I was banned from the hCaptcha accessibility account for not being blind (2023)

hCaptcha’s handling of its “accessibility” program for blind users, including banning someone it wrongly decided was not blind, is highlighted as an example of how CAPTCHA systems can actively block disabled people from accessing websites. Commenters argue that image and audio CAPTCHAs are culturally biased, often unusable even for non‑disabled users, and largely ineffective now that bots and cheap solving services can bypass them. The thread broadens into concerns about legal liability (e.g., ADA compliance), the erosion of online privacy and anonymity through stronger bot defenses, and possible alternatives such as proof‑of‑work, reputation systems, or government-backed identity—each with its own trade‑offs.

Accessibility failure and “too smart to be blind” ban

  • Commenters stress the core issue is not just a ban, but repeated, baseless accusations that a blind user was faking disability, effectively locking them out of many sites.
  • Several infer support staff may have misinterpreted language like “looking at the JS console” as proof of sight, revealing ignorance about how blind people talk and work.
  • Blind commenters report similar experiences: if they’re competent in technical or “unexpected” contexts, people assume they can’t be blind.

Language, blindness, and inclusion debates

  • Blind participants note they routinely use visual verbs (“see”, “look”) metaphorically and are sometimes patronized for it.
  • Some argue neutral verbs like “observe” might be more inclusive; others say alleged “non‑inclusive” language is a non-issue compared to real barriers (housing, web inaccessibility, physical environment).

Can you (or should you) verify who is “really blind”?

  • Many argue any scheme to whitelist “real blind users” is inherently unscalable and logically flawed; if you could reliably do that under attack, you’d have solved a harder problem than CAPTCHA itself.
  • Suggestions include using government blindness certificates or ID flags, but critics raise privacy, abuse, legal (e.g., ADA) and global-standards problems.
  • Some disabled users say they’ll accept proof of blindness for bus passes but would refuse to provide medical proof just to access websites.

CAPTCHAs’ effectiveness and user-hostility

  • Broad consensus: image CAPTCHAs are frustrating, ambiguous, and culturally biased (US-centric objects, exotic terms like “conoid”), and often unusable for low-vision or blind users.
  • Audio CAPTCHAs help some but exclude non‑English speakers and people with hearing issues, and are increasingly solvable by bots.
  • Many say CAPTCHAs are already cheaply bypassed via solving services and AI, yet still harm legitimate users. Others counter that even partial friction usefully filters low-effort abuse.

Alternatives and the future of anti-abuse

  • Proposed alternatives: honeypots, rate limiting, simple questions, proof‑of‑work, small payments/micropayments, reputation systems, and charging for accounts.
  • More radical ideas (device attestation, Web Environment Integrity, strong identity, government-backed IDs, zero‑knowledge proofs) are debated as likely to centralize power, erode anonymity, and close the web.

Legal and ethical angles

  • Several suggest ADA or similar disability laws may apply, calling this an “open‑and‑shut” case; others mention GDPR rights to correct incorrect data.
  • Some see providers as morally bankrupt but economically incentivized to tolerate collateral damage from anti-abuse triage until reputational or legal risk rises.