Disability Dongles

When innovation is imposed -- and access is displaced by spectacle.

What It Is

Liz Jackson coined the term Disability Dongle in a 2019 tweet: "A well-intended, elegant, yet useless solution to a problem we never knew we had." In 2022, Jackson, Alex Haagaard, and Rua Williams elaborated the concept in a formal essay.¹ A disability dongle succeeds at everything except addressing a need disabled people identified. It wins awards, gets funded, and gets press. Yet the only problem it claims to solve is one its designers imagined.

Through the ENABLE Model lens, a disability dongle is a disabling force.

Disability dongles arrive through multiple channels. A student team designs a sign language glove for a senior thesis. A startup pitches a stair-climbing wheelchair to investors. A corporation funds a hackathon that produces an emotion-reading app for blind users. In each case, the builder produces a technology about disabled people, not with them.

Disability dongles are grounded in the medical model of disability that treats disabled bodies as the problem and technology as the fix. Ashley Shew names this logic "technoableism." Shew describes technoableism as the belief that technology inherently benefits disabled people and should be pursued regardless of whether disabled people want it.² Technoableism treats disabled people as problems awaiting solutions. It ignores the environments that builders failed to make accessible. Aimi Hamraie and Kelly Fritsch name the alternative: "crip technoscience," a set of practices of critique, alteration, and reinvention of our material-discursive world that centers disability as a site of political knowledge-making rather than a problem awaiting repair.³

Disability dongles produce a specific experience for the disabled person who encounters them. A Deaf person watches a news segment celebrating sign language gloves that translate ASL to English but not English to ASL. A wheelchair user reads about a stair-climbing wheelchair that costs more than the ramp the building refused to install. A blind person is handed a navigation device meant to replace the white cane they already trust. In 2014, Stella Young named the broader dynamic "inspiration porn." She described it as the objectification of disabled people for the benefit of nondisabled people.⁴

Disability dongles cause harm. They divert funding from proven solutions to speculative ones. They consume media attention that could highlight systemic barriers. They erode disabled people's trust in technology and in the institutions that fund it. Every dollar spent on a sign language glove is a dollar not spent on hiring an interpreter. Every news segment celebrating a robotic exoskeleton is a news segment not covering the inaccessible transit system that keeps wheelchair users homebound.

A biosocial perspective

Disability dongles harm bodies, reshape behavior, and emerge from design cultures, funding structures, and institutions that treat disability as a problem technology must solve. A biosocial lens reveals how innovation without participation constitutes structural harm: resources are diverted, trust is eroded, and the conditions that make inaccessibility persist go unaddressed.

Why It Happens

Disability dongles happen when builders treat disabled people as design subjects, not design partners. They follow from systems that reward invention without participation, spectacle without function, and novelty without accountability.

Disability dongles are propped up by exclusion, the medical model, technoableism, media incentives, venture capital logic, savior narratives, and extractive design education.

Exclusion drives disability dongles. When disabled people are absent from the design process, the resulting products reflect the priorities of nondisabled designers. Requirements are set by people who imagine disability.

The medical model grounds disability dongles. It treats disability as a deficiency in the body. The solution becomes a device that changes the person. A stair-climbing wheelchair treats legs as the problem. A ramp treats stairs as the problem.

Technoableism accelerates disability dongles. Shew identifies technoableism as the belief that technology is inherently good for disabled people and should be pursued regardless of whether disabled people want it.² This belief converts every disability into a design challenge and every design challenge into a product opportunity. The question shifts from "what do disabled people need?" to "what can we build?"

Media incentives reward disability dongles. News outlets disproportionately cover disability stories that feature a nondisabled inventor helping a disabled person. The sign language glove gets a segment. The interpreted lecture does not. The robotic exoskeleton gets a headline. The curb cut does not.

Venture capital logic funds disability dongles. Investors fund products that promise large markets and high returns. A device that claims to "solve" blindness attracts capital. An accessibility audit tool does not. The Howe Innovation Center documented this pattern. In the U.S. low-vision navigation space alone, 23 glasses-based startups raised $135 million collectively, while 15 companies using alternative wearables raised just $14.3 million.⁵

Savior narratives justify disability dongles. The designer is cast as hero, the disabled person as beneficiary. This narrative structure makes the product's reception more important than its function. The standing ovation matters more than the user review. The award matters more than the adoption rate.

