps in corporate tools that had previously been supplemented by in-person assistance. Collaboration platforms like Slack, Asana, or Miro boards were often laden with drag-and-drop interfaces, flowcharts, and status indicators invisible to screen readers. Visually impaired employees had to quickly advocate for accommodations, requesting colleagues adopt specific practices: using descriptive text for links (not “click here”), pasting the content of shared images into chat, and conducting stand-up meetings via audio call rather than visual Kanban boards. Those who were proficient with their assistive technology often became de facto accessibility trainers for their teams, a valuable but unpaid labor burden.
Hybrid work models introduced novel complications. Returning to an office with rearranged desks, one-way pathways, and reduced tactile signage required a new office orientation, often without the usual mobility trainer support due to occupancy limits. Employees successfully negotiated for detailed verbal walkthroughs from facilities staff before their return day, and for digital accessibility to be embedded in any new office reservation software. A significant edge case involved “hot desking” systems, where employees no longer have assigned seats. This eliminated the reliable mental map to one’s own desk, phone, and nearby landmarks. Solutions included requesting a permanent assigned seat as a reasonable accommodation, or using a portable tactile marker kit to temporarily tag a workstation with bump dots or a distinctive textured mat. These workplace navigation struggles reaffirmed that accessibility cannot be an afterthought in organizational crisis planning; it must be integrated into the initial design of new policies.
Accessing Emergency Alerts and Critical Communications in Real-Time
During rapidly evolving situations like lockdown announcements or vaccine eligibility expansions, missing a visual alert on a TV scroll or government website could have serious consequences. Traditional emergency alert systems (EAS) on phones are auditory, but follow-up information—like maps of restricted zones or links to resources—is often visual. Visually impaired individuals curated a network of reliable, real-time audio information sources. This included following specific accounts of public health officials and disability reporters on Twitter using screen readers set to refresh frequently, subscribing to telephone alert systems offered by some local governments (like San Francisco’s 311), and joining time-sensitive announcement channels on platforms like Telegram, which offered better text-to-speech flow than cluttered Facebook pages.
A critical vulnerability was the assumption that “digital” equaled “accessible.” Vaccine registration websites frequently used graphical queue waiting rooms or color-coded appointment slots without text alternatives. Those who encountered these barriers developed workarounds, such as calling the hotline precisely at off-peak hours (late evenings) when wait times were shorter and human agents could navigate the visual interface for them. Some disability organizations set up volunteer “digital navigator” networks to assist with these high-stakes time-sensitive tasks. The experience underscored the life-or-death importance of embedding accessibility from the ground up in crisis communication technology, not as a compliance checkbox but as a fundamental component of public safety.
Frequently Asked Questions
How can I safely identify hand sanitizer stations in public spaces when visual cues aren’t accessible?
Many individuals use subtle auditory cues—listening for pump mechanisms or people using stations—combined with systematic exploration patterns. Some carry a small personal sanitizer with a distinct texture or scent for immediate access. When possible, asking staff for a brief description of sanitizer placement upon entering a venue can provide a mental map.
What are the most accessible telehealth platforms for visually impaired patients?
Platforms like Doxy.me, Zoom, and Microsoft Teams generally offer good screen reader compatibility when properly configured. However, accessibility can vary based on the healthcare provider’s specific implementation. Always request a test session before important appointments, and ask if the provider’s portal has a dedicated accessibility help line or alternative access methods.
How can I maintain social distancing without visual references to other people’s positions?
Auditory awareness becomes crucial—paying attention to footsteps, voice directions, and general ambient noise can help gauge proximity. Some use mobility canes at extended angles for increased environmental awareness, while others establish verbal protocols with companions (“I’m about two arm lengths behind you”). In queues, politely asking the person ahead to provide occasional verbal position updates can be effective.
What should I include in a pandemic preparedness kit as a visually impaired individual?
Beyond standard supplies, include backup power banks for assistive devices, extra charging cables, accessible format emergency contacts, tactile markers for identifying items, and a list of disability-specific support hotlines. Include spare adaptive equipment like cane tips or screen reader licenses, and consider a waterproof bag with essentials in case you need to quickly evacuate to a shelter.
How can businesses better accommodate visually impaired customers during health emergencies?
Provide audio announcements of important guidelines, ensure staff are trained to offer verbal descriptions of physical layouts and procedures, maintain clear pathways free of unexpected obstacles, and offer alternative formats for printed health information. Most importantly, consult with visually impaired customers or local disability organizations when designing pandemic protocols—what seems logical visually may create unexpected barriers for non-visual navigation.
Related posts:
Being a Better Disability Ally at Work
Becoming a Better Ally to People with Disabilities
Remote Work with Disability
Embracing Disability Pride
Avoiding Ableist Language
Art of Wall Hangings: Maryanne Moodie’s Instagram Guide
Making Digital Content Accessible
New Tool Detects Melanoma Through Temperature