Assistive Technology Reference (1960s-2020s)¶
1. Overview¶
Assistive technology encompasses any device, equipment, or system that helps disabled people function, communicate, work, learn, and live independently. The range spans from low-tech solutions like communication boards and canes to high-tech innovations including speech-generating devices, powered wheelchairs, screen readers, and AI-powered tools. These technologies are essential for participation, autonomy, dignity, and quality of life, yet access has always been limited by cost, insurance denials, awareness gaps, and persistent stigma.
Across six decades, assistive technology evolved from mechanical to electronic to digital to AI-powered systems. The 1960s institutionalization era offered minimal technology with most disabled people hidden from society. The 1970s brought the disability rights movement and DIY innovation as disabled people created solutions when industry ignored needs. The 1980s introduced personal computers with accessibility potential. The 1990s saw the Americans with Disabilities Act pass alongside the internet revolution. The 2000s brought smartphones beginning mainstream integration. The 2010s experienced the smartphone revolution and app accessibility explosion. The 2020s face AI integration and COVID-19's contradictory impacts.
Key themes persist across all decades: technology evolution brings new possibilities, yet access barriers remain through cost and insurance denials; disability rights movements push for independence from institutionalization through ADA to ongoing fights; DIY innovation emerges as disabled people create and modify technology when industry ignores their needs; and class and race disparities determine who accesses cutting-edge technology versus outdated or no technology at all.
For characters in the Faultlines series, assistive technology is not magic that "cures" disability but rather essential tools that enable participation while barriers persist. Cody Matsuda uses AAC (Augmentative and Alternative Communication) after sudden speech loss, making his device his voice and identity—terrifying when it fails or breaks. Charlie Rivera progressively loses speech due to severe ME/CFS, transitioning from conserving speech to part-time AAC to full-time use while rationing energy for every word typed. Both navigate people's impatience, assumptions of lesser intelligence, insurance battles, device failures, and the reality that technology enables communication but ableism persists.
2. Historical Background¶
The 1960s institutionalization era warehoused most disabled people in state hospitals, "schools," and asylums, segregating them from society under a medical model framing disability as tragedy and defect to fix or hide. Limited expectations assumed disabled people were incompetent and dependent with few rights and no legal protections. Technology existed but was mechanical with minimal electronics, rarely prescribed, often homemade, unaffordable without insurance coverage, and largely unknown even to doctors. AAC consisted primarily of non-electronic communication boards, eye gaze boards, alphabet boards, and yes/no cards, with sign language available but often not taught to nonspeaking people under the assumption it was "for Deaf people only." Electronic options were extremely rare. Wheelchairs were heavy steel at 50+ pounds with no customization, designed for hospitals not daily use. Powered wheelchairs existed only for the wealthy or institutional use.
The 1970s disability rights movement began with the Independent Living Movement in Berkeley (1972) and Section 504 protests (1977) where disabled activists occupied federal buildings and won accessibility regulations. Deinstitutionalization began though many remained institutionalized. Disability culture emerged around pride, identity, and community. Technology entered the microprocessor era with electronics emerging, though assistive tech remained mostly mechanical. DIY culture flourished as disabled people made and modified technology because industry ignored their needs. Early electronic AAC devices like Auto-Com, Zygo 100, and Phonic Ear appeared but remained rare, expensive, and primarily institutional. Non-electronic communication boards improved with better symbols and organization including Blissymbols and Etran boards. Awareness grew that nonspeaking did not mean non-thinking, with research into AAC methods beginning at universities and speech therapists specializing in AAC.
The 1980s brought independent living centers spreading nationwide with strong disability rights activism as personal computers emerged (Apple II, Commodore, IBM PC) and technology's accessibility potential became recognized. The personal computer revolution, modems, early online communication through BBSs (Bulletin Board Systems), improving text-to-speech, and speech synthesis marked the beginning of the digital age. Dedicated AAC devices included Canon Communicator (portable, typed messages printed on paper tape), Touch Talker (early speech-generating device with synthetic speech), Liberator (widely used AAC device with symbol keyboard), and Intro Talker (portable AAC with limited vocabulary). Computer-based AAC offered software for Apple II and Commodore, adaptive keyboards and switches for motor impairments, and text-to-speech software that was robotic but functional. Stephen Hawking's AAC use beginning in 1985 provided visibility.
