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    Alt Text, Captions, and Transcripts: Accessibility Work AI Can Actually Finish

    Most nonprofits already know their websites have accessibility gaps. The harder problem is the sheer volume of unfinished work: hundreds of images without alt text, years of uncaptioned videos, webinar recordings with no transcript, and a folder of PDFs that a screen reader cannot follow. This is exactly the kind of repetitive, high-volume production work where AI now does a credible first draft. This guide explains how to use AI to produce alt text for photos, charts, and complex graphics, edit automatic captions to a usable standard, turn podcasts and webinars into accurate transcripts, and remediate documents. It also covers where human review is non-negotiable, a realistic workflow for a small communications team, quality checks that catch the most common AI errors, and the US legal context, including the ADA, the Department of Justice's 2024 Title II web rule, HHS's Section 504 rule, and Section 508.

    Published: October 26, 2026•21 min read•Communications & Marketing
    Accessibility review workspace representing a nonprofit team producing alt text, captions, and transcripts with AI

    Accessibility work has a frustrating shape for small nonprofits. An audit, whether run by a consultant, a free scanner, or a volunteer with a screen reader, produces a long list of problems. The list is usually accurate. Then it sits in a shared drive, because fixing it means writing descriptions for every image on the site, captioning every video on the YouTube channel, and rebuilding every PDF that was ever uploaded. Nobody on a three-person communications team has a spare month to do that, so the list ages, new content keeps arriving with the same gaps, and the backlog quietly grows.

    The problem is common across the web, not just in the nonprofit sector. The 2026 WebAIM Million report, which tests the home pages of the top one million websites, found missing alternative text for images on more than half of them, making it one of the most frequent detectable errors year after year. Missing captions and inaccessible documents are harder for automated tools to count, but anyone who has looked at a typical organization's video library or resource page knows they are just as widespread.

    What has changed is that the production side of this work, the actual writing of descriptions, captions, and transcripts, is now something AI does reasonably well. Speech recognition has improved to the point where a clean recording of a single speaker often produces a transcript that needs only light editing. Vision-capable AI models can describe a photograph or summarize the trend in a bar chart in seconds. Document tools can tag the structure of a PDF automatically. None of this output is finished on arrival, but it turns a task measured in months into one measured in weeks, and it changes the job from writing from scratch to reviewing and correcting.

    This article is about that production work. If you need help finding your problems in the first place, our guide to AI-driven accessibility audits covers scanning and prioritization, and our broader piece on using AI to improve accessibility looks at the wider landscape of services and programs. Here, we assume you have a list, or at least a strong suspicion, and you want to finish the work. We cover the legal context that makes this urgent, then work through alt text, captions, transcripts, and documents in turn, followed by the human review that keeps AI errors off your site, a workflow sized for a small team, and the quality checks that tell you the work is actually done.

    Why the Deadline Pressure Is Real for US Nonprofits

    Accessibility is first a matter of serving people well. Donors, volunteers, clients, and community members who are blind, Deaf, hard of hearing, or who have cognitive or motor disabilities cannot engage with content they cannot perceive. That reason alone justifies the work. Still, the legal context has shifted in ways that affect many nonprofits directly, and it is worth understanding which rules might apply to you. What follows is general orientation, not legal advice, and an organization with real exposure should talk to counsel.

    ADA Title III and the general duty of effective communication

    Title III of the Americans with Disabilities Act covers places of public accommodation, which can include nonprofits that operate programs, venues, or services open to the public. Title III has no specific technical rule for websites. However, the Department of Justice's guidance on web accessibility and the ADA states that businesses open to the public must make their online offerings accessible, and it specifically lists text alternatives for images and captions for videos among the practices to consider. Courts have reached different conclusions about how Title III applies to websites, which is part of why legal advice matters, but the practical expectation is clear enough: if people use your website to learn about or access your services, it should be usable by people with disabilities.