Extractive design education reproduces disability dongles. Jackson, Haagaard, and Williams write that disability dongles "are most often conceived of and created in design schools and at hackathons."¹ Sasha Costanza-Chock's Design Justice documents the mechanism: design curricula center the designer's intent over the community's needs.⁶ Students are assigned to "solve" accessibility as a semester project. They prototype for weeks, present to faculty, and graduate. The disabled people they designed for are never consulted. The product is never tested with disabled users. The pattern repeats the next semester with a new cohort. In 2016, the Lemelson-MIT Prize committee awarded $10,000 to SignAloud, a pair of gloves designed by two University of Washington undergraduates to translate American Sign Language into speech. UW issued a press release. NPR ran a segment titled "These Gloves Offer a Modern Twist on Sign Language." But the university's own ASL program director, Lance Forshay, said he felt "somehow betrayed because they obviously didn't check with the Deaf community or even check with ASL program teachers to make sure that they are representing our language appropriately."⁷ The prize committee had not required community consultation. The press had not sought it. Cornell researchers documented why testing doesn't catch this: disabled participants in prototype studies provide overly positive feedback, continuing to use broken devices rather than risk discouraging researchers they feel unqualified to critique.⁸

Disability dongles persist because every system involved rewards the product's existence more than its function. Institutions of design, media, capital, and education all benefit from the dongle's arrival. None require it to address a need disabled people named.

Where It Happens (ENABLE Stages)

ENABLE Stage	How Disability Dongles Show Up
Set Requirements that Include Accessibility	The builder sets requirements based on imagined disability needs. Disabled users are not consulted. The resulting product addresses a problem the designer perceived.
Create Accessible Content	The product's marketing centers the designer's story and the nondisabled audience's reaction. Disabled users' experience is absent from the narrative.
Design Accessible Experiences	The builder designs for demo appeal and visual impact. The product performs for judges, investors, and press. Whether it addresses a need the disabled person named is secondary.
Develop Accessible Implementations	The builder develops a standalone device to work around an environmental barrier. The environment remains inaccessible. The person carries a new dependency.
Test for Accessibility	The builder tests with nondisabled users, proxies, or simulations. The disabled people the product claims to serve encounter it after launch.
Triage and Prioritize Accessibility Issues	The builder deprioritizes disabled users' feedback in favor of investor expectations, media coverage, or award eligibility. Function is subordinated to reception.
Iterate to Address Shortcomings	The builder iterates on the form factor, branding, or pitch. The product's usefulness to disabled users is not addressed. Visible improvements replace functional ones.
Create Stopgaps	The builder presents the dongle itself as a stopgap for systemic inaccessibility, delaying the structural changes that would make the dongle unnecessary.
Use Assistive Technologies	The dongle is positioned as a replacement for proven AT: white cane, interpreter, screen reader. Disabled AT users must defend existing tools or adapt to a product that addresses a need they did not name.
Create Workarounds	When a dongle is deployed as the official accessibility solution -- a haptic device deployed in place of a ramp -- disabled people must route around it to complete the task it was supposed to enable.
Use Humans for Assistance	When the dongle fails, disabled people must ask for human help to accomplish what the product claimed to handle. The labor the dongle was supposed to eliminate falls to the person it was supposed to serve.
Submit Feedback to Creators	Disabled people document why each product addresses a problem they do not have, explaining the mismatch, describing what was actually needed, and absorbing the cost of a design process they were excluded from.
Assert One's Rights	When a dongle is accepted as official accessibility infrastructure, disabled people must contest a compliance claim the institution has already made. The product is the institution's evidence. The barrier it was supposed to address remains.
Switch to an Alternative	When a dongle is deployed as the sole accessibility solution, disabled people must find an alternative route to the underlying service, if one exists.
Stage a Protest	Disabled people name the dongle pattern publicly, as Jackson did in 2019, pushing back against design cultures and funding structures that celebrate products disabled people never asked for.
Endure Inaccessibility	When the dongle fails and no alternative exists, disabled people absorb the barrier. The product claimed to solve access. The access was never delivered.

How It Disables

Disability dongles disable by displacing function with spectacle. They consume resources that could fund access. They impose new burdens on the people they claim to help.