The Americans with Disabilities Act passed in 1990 as landmark civil rights legislation requiring accessibility in public spaces, employment, and transportation, though enforcement remained uneven. The 1990s internet explosion brought the World Wide Web (1991), ubiquitous personal computers, dial-up internet, email, and websites as assistive technology began integrating with mainstream tech. Dedicated AAC devices like DynaVox (dynamic display, more vocabulary), Pathfinder (portable AAC, better speech synthesis), Liberator II (improved version), and Speaking Dynamically Pro (flexible, customizable software for computers) appeared alongside computer-based AAC through Windows accessibility features, improving AAC software, natural-sounding speech options (expensive), and laptops as AAC devices cheaper than dedicated devices. Dynamic displays with touchscreens, changing pages, and more vocabulary represented breakthroughs, as did better speech synthesis sounding less robotic, internet access allowing AAC users to participate online through email, chat rooms, and early social media.
The 2000s brought smartphones emerging (Blackberry, early smartphones), internet everywhere through broadband and WiFi, social media beginning (Friendster, MySpace, Facebook), and assistive technology increasingly integrated with mainstream tech. Disabled people became more visible in public due to ADA impact while barriers, high unemployment, and discrimination continued. Advanced dedicated AAC devices included DynaVox V and VMax with better displays and speech, Tobii C-Series offering eye gaze AAC for people with limited motor control, and Pathfinder Plus and ChatPC providing portable improving options. The 2010 iPad became a game-changer with AAC apps beginning, including Proloquo2Go (2009) that revolutionized AAC by being cheaper and more accessible ($200 versus $8,000 devices).
The 2010s smartphone revolution made iPhone and Android ubiquitous with apps for everything and social media dominant (Facebook, Twitter, Instagram) as technology integrated into all life aspects. Disability visibility grew on social media with disabled people visible, vocal, and connected through activism online including #CripTheVote, #DisabilityTooWhite, and #AccessIsLove, yet high unemployment and discrimination continued. iPad and tablet AAC dominated through Proloquo2Go ($200-300, customizable), TouchChat (symbol-based or text), LAMP Words for Life (motor learning approach), Avaz, and Speak for Yourself offering many different approaches. Dedicated devices like Tobii Dynavox provided eye gaze technology for severe motor impairments. The breakthrough was that iPad AAC used mainstream devices costing $700 total (iPad plus app) versus $8,000 dedicated devices, offered more options for different needs and learning styles, allowed customization of voices, vocabulary, and layout, enabled full social media participation through blogs, Twitter, and Instagram, and amplified AAC users as advocates under "Nonspeaking, not nonthinking."
The 2020s face COVID-19 pandemic impacts where remote work and school proved accessible for some disabled people but inaccessible for others, telehealth created accessibility for some with barriers for Deaf and nonspeaking people, and disabled people at high risk faced discrimination in medical care through ventilator rationing and triage protocols. The AI revolution integrated AI into assistive technology everywhere with improving accessibility features but imperfect AI producing errors and biases. Disability visibility strengthened on social media through #DisabilityTwitter and TikTok disability creators with more media representation, yet high unemployment, discrimination, inaccessibility, and violence persist.
3. Core Values and Practices¶
Assistive technology culture values independence and autonomy through tools that enable self-determination, dignity in choosing how to communicate and move, participation in work, education, and community, and resistance to institutionalization and segregation. The technology represents liberation from confinement—wheelchairs mean mobility and freedom, AAC devices provide voice and expression, screen readers offer information access, and adaptive equipment enables work and creativity.
Disability pride embraces assistive technology as neutral tools rather than shameful necessities, reflects disability culture and identity (wheelchairs as cool, AAC as voice, not tragedy), includes customization expressing personality and style, and validates choices about which technology to use or reject. Technology does not define worth; disabled people are whole humans whose value exists independent of what technology they use or whether they use any at all.
DIY innovation and disabled ingenuity emerge when industry designs for disabled people rather than with them, ignoring actual needs and failing to include disabled people in design processes. Disabled people become experts in their own needs who modify technology, create solutions, share hacks online, and advocate for better design. Historical examples include wheelchair athletes who modified chairs for sports creating what became the sports wheelchair industry, AAC users who created symbol systems now used in AAC apps, blind people who created screen reader software now built into operating systems, Deaf people who created VRS (video relay services) now standard service, and disabled people who led accessibility movements resulting in ADA law.
Community and mutual aid function through disabled people supporting each other by sharing technology tips and hacks, advocating together for access and rights, providing emotional support through understanding, creating chosen family networks, and organizing politically for change. Technology connects disabled people across distances, building community that shares knowledge and provides belonging.