    ADA Title II and the 2024 web rule

    Title II covers state and local governments, not private nonprofits. Yet in April 2024 the Department of Justice finalized a rule requiring public entities to make their web content and mobile apps conform to WCAG 2.1 Level AA, and that rule reaches content provided on a public entity's behalf through contracts, licenses, or other arrangements. If your nonprofit runs a program, publishes materials, or hosts content for a city, county, school district, or state agency, you should expect that government partner to ask whether your deliverables conform. In April 2026, the DOJ issued an interim final rule that extended the compliance dates by one year, to April 26, 2027 for entities serving populations of 50,000 or more and April 26, 2028 for smaller entities and special districts. The technical standard did not change. Government partners are now actively inventorying content, and contract language is following.

    Section 504, HHS funding, and Section 508

    Section 504 of the Rehabilitation Act prohibits disability discrimination by recipients of federal financial assistance, which includes many nonprofits with federal grants. In 2024, the Department of Health and Human Services updated its Section 504 rule to adopt WCAG 2.1 AA for the websites and apps of its recipients. HHS later extended those compliance dates to May 11, 2027 for recipients with 15 or more employees and May 10, 2028 for smaller recipients, again without changing the substance. Health and human services nonprofits receiving HHS funds, directly or as subrecipients, should treat this as a concrete requirement.

    Section 508 is often mentioned in the same breath, and it is worth being precise. Section 508 applies to the information and communication technology of federal agencies themselves. Nonprofits usually encounter it indirectly: when they build content or deliver products for a federal agency under contract, when a grant agreement references Section 508 standards, or when a state has adopted 508-based requirements for its own vendors and grantees. If your grant or contract documents mention 508, read the clause carefully, because it may obligate deliverables such as reports, training videos, and toolkits to meet that standard.

    What WCAG 2.1 AA asks of your media

    The success criteria most relevant to this backlog

    • Non-text content (1.1.1): informative images need a text alternative that serves the same purpose; decorative images should be hidden from assistive technology
    • Audio-only and video-only (1.2.1): prerecorded podcasts and audio need a transcript; silent video needs a text or audio alternative
    • Captions, prerecorded (1.2.2) and live (1.2.4): recorded video with audio needs captions, and live streams and webinars need live captions at Level AA
    • Audio description (1.2.5): recorded video where important information is only visual needs description of that visual content, a requirement many organizations overlook
    • Info and relationships (1.3.1): headings, lists, and tables in documents must be marked up so assistive technology can convey the structure

    Alt Text: Let AI Describe, Then Decide What the Image Is For

    Alt text is the short text alternative a screen reader announces in place of an image. The most important thing to understand about it is that good alt text depends on why the image is on the page, not only on what the image shows. A photo of a volunteer handing a box of groceries to a family might deserve the alt text "Volunteer handing a box of fresh produce to a family at our Saturday food pantry" on a program page. The same photo used as a background flourish behind a donate button might deserve no alt text at all. AI can see the image. It usually cannot see the purpose, so the first decision belongs to a person.

    Sort images by purpose before you generate anything

    The W3C's alt decision tree is the clearest free tool for this, and it is worth printing for anyone who touches the website. It walks through a few questions in order: does the image contain text, is it inside a link or button, does it add meaning, and is it purely decorative. Those questions map onto four practical categories. Informative images convey content and need a concise description. Functional images, such as a logo that links home or an icon used as a button, need alt text that describes the action ("Search" or "Return to home page"), not the picture. Decorative images, like dividers, textures, and stock photos that repeat what the text already says, should have empty alt text so screen readers skip them. Complex images, such as charts, maps, infographics, and org charts, need a short alt plus a longer description elsewhere.

    This sorting step is fast once you get used to it, and it prevents the single most common failure of AI-generated alt text: dutifully describing images that should have been silent. A page where every decorative swoosh is announced as "Abstract blue gradient shape on a white background" is technically labeled and practically worse for a screen reader user, who now has to listen through noise to reach content.

    Prompting for usable alt text

    When you do generate descriptions, give the AI context. Most vision-capable assistants will produce a long, generic paragraph if you simply ask them to describe an image. Instead, tell them the page the image appears on, the surrounding text, the organization's name, and the length you want. A prompt such as "This photo appears on our youth mentoring program page, next to a paragraph about weekly tutoring sessions. Write alt text under 150 characters that conveys what matters for this page. Do not begin with 'image of' and do not guess names or identities" produces far better results than a bare request. Ask for two or three options if you want, and pick the one that fits.