They divert resources: every dollar invested in a product disabled people did not ask for is a dollar not invested in the access they need.
They erode trust: each celebrated failure teaches disabled people to distrust the next innovation that claims to help them.
They displace proven tools: when a dongle is presented as the solution, the established assistive technologies and methods that disabled people already rely on are devalued or defunded.
They impose evaluation labor: disabled people must spend time and energy assessing, testing, and explaining why each new product addresses a problem they do not have.
They reinforce the medical model: by treating disability as a body problem that technology can fix, dongles redirect attention from the environmental barriers that builders could remove.
They manufacture abandonment and precarity: dongles attract the funding, attention, and political will that would otherwise support sustainable accessibility work. When the dongle fails, the attention moves on.
They deflect accountability: a builder who funds a dongle can point to innovation efforts while the systemic inaccessibility their products maintain goes unaddressed.

Why It Matters

Disability dongles extract labor from disabled bodies, consume resources that could fund structural access, and leave the environments that excluded disabled people intact.

Disability dongles are common, and rarely seen as harmful. They hide inside hackathons that look creative, products that look compassionate, and funding that looks forward-thinking. Disability dongles inflict embodied harm, accumulate as chronic stress, perpetuate structural violence, disguise institutional neglect, carry political consequences, repeat a pattern two centuries old, generate economic waste, reshape behavior, send social signals that disability is a problem for technology to solve, and foreclose access intimacy.

Disability dongles inflict embodied harm. Disabled people are asked to wear devices that do not fit, learn interfaces that do not work, and endure demonstrations that treat their bodies as test platforms. A blind person handed a haptic navigation shoe must walk differently. A wheelchair user strapped into an exoskeleton must stand for an audience. The labor of wearing the device, learning it, evaluating it, returning it, and explaining why it failed falls on the disabled person's body.

Disabled people absorb the emotional labor of each new dongle announcement. The cycle follows a predictable shape: media celebration, nondisabled people forwarding the article, the disabled person explaining why the product will not work, the emotional labor of managing others' disappointment. Bruce McEwen's concept of allostatic load describes the "wear and tear on the body" that accumulates from repeated adaptation to this kind of chronic stress.⁹

Disability dongles perpetuate structural violence. In Johan Galtung's sense, the harm is "built into the structure" so that "there may not be any person who directly harms another person."¹⁰ No single designer intends harm. Design education, funding systems, media incentives, and procurement policies all reward products that disabled people did not ask for.

Disability dongles disguise institutional neglect. An institution that sponsors a hackathon can claim it invested in disability access without building a ramp. A corporation that funds an assistive tech prize can claim it invested in disability without hiring disabled employees. The dongle serves as evidence of effort, obscuring the absence of structural change.

Disability dongles carry political consequences. Charlton's "Nothing About Us Without Us" established that exclusion from decision-making is itself a form of oppression.¹¹ Costanza-Chock's Design Justice extended this analysis to design processes that extract community knowledge without sharing power.⁶ Disabled people are rarely consulted before the product is built. When they are consulted, their role is to validate a decision they had no part in making.

The arrangement that produces disability dongles predates the hackathon by two centuries: nondisabled people building for disabled people, profiting from the spectacle, and excluding disabled people from the institutions nominally serving them. Samuel Gridley Howe, founding director of what became the Perkins School for the Blind, exhibited his blind and deaf-blind students, Laura Bridgman among them, before state legislators and wealthy donors across the eastern United States in the 1830s and 1840s, leveraging their performance as fundraising spectacle.¹² Sheltered workshops built workplaces where disabled people produced goods for below minimum wage. Jerry Lewis's MDA telethon ran for 60 years on the logic of pity: that nondisabled donors could save disabled children. Evan Kemp, who had muscular dystrophy and served as commissioner of the Equal Employment Opportunity Commission, wrote in a 1981 New York Times op-ed that the telethon's messaging "hammered into the heads of American viewers year after year" that disabled people are "powerless, passive, fragile, childlike and unable to contribute anything meaningful to society unless cured."¹³ Disability rights activists organized as "Jerry's Orphans" to protest outside the telethon from 1991 onward. Paul Longmore's posthumously published Telethons: Spectacle, Disability, and the Business of Charity documents the full machinery of this arrangement: how disability charity "schooled Americans about how to feel about their bodies" and turned disabled children into tools for promoting corporate interests while disabled adults were excluded from the institutions nominally serving them.¹⁴

Disability dongles generate economic waste. The Howe Innovation Center documented that 23 glasses-based navigation startups raised $135 million while 15 companies using wrist-based alternatives raised $14.3 million.⁵

Disability dongles reshape behavior. After repeated exposure to products built around problems they did not name, disabled people develop screening routines. They evaluate new technologies with suspicion. They anticipate the cycle of hype and disappointment. They learn to pre-empt nondisabled people's enthusiasm with explanations of why the product will fail. What looks like cynicism is expertise. It is pattern recognition earned through repeated experience with products built without them.

Disability dongles send social signals that disability is a problem, that technology is the answer, and that disabled people are recipients. These signals shape how nondisabled people understand disability, how institutions allocate resources, and how disabled people are positioned in public life.

Disability dongles foreclose access intimacy. Mia Mingus describes access intimacy as the rare, difficult-to-name feeling when someone else genuinely gets your access needs.¹⁵ Disability dongles move in the opposite direction. They extract disability as a design brief and return it as a product. The relationship between builder and user is transactional. Access intimacy requires proximity, trust, and time.

Real-World Examples

In the news

Assistive technology has a 'sex appeal' problem (March 2024)
-- Rebecca Rosenberg and Danya Henninger, Technical.ly

Rebecca Rosenberg, founder of ReBokeh Vision Technologies, described the assistive tech industry's structural bias: "Companies -- and startups in particular -- are focused on sexy, futuristic tech that isn't actually viable." She identified the pattern that defines disability dongles: "disabled people are being used as validation points and testimonials to sell a product, instead of experts critical to proper development." The industry funds spectacle over substance, and disabled users absorb the cost of products that were never designed to work for them.¹⁶

SignAloud won the $10,000 Lemelson-MIT Student Prize in 2016 for translating ASL gestures into speech. The prize committee did not require consultation with the Deaf community. The ASL program at the students' own university was not consulted. The gloves missed the facial expressions, body shifts, and mouth movements that carry meaning in ASL, and translated only one direction. Lance Forshay, who directed UW's ASL program, said he felt "somehow betrayed because they obviously didn't check with the Deaf community or even check with ASL program teachers to make sure that they are representing our language appropriately."⁷
Sign language gloves more broadly translate ASL to English but not English to ASL, addressing one direction of a two-directional communication need while the Deaf community asks for interpreters and captioning. A 2024 Deaf-led analysis found the research field reproduces this pattern: agendas are driven by researcher convenience, datasets exclude Deaf leadership, and the community's stated needs are not the brief.¹⁷
A stair-climbing wheelchair marketed as liberation when the building could install a ramp.
A robotic arm designed to open doors in public spaces instead of installing automatic doors.
ReWalk and Ekso robotic exoskeletons, priced between $70,000 and $100,000+, promoted as enabling paralyzed people to "walk again" while sidewalks and transit remain inaccessible to wheelchair users. As of 2014, no U.S. health insurer covered the ReWalk.¹⁸
Lechal, a haptic shoe marketed to blind users as a replacement for the white cane. Jackson wrote that Lechal "dismisses the possibility that white cane users may have knowledge that its designer doesn't."¹⁹ The white cane costs under $50 and has been refined by its users for decades.
Smart glasses designed to teach autistic children to make eye contact and recognize emotions, locating the problem in children who fail to conform rather than in the environments that exclude them.¹

What Care Sounds Like

"We tested this with disabled users before we built the prototype."
"We hired disabled designers to lead the project."
"We asked the disability community what they needed. They did not need this product. So we stopped building it."
"We invested in fixing the barrier instead of building a device to navigate around it."
"The product does not ship until disabled users say it works."

What Neglect Sounds Like

"We designed this to help people with disabilities."
"We'll get disabled testers involved in the next version."
"It won an award at the hackathon. Must be good."
"The technology works in the lab."
"It hasn't been tested by disabled users yet, but the concept is strong."

Disability dongles replace care with invention and participation with spectacle. ENABLE names this force so that innovation cannot substitute for inclusion.

And if you don't know, now you know. -- The Notorious B.I.G.

What It Is​

Why It Happens​

Where It Happens (ENABLE Stages)​

How It Disables​

Why It Matters​

Real-World Examples​

What Care Sounds Like​

What Neglect Sounds Like​

Footnotes​

Disclaimer