4. Language, Expression, and Identity¶
Language around assistive technology reflects evolving understanding and ongoing tensions. Person-first language ("person who uses a wheelchair") versus identity-first language ("wheelchair user") represents individual preference with disability community increasingly preferring identity-first. The term "assistive technology" replaced earlier language of "special equipment" or "medical devices," reframing from medical necessity to participation tools. "AAC" (Augmentative and Alternative Communication) describes communication methods beyond speech, including devices, boards, sign language, and writing. "Adaptive equipment" or "adaptive technology" emphasizes modification and innovation rather than fixing broken bodies.
Problematic language persists through medical model framing. "Wheelchair-bound" or "confined to wheelchair" falsely suggests imprisonment when wheelchairs provide freedom and mobility. The accurate terms are "wheelchair user" or "uses wheelchair." "Suffers from" or "afflicted by" implies tragedy and pity when disabled people live full lives; accurate language states "has [condition]" or "disabled person." "Overcome disability" suggests disability is obstacle to conquer rather than part of identity to adapt with; accurate framing shows "adapts," "manages," or "lives with" disability. "Inspiring" or "brave" for ordinary technology use constitutes inspiration porn reducing disabled people to objects for non-disabled people's emotional gratification.
AAC users describe technology as "my voice" (device is voice, identity, essential) where losing or breaking device means losing voice (terrifying). "Backup methods" (alphabet board, writing, texting, sign language) remain always necessary because devices fail and batteries die. "Nonspeaking, not nonthinking" challenges assumptions that without speech comes lack of intelligence or capacity. "Communication is a human right" asserts that everyone deserves means to communicate regardless of how.
Wheelchair users frame their equipment as extensions of bodies and personal space where touching wheelchair without permission violates consent like touching someone's body. "Wheelchair user" or "uses wheelchair" accurately describes, not "wheelchair-bound." "Manual chair" versus "power chair" describes propulsion method. "Accessible" means wheelchair users can enter, use, and participate while "inaccessible" creates barriers excluding people. The language of mobility includes "rolling," "wheeling," or "walking" where wheelchair users describe movement.
Technology identity emerges where AAC device becomes part of how person presents to world—voice, personality, presence. Wheelchair customization expresses style and personality through colors, decorations, and modifications. Screen reader choice reflects preferences and working style. Rejecting certain technology remains valid choice where many amputees prefer no prosthetic, using wheelchairs or crutches instead, and some Deaf people reject cochlear implants choosing sign language and Deaf culture.
5. Social Perceptions and Stereotypes¶
Social perceptions of assistive technology swing between extremes of inspiration porn and tragedy. The inspiration porn narrative portrays disabled people using technology as "so inspiring" just for existing with disability, "brave" for living ordinary lives, and amazing for using tools that enable function. This reduces disabled people to objects making non-disabled people feel grateful for their non-disabled bodies. The tragedy narrative frames assistive technology as sad evidence of "broken" bodies, represents loss and limitation rather than tools and adaptation, and views disability as worst possible fate with technology as inadequate consolation.
The "miracle cure" misconception assumes technology "fixes" disability and erases limitations, expects gratitude and positivity constantly, and ignores ongoing barriers and ableism. Reality shows technology enables participation but does not cure, disabled people remain disabled while using assistive technology, barriers persist through inaccessibility and discrimination, and technology itself creates challenges through cost, failures, and maintenance.
Technology hierarchy creates value judgments where high-tech is seen as better than low-tech despite different tools serving different needs. Expensive sophisticated technology is assumed superior while simple effective solutions are devalued. The assumption that everyone wants latest technology ignores that some people prefer older familiar technology, simpler tools work better for some needs, and cost and access determine reality more than desire.
Assumptions about AAC users persist that nonspeaking means non-thinking, that AAC users are less intelligent, that speech is only valid communication with writing, signing, and typing dismissed as lesser. The reality demonstrates nonspeaking people have full cognitive abilities, intelligence and communication method are unrelated, and AAC is valid communication deserving respect and patience.
Wheelchair assumptions include that wheelchair users are sick, suffering, unable to work, always need help, cannot be sexual or athletic. Reality shows wheelchair users are as diverse as any population, wheelchairs enable mobility and freedom not confinement, many wheelchair users work full-time in all professions, assistance should be offered never assumed or forced, and wheelchair users are whole people with full lives including relationships, sports, careers, and joy.
Blind people face assumptions they cannot use computers or phones despite screen readers and other technology, must rely entirely on others, are helpless, and have compensatory "super hearing." Reality demonstrates blind people use technology independently including smartphones, computers, and navigation apps, live independently with various tools and adaptations, have diverse abilities and needs like everyone, and do not have superhuman senses just developed skills using existing senses.
Deaf people encounter assumptions that cochlear implants "cure" deafness and everyone wants them, that Deaf people need fixing, that they cannot communicate or participate fully. Reality shows cochlear implants are tools that some Deaf people choose while others do not, Deaf culture is rich with sign language as complete language, and Deaf people participate fully in society when accessibility provided.
6. Intersection with Disability, Gender, and Class¶
Class determines assistive technology access profoundly. Wealthy disabled people access private insurance covering more options, can afford out-of-pocket costs averaging thousands to tens of thousands of dollars, access specialists who prescribe technology, obtain latest technology with upgrades when available, get repairs promptly with backups available, and may have family resources to supplement insurance. Poor disabled people rely on Medicaid if eligible with limited coverage, cannot afford out-of-pocket costs, have limited access to specialists particularly in rural areas, use outdated technology without upgrades, experience delayed or unavailable repairs with no backups, and often go without technology entirely.
Working-class disabled people fall between extremes where some employer insurance covers some technology, cost-sharing through copays and deductibles creates barriers, repairs and maintenance are expensive, upgrades are often unaffordable, and employment tied to insurance means job loss equals technology loss.
Race intersects with disability and technology access where Black disabled people face higher poverty rates limiting technology access, medical racism affects equipment prescriptions and insurance approvals, stereotypes about drug-seeking prevent adequate pain management affecting ability to use technology, and compounded discrimination in healthcare means less likely to receive appropriate assistive technology. Latino disabled people navigate language barriers in accessing technology and services, immigration status creates fears preventing service seeking, cultural stigma around disability may limit family support for technology, and poverty rates and insurance gaps limit access.
Indigenous disabled people on reservations experience extreme poverty limiting any technology access, geographic isolation from specialists and technology providers, chronically underfunded Indian Health Service offering minimal assistive technology, and historical medical abuse creating reasonable mistrust affecting healthcare engagement. Asian American disabled people confront model minority myth obscuring real needs and disparities, aggregated data hiding diversity of experiences and access, cultural stigma affecting whether technology is sought or used, and economic diversity meaning some communities have resources while others face severe poverty.
Gender intersects with disability requiring assistive technology in specific patterns. Disabled women face compounded sexism and ableism in healthcare where pain is dismissed more than men's, reproductive healthcare is often inaccessible with equipment not accommodating wheelchairs or other disabilities, assumptions of inability to parent affect what support is offered, sexual harassment and assault risk increases when using assistive technology as predators perceive vulnerability, and technology designed for male bodies often fits poorly. Disabled men navigate toxic masculinity framing technology use as weakness, pressure to refuse help or accommodations proving toughness, shame around needing assistance threatening masculine identity, and prosthetics marketed emphasizing strength and normalcy rather than function.
LGBTQ+ disabled people experience compounded discrimination accessing technology where healthcare providers may be neither LGBTQ+ affirming nor disability competent, insurance denies coverage claiming conditions result from LGBTQ+ identity, transition-related healthcare becomes less accessible with disability, chosen family may lack legal authority for medical decisions affecting technology access, and community spaces are often physically inaccessible excluding LGBTQ+ disabled people from support networks.
7. Representation in Canon¶
Cody Matsuda lost speech suddenly following a suicide attempt and now communicates via AAC device and American Sign Language. His AAC device is essential—not optional—and functions as his voice. It is part of his identity where losing or breaking the device means losing his voice, creating terror. Backup methods remain always necessary including alphabet board, writing, texting, and ASL in case the device fails. Technology failures happen regularly as batteries die, devices break, and software crashes, creating crisis moments. People remain impatient because AAC is slower than speech, leading them to interrupt, talk over Cody, or ignore him entirely. Assumptions persist that because he is nonspeaking he must be less intelligent, reflecting ongoing ableism.
The specific technology Cody uses depends on when he lost speech. In the 1960s-70s he would have only communication boards and alphabet boards offering very limited communication. In the 1980s he would have accessed early electronic AAC with robotic voice that was slow and heavy. In the 1990s improved AAC devices provided better voice, dynamic displays, and internet access. In the 2000s-2010 he likely got an iPad with AAC app or dedicated device offering natural voice and customization. In the 2020s he uses iPad with advanced AAC app featuring AI predictions, natural voice, and full participation capability.
Across all eras, his device remains essential while backup methods stay necessary, people continue being impatient and assuming lesser intelligence, technology sometimes fails causing terror, and AAC is slower than speech creating frustration but remaining functional. Daily life includes using AAC for all communication except ASL, writing, and texting, keeping the device always with him like hearing/speaking people keep phones, planning around battery life and charging needs, maintaining backup communication methods, enduring people talking over him while typing or interrupting, and repeatedly explaining AAC to curious people which becomes exhausting.
In music, Cody uses AAC for communication with bandmates and collaborators but not for singing if he could sing before losing speech. Interviews require typing out answers via AAC where journalists may be impatient or condescending. Social media allows full communication through writing and AAC app for video captions. Fans express curiosity about AAC requiring repeated explanations where representation is important but exhausting.
Challenges include device breaking meaning no voice until repaired creating panic and isolation, insurance denying repairs and upgrades forcing fundraising or going without, people assuming lesser intelligence despite nonspeaking not equaling non-thinking, AAC being slower preventing jumping into fast conversations and causing exclusion, and accessibility barriers existing everywhere in venues and situations.
Charlie Rivera experiences progressive speech loss due to severe ME/CFS (myalgic encephalomyelitis/chronic fatigue syndrome). Speaking requires energy through vocal cords, breath, and brain processing words. Post-exertional malaise (PEM) means any exertion including speaking triggers crashes. Brain fog makes finding words and constructing sentences exhausting or impossible. Voice becomes weak, hoarse, and painful. Energy must be rationed for essential functions making speaking expendable.
Charlie's path to AAC progressed gradually. In early stages CFS worsening meant speaking exhausted him requiring rest after conversations. He limited talking with short answers to conserve energy while people thought him quiet, shy, or unfriendly—frustrating invisible disability. He started texting and writing notes instead of talking sometimes but wasn't yet using AAC devices, just conserving speech. In middle stages with severe CFS, speaking most days became too exhausting. He could speak briefly with few words or short conversations but this triggered PEM. Crashes after speaking left him bedbound for days. He started using AAC app on phone or iPad for longer communication while still speaking sometimes when necessary or when having energy—becoming part-time variable AAC user. In late stages with very severe CFS, speaking became almost never possible as too exhausting. Even short speech triggered severe PEM not worth the cost. He became full-time AAC user with device essential, though may still speak occasionally for single words or emergencies rarely. Voice became weak and hoarse from disuse and illness.
Throughout progression, energy rationing measured every action where speaking cost energy requiring choice. Invisible disability meant people didn't understand why he couldn't speak with complaints "You talked yesterday." Variability created good days allowing more speech and bad days allowing none. Grief accompanied losing voice gradually with mourning at each stage. Music saw singing go first as most exhausting, creating devastating loss.
Early stage technology included phone texting instead of speaking, notes and whiteboard for in-person communication, emails instead of phone calls, and conserving speech for music as long as possible. Middle stage brought AAC app on phone or iPad, text-to-speech for when too fatigued to type, pre-programmed phrases for common needs, writing when having energy with AAC when not, part-time AAC requiring explanations "Some days I can speak, some days I can't." Late stage involves full-time AAC through iPad or dedicated device, pre-programmed phrases for efficiency saving energy, short messages conserving even typing energy, eye gaze if hands too painful or fatigued from EDS and ME/CFS, and voice banking if having warning to record voice before losing it.
All stages require backup methods including writing, texting, gestures, and facial expressions. Energy accounting measures every word typed costing energy requiring rationed communication. People don't understand asking "Why can't you just talk?" making explanations exhausting.
Charlie as musician losing voice experienced singing going first as most exhausting vocal task, creating devastating loss where music was life and identity crisis emerged. He can still create music through instrumental work, composing, and producing, but cannot sing or perform vocally, creating grief. AAC enables all communication while music creation adapts. As Latino musician, cultural expectations around talking, socializing, and family gatherings clash with AAC use. Some family sees AAC as weird or unnecessary saying "Just try harder." Explaining chronic illness plus AAC becomes doubly difficult. Language creates issues as AAC primarily uses English while Spanish AAC remains limited though improving.
Touring becomes impossible compounded by already being limited by POTS, CFS, and EDS physical toll. Adding inability to speak easily to audiences, interviews, and bandmates makes AAC help but add another exhaustion layer. Touring becomes mostly impossible with studio work and online communication becoming primary. Intersecting disabilities include POTS making standing difficult with dizziness, CFS creating fatigue and PEM where speaking is exhausting, and likely EDS causing joint pain and instability making typing painful and holding device difficult. All three create multiple access needs where AAC is one tool among many. Energy rationing affects everything as speaking costs energy, typing costs energy, holding device costs energy, and every action must be measured and rationed. AAC helps but doesn't solve the problem as communicating remains exhausting.
8. Contemporary Developments¶
The 2020s assistive technology landscape shows both advancement and persistent barriers. iPad and tablet AAC dominates through mature apps including Proloquo2Go, TouchChat, LAMP, Avaz, and Speak for Yourself offering many options. AI-powered predictions suggest words and phrases enabling faster communication. Natural high-quality voices with accents, ages, and personalities allow complete personalization of vocabulary, layout, and voice. Dedicated devices like Tobii Dynavox lead eye gaze technology for severe motor impairments while Accent and NovaChat provide dedicated hardware that is durable and mountable for people needing rugged devices or special mounting. Eye gaze and access methods include affordable integrated eye tracking, robust switch access controlling devices with any body part, and experimental brain-computer interfaces under research. AI integration brings ChatGPT and other AI helping construct messages, write emails, and create content, alongside voice banking that records voice before losing it to create synthetic voice sounding like original voice—crucial for people with ALS and other progressive conditions.
Breakthroughs include AI predictions enabling faster communication by predicting desired speech, voice banking allowing people losing speech to preserve voice with emotional significance, mainstream acceptance growing as AAC users appear on TikTok and YouTube becoming visible and vocal under "Nonspeaking ≠ non-thinking," AI assistants like Alexa and Siri enabling AAC users to control environment and ask questions, and more options through many AAC apps allowing individuals to find what works. Barriers persist where insurance still denies iPads claiming "not dedicated AAC device" despite being cheaper and effective, dedicated devices still cost $8,000-18,000+ when needed, AI errors produce predictions sometimes wrong or confusing or biased, device failures mean iPad breaking equals AAC gone with repairs expensive and no backup available, people remain impatient because AAC is slower leading to interruption and ignoring, assumptions continue that nonspeaking means less intelligent reflecting ongoing ableism, and COVID masks made lipreading harder with hidden facial expressions creating communication barriers.
Wheelchairs advanced through ultra-light carbon fiber and titanium manual chairs, highly customized options with 3D-scanning for perfect fit, and sport wheelchairs visible through Paralympics showing wheelchairs as athletic. Powered wheelchairs feature AI-powered obstacle avoidance, navigation, and autonomous driving in some models; advanced controls including eye gaze, experimental brain-computer interface, and smartphone apps; common standing wheelchairs with powered standing; all-terrain options for beach, hiking, and rough terrain access; and smart wheelchairs with GPS, sensors, cameras, and connectivity. Breakthroughs include AI navigation making movement safer and more independent by avoiding obstacles and navigating crowded spaces, Paralympics visibility from Tokyo 2021 showing wheelchairs as athletic and cool not tragic, social media through #DisabledAndCute and #CripTheRunway presenting wheelchairs as fashion and identity, and customization through 3D printing and scanning creating perfectly fitted wheelchairs. Barriers continue through insurance denials claiming "not medically necessary," "too advanced," or "manual cheaper;" cost of power wheelchairs reaching $30,000-80,000+ with AI features adding expense; repairs being expensive with long waits creating immobility crisis; airlines continuing to destroy wheelchairs despite #WheelchairsMatter activism with limited change; COVID creating inaccessible healthcare where distancing in waiting rooms was impossible and exam tables weren't accessible while high-risk disabled people were neglected; and many places remaining inaccessible through old buildings, poor maintenance, and no enforcement.
Technology for blind and low vision people includes smartphones with excellent built-in screen readers VoiceOver and TalkBack, AI object recognition through Seeing AI (Microsoft) and Be My AI identifying objects, reading text, and describing scenes, advanced navigation apps with indoor navigation and detailed directions, and money identification apps. Computer access features JAWS and NVDA screen readers with NVDA remaining free, more affordable Braille displays at $1,500-6,000+ though still expensive, and AI auto-generating alt text though often bad but improving. Smart glasses include Envision Glasses with camera plus AI reading text aloud and identifying objects, OrCam MyEye clipping to glasses to read text and identify faces, and experimental AR glasses with augmented reality for low vision. AI assistants like Alexa, Google Home, and Siri control home, answer questions, and provide information while ChatGPT answers questions, writes content, and researches accessibly via screen reader.
Breakthroughs include AI object recognition identifying objects, reading text, and describing scenes as life-changing; Be My AI describing images in real-time with incredible detail providing more independence than Be My Eyes volunteers sometimes; navigation providing detailed directions and location knowledge; smart glasses offering wearable hands-free technology reading signs, menus, and labels in real-time; and COVID enabling remote work and school accessible for many blind people through technology. Barriers persist including AI errors where object recognition is sometimes wrong and dangerous if misidentifying hazards, websites remaining often inaccessible through poor design with no alt text and PDFs as hell, apps being inaccessible because developers don't test with screen readers, Braille displays staying expensive, COVID making telehealth often inaccessible through platforms not screen reader compatible while high-risk disabled people were neglected, and transportation issues where Uber and Lyft still sometimes refuse service dogs reflecting ongoing discrimination.
Deaf and hard of hearing technology includes smartphones with ubiquitous video calls through Zoom, FaceTime, and Google Meet for sign language communication, real-time captioning via Otter.ai, Live Transcribe, and Google Meet captions with AI-generated instant access, and VRS apps providing sign language interpretation on smartphones easily and accessibly. Captions appear everywhere on streaming services like Netflix, Disney+, and Hulu as required, on social media Instagram and TikTok with auto-generated captions though often bad, on YouTube with improving but still often terrible auto-captions, and in movie theaters with more open caption screenings though still limited. Hearing aids feature Bluetooth connectivity, rechargeable batteries, smartphone control, AI noise cancellation focusing on speech, and FDA-approved over-the-counter hearing aids since 2022 costing $200-1,000 versus $2,000-6,000 providing more access. Smart glasses with augmented reality offer experimental real-time captions overlaid on world.
Breakthroughs include real-time captions everywhere through Zoom, Google Meet, and Otter providing instant access to spoken content; ubiquitous video calls through FaceTime and Zoom making sign language communication easy and instant with everyone using video now partly due to COVID impact; OTC hearing aids being cheaper providing more access with less stigma; captions on social media through Instagram and TikTok making more content accessible when creators add captions; and COVID making remote meetings captioned through Zoom captions sometimes more accessible than in-person meetings. Barriers continue where auto-captions are often terrible with AI errors, wrong context, nonsense words, and dangerous misinformation; movie theaters remain mostly not captioned with CaptiView devices failing frequently; live events often have no captions or interpreters excluding attendance at concerts, theater, and sports; social media creators often don't add captions with auto-captions being bad; COVID made masks hide lips and facial expressions making communication difficult and creating isolation; and cochlear implants remain controversial in Deaf community though less than before with debates continuing.
9. Language and Symbolism in Context¶
AAC devices symbolize voice and agency for users. The device is not just a tool but an extension of identity and primary means of expression. When Cody's or Charlie's device breaks, they don't just lose a piece of equipment—they lose their voice. This is why backup methods (alphabet board, writing, texting, ASL) are not optional but essential survival tools. The synthetic voice coming from the device is their voice, representing them in the world. Customizing the voice (accent, age, gender, personality) is choosing how to present and be heard.
Wheelchairs symbolize freedom and mobility for users while often symbolizing tragedy and limitation for non-disabled observers. This fundamental disconnect creates tension. For wheelchair users, the chair is legs—tool enabling movement, access, participation, and independence. It is liberation from immobility not confinement. For non-disabled people viewing from outside, wheelchairs often symbolize loss, sadness, or inspiration. The wheelchair becomes spectacle rather than practical equipment. Wheelchair customization through colors, decorations, and modifications expresses identity and reclaims the chair from medical equipment to personal belonging.
Backup methods symbolize vulnerability and resilience simultaneously. The necessity of alphabet boards, writing implements, and alternative communication methods acknowledges technology failure reality. Devices break, batteries die, software crashes. Backup methods are survival tools demonstrating disabled people's adaptation and problem-solving. They also reveal systemic failure—that assistive technology remains expensive, fragile, and difficult to repair or replace, forcing users to always have contingency plans.
Insurance denials symbolize societal devaluation of disabled lives. When insurance denies a $700 iPad with AAC app or a $30,000 power wheelchair by claiming "not medically necessary," the message is clear: disabled people's participation, independence, and communication are not valued. The systematic pattern of denying assistive technology across all disabled populations reveals disability oppression is structural not individual. The GAO (Government Accountability Office) has documented widespread denials and appeals processes designed to exhaust claimants.
DIY modifications and hacks symbolize both disabled innovation and industry failure. When wheelchair users modify chairs for sports, AAC users create symbol systems, or blind people develop screen reader software, they demonstrate expertise in their own needs and capacity for innovation. Simultaneously, these innovations reveal that industry designs inadequately—designing for disabled people rather than with them, missing crucial features disabled people need, and ignoring disabled people's knowledge. Disabled people should not have to innovate basic access, yet they do because systems fail them.
Technology hierarchy symbolizes ableist value judgments. The perception that high-tech is better than low-tech, that expensive sophisticated technology is superior to simple effective solutions, and that rejecting technology means not trying hard enough all reflect ableism. Different tools serve different needs. An alphabet board may be more reliable than a $10,000 AAC device if the device keeps breaking. A manual wheelchair may provide better mobility than a power chair for someone who can self-propel and needs portability. Technology choice should reflect user needs and preferences, not external judgments about what is better or more advanced.
10. Representation Notes (Meta)¶
When writing Cody using AAC, show his device as essential not optional—it is his voice. Demonstrate technology failures through batteries dying at crucial moments, software freezing during important conversations, and devices breaking creating panic and communication loss. Show backup methods as always necessary including alphabet board for when device fails, writing and texting as alternatives, and ASL if he knows it. Depict barriers persistently where people are impatient with AAC's slower pace, talk over Cody while he types, assume he's less intelligent because nonspeaking, and don't wait for responses.
Show Cody's daily realities including device always with him like phone for speaking people, planning around battery life and charging, maintaining multiple backup methods, people repeatedly asking "How does that work?" making well-meaning curiosity exhausting, and device breaking meaning no voice until repaired creating isolation. In music contexts, demonstrate AAC for communication with bandmates and collaborators, not for singing if he could previously, interviews typed via AAC where journalists may be impatient, social media enabling full communication, and fans curious about AAC requiring repeated explanations.
Avoid "trapped in own body" narrative as ableist assuming speaking is only valid communication. Do not write "miracle cure" where AAC somehow cures or fixes—AAC enables communication but user remains disabled. Reject "inspirational" framing because disabled people using technology are functional not inspiring. Do not suggest AAC solves everything because barriers persist, people remain ableist, and technology fails. Never depict perfect technology because devices break, batteries die, and software crashes with problems being real.
Do show AAC as essential tool and part of identity that is functional and normal. Demonstrate technology failures including batteries dying, device breaking, and software freezing with resulting crisis and problem-solving. Show barriers through people being impatient, talking over, assuming lesser intelligence, and ableism persisting. Include backup methods as alphabet board, writing, and texting always available. Depict adaptation where Cody figures out solutions, advocates for access, and lives fully. Show community including other AAC users, disability community, and mutual support. Frame AAC as voice—not tragedy but different communication method that is valid and functional.
For Charlie's progressive AAC use, show gradual loss where early stages involve conserving speech, middle stages bring part-time AAC use, and late stages require full-time AAC. Demonstrate variability through good days allowing more speech and bad days allowing none. Show energy rationing where every word typed or spoken costs energy requiring measurement. Depict music loss where singing goes first as devastating because music was identity. Include cultural context of Latino family with expectations and explanations being exhausting. Show intersecting disabilities of POTS, CFS, and EDS all affecting communication and access. Display progression from part-time to full-time AAC as not binary but gradual and complex.
Avoid "just try harder" suggestions because chronic illness is real making speaking impossible not lack of will. Do not write "overcoming" since Charlie is managing chronic illness and adapting not overcoming. Reject inspiration porn because using AAC is functional not inspirational. Avoid cure narrative since CFS is often lifelong with no cure while AAC enables participation.
Include technology as tool where AAC helps but doesn't solve all barriers. Show energy accounting where every action costs energy and communication is rationed. Demonstrate variability through good days and bad days as core to chronic illness. Depict grief and adaptation simultaneously where Charlie mourns voice while finding new ways. Show community including other AAC users, disabled musicians, and chronic illness community.
For all assistive technology, show both enabling potential and persistent barriers. Technology enables participation, independence, and communication while not curing disability. Barriers persist through ableism, inaccessibility, discrimination, and technology cost. Show technology failures as batteries dying, devices breaking, and repairs being expensive. Demonstrate insurance denials and appeals creating barriers. Include backup methods and problem-solving. Show disabled people as experts in their needs who innovate and adapt. Depict community support and mutual aid. Frame assistive technology as neutral tools not miracles or tragedies. Show disabled people as whole humans not defined by technology used or rejected.
11. Related Entries¶
Related Entries: [Cody Matsuda – Character Profile]; [Charlie Rivera – Character Profile]; [Disability Discrimination and Infantilization Reference]; [ME/CFS (Chronic Fatigue Syndrome) Reference]; [POTS Reference]; [Ehlers-Danlos Syndrome Reference]; [Americans with Disabilities Act (ADA) History]; [Disability Rights Movement Reference]; [Technology and Access Barriers Reference]
12. Revision History¶
Entry last verified for canonical consistency on 10/23/2025.
Formatting & Tone¶
- Write in third-person, archival prose: factual but alive.
- Use paragraphs, reserving lists for short enumerations.
- Keep numbering identical across each category so Claude can parse relationships.
- Each file should read as both reference and narrative artifact—human, sensory, grounded.