    Some content management systems and design tools now offer built-in AI alt text suggestions when you upload an image. These are convenient for new uploads, but treat them the same way you would treat any draft. They have no idea what page the image will appear on, and they tend toward literal inventories of objects. Turn the feature on if it helps your team remember to write alt text, and make reviewing its suggestion part of the upload habit.

    Charts, infographics, and other complex images

    Complex images are where AI saves the most time and also where it is most likely to be confidently wrong. The W3C's guidance on complex images recommends a two-part approach: a short alt text that identifies the image and its main point, and a long description that conveys the full information, placed in nearby text, a data table, or a linked page. For a bar chart in an annual report, the short alt might be "Bar chart: meals served rose each year from 2022 to 2025." The long description would give the actual values, ideally as a simple table.

    AI models can read charts surprisingly well, but they misread axis labels, invert trends, and invent numbers when the image is low resolution or dense. The safest practice is to generate the long description from the source data, not from the picture. If you made the chart in a spreadsheet, paste the data into the AI and ask it to write a plain-language summary and a table. Then check every number against the spreadsheet. For infographics that mix text, icons, and statistics, the most accessible option is often to publish the content as real text on the page and treat the graphic itself as a visual supplement.

    What AI does well with images

    Use it to draft at volume

    • Describing scenes, settings, actions, and visible text in photos
    • Condensing long descriptions to a target length
    • Summarizing a chart's trend when given the underlying data
    • Transcribing text embedded in flyers and social graphics

    What a person must decide

    Judgment the model cannot supply

    • Whether the image is informative, functional, decorative, or complex
    • Who is pictured, and whether naming them is appropriate and consented
    • How to describe race, disability, age, or appearance, if at all
    • Whether every number in a chart description is correct

    Captions: From Auto-Generated to Actually Accurate

    Nearly every video platform a nonprofit uses now generates automatic captions. YouTube, Vimeo, Zoom, Microsoft Teams, Instagram, TikTok, and most video editors offer them, and dedicated tools can produce caption files from any recording. This is a genuine change. A decade ago, captioning a library of videos meant paying a service per minute or typing captions by hand. Today, the first draft is free and nearly instant. The catch is that automatic captions are a draft, and a draft with errors in exactly the places that matter most.

    Where automatic captions go wrong

    Speech recognition handles common words spoken clearly by a single person in a quiet room very well. It struggles with proper nouns, including your organization's name, program names, partner names, and the names of the people speaking. It stumbles over sector jargon and acronyms, so a mention of WIOA, SNAP, or a local coalition becomes a string of plausible but wrong words. Accents, overlapping speakers, background music, outdoor wind, and poor microphones all reduce accuracy. Automatic captions also tend to omit punctuation, speaker identification, and sound information such as [applause] or [music], which captions are supposed to include for viewers who cannot hear the audio. University accessibility offices like Purdue's publish step-by-step guides for correcting these issues inside YouTube Studio, and the process is similar on other platforms.

    A useful quality benchmark comes from television. The Federal Communications Commission's caption quality standards, adopted in 2014 for TV programming, define four dimensions: accuracy, synchronicity, completeness, and placement. Those rules do not apply to a nonprofit's YouTube channel, but they are a sensible checklist. Accurate captions match what was said, including speaker names and meaningful sounds. Synchronous captions appear when the words are spoken and stay on screen long enough to read. Complete captions run from the first second to the last. Well-placed captions do not cover faces, on-screen names, or important text.

    A practical editing workflow

    The fastest way to edit captions is to fix the vocabulary before you fix anything else. Many transcription tools let you add a custom vocabulary or glossary, so feed them your organization's name, program names, staff and board names, partner organizations, local place names, and common acronyms. Then generate captions. Next, export the transcript text and ask a general AI assistant to flag likely errors, giving it your glossary and a short description of the video. It will often catch "Hope House" rendered as "hopes house" or an acronym spelled out phonetically. Finally, a person watches the video at normal or slightly faster speed with captions on, correcting what is left, adding speaker labels and sound tags, and checking timing. For a ten-minute video with a single clear speaker, this can take less time than the video itself. Panel discussions and field recordings take considerably longer.

    Sidecar files versus burned-in captions

    Captions come in two forms, and nonprofits usually need both. Closed captions are delivered as a separate sidecar file, typically SRT or WebVTT, that the viewer can turn on or off, resize, and restyle. They are searchable, they can be translated, and they are what accessibility standards generally expect on your website and YouTube channel. Open or burned-in captions are rendered into the video image itself. They cannot be turned off or adjusted, but they display everywhere, including social feeds where videos autoplay without sound and where many viewers never enable captions.

    A sensible rule is to keep a corrected sidecar file as the master for every video, upload it wherever the platform supports it, and burn in captions for short social clips where silent autoplay is the norm. If you burn in captions, edit them first, because a burned-in error cannot be fixed without re-exporting the video. Keep burned-in text large, high contrast, and clear of the bottom area where platform buttons and descriptions overlay the frame. Our guide to video content on a budget covers more of the production side.

    Do not forget audio description

    Captions serve people who cannot hear the audio. People who cannot see the video need something different: a description of important visual information that the soundtrack does not convey. A fundraising video with on-screen statistics and no narration, or a program video showing a process without explaining it aloud, fails blind viewers even if it is perfectly captioned. WCAG 2.1 AA requires audio description for prerecorded video in these cases. The simplest fix is prevention: write scripts where the narrator says what matters, so that the video works with eyes closed. For existing videos, AI can help draft description text by working through a transcript and a shot list, and some tools can generate synthetic voice descriptions, but a person should verify that every description is accurate and well timed.

    Caption review checklist

    Run through this before publishing any captioned video

    • Organization, program, partner, and personal names spelled correctly throughout
    • Speakers identified when it is not obvious who is talking
    • Meaningful sounds included in brackets, such as [laughter] or [music fades]
    • Punctuation and capitalization fixed so captions read as sentences
    • Timing synchronized and readable, with no caption flashing past
    • No captions covering on-screen names, titles, or statistics

    Transcripts for Podcasts, Webinars, and Recorded Events

    A transcript is a text version of audio content, published alongside the recording. For audio-only content like a podcast, a transcript is how a Deaf or hard of hearing person accesses the episode at all. For video, a transcript complements captions, and it serves many other people too: those who prefer reading, those with slow connections, those who want to search for a specific segment, and those using translation tools. Transcripts also make your content discoverable by search engines and easy to reuse, which is why our guide to repurposing content with AI starts with them.

    Clean verbatim is usually the right standard

    Transcripts come in two broad styles. A strict verbatim transcript captures every "um," false start, and repetition. A clean verbatim transcript removes filler and stumbles while keeping the speaker's words and meaning intact. For most nonprofit podcasts and webinars, clean verbatim is easier to read and entirely appropriate, provided you do not rewrite what people said. AI assistants are very good at producing clean verbatim from a raw machine transcript, but give them a firm instruction: remove filler words and false starts only, do not paraphrase, summarize, or correct the speaker's grammar beyond that. Then spot-check a few passages against the audio to make sure the model did not quietly tidy up a guest's meaning.

    Structure matters as much as accuracy

    A wall of text is technically a transcript and practically hard to use. Good transcripts identify each speaker by name, break into paragraphs at natural pauses, and include headings or timestamps for major segments in longer recordings. AI can add this structure well if you supply the speaker names and roles. It can also draft show notes, a summary, and chapter markers from the same transcript, which reduces the work of publishing an episode. If you produce a podcast, our guide to nonprofit podcast production with AI covers how transcription fits into the broader production workflow.

    Webinars and live events

    Webinars have two accessibility moments. During the live session, attendees who are Deaf or hard of hearing need live captions. Zoom, Teams, and similar platforms provide automatic live captions that are far better than nothing, but they carry the same weaknesses as any auto-captions with names and jargon. For high-stakes events, such as a public meeting held with a government partner, a training required for grantees, or an event where attendees have requested accommodations, a human real-time captioner (often called CART) remains the more reliable option. Budget for it when the audience or the partner requires it.

    After the event, the recording you post should have corrected captions and a transcript, not the raw live captions. Remember that presenters' slides matter too. If a speaker says "as you can see on this chart," the transcript and captions will not convey the chart. Ask presenters to describe key visuals aloud, and post accessible versions of the slides alongside the recording. If you already use AI tools to capture internal meetings, our comparison of AI meeting notes and transcription tools may help you choose one that also produces exportable caption files.

    Getting better transcripts from the start

    Recording choices that cut editing time

    • Use a dedicated microphone for each speaker where possible, even inexpensive ones
    • Record separate audio tracks per speaker so transcription tools can label voices reliably
    • Have speakers introduce themselves by name at the start
    • Keep a running glossary of names and acronyms to load into the transcription tool
    • Avoid background music under speech, which degrades recognition and comprehension

    PDFs and Documents: Remediate, Replace, or Retire

    Documents are usually the largest and most intimidating part of the backlog. Annual reports, program flyers, application forms, policy documents, research briefs, and board materials accumulate over years, and many were exported from design software with no thought to accessibility. An accessible PDF has tags that identify headings, paragraphs, lists, and tables, a logical reading order, alt text for images, a document title and language setting, and properly labeled form fields. An inaccessible one may be a flat image of text, or text in a jumbled order that a screen reader reads as nonsense.

    Triage before you remediate

    Not every document deserves the same effort. Start by sorting your files into three groups. Some documents should be retired: outdated flyers, superseded policies, and duplicates that nobody needs. Remove them or move them to a clearly labeled archive. Some documents should be replaced: content that changes often, short documents that are mostly text, and anything people need to read on a phone works better as a regular web page, which is easier to make accessible than a PDF. The rest should be remediated: documents that must remain PDFs, such as signed policies, formal reports, and files partners require in that format.

    The DOJ Title II rule includes limited exceptions for archived web content and for certain documents posted before an entity's compliance date, but the details are narrow, the exceptions disappear for documents people use to apply for or participate in services, and they apply to public entities rather than directly to private nonprofits. Do not assume your old files are exempt. Application forms, eligibility guides, and anything a client needs in order to get help should be first in line regardless of age.

    What AI tagging can and cannot do

    Adobe Acrobat Pro and several other tools now use AI to auto-tag PDFs, identifying headings, lists, tables, and multi-column reading order with much better results than older rule-based tagging. Even Adobe's own developer documentation notes that its Auto-Tag API will not instantly make documents compliant on its own and works best combined with human review. In practice, auto-tagging gets simple text documents most of the way there. Complex tables, nested lists, forms, footnotes, and design-heavy layouts usually need manual correction in a tag editor.

    The more durable fix is upstream. Most PDFs are exported from Word, Google Docs, InDesign, or Canva, and the accessibility of the PDF depends heavily on the source file. Using real heading styles instead of bold text, real lists instead of typed dashes, simple table structures with header rows, and alt text in the source document produces a far better PDF with little extra effort. AI can help here by reviewing a draft and pointing out where visual formatting is standing in for structure. If your forms are a major part of the backlog, our article on plain-language forms with AI pairs well with this work, since a clearer form is also easier to make accessible.

    Document remediation essentials

    The checks that matter most for screen reader users

    • Real, selectable text, not a scanned image (run OCR first if needed, then verify it)
    • Headings tagged in a logical hierarchy that matches the visual structure
    • Reading order correct, especially for multi-column layouts and sidebars
    • Tables with identified header cells and no merged-cell confusion
    • Alt text on informative images, with decorative images marked as artifacts
    • Document title and language set, and form fields labeled

    Where Human Review Is Non-Negotiable

    The value of AI in this work is that it turns writing into reviewing. That only holds if the review actually happens. AI-generated accessibility content that goes straight to publication can be worse than missing content, because it looks complete to anyone checking a box while delivering wrong information to the people who rely on it. A screen reader user has no way to know that the alt text describing your executive director as "a smiling man in a suit" is about the wrong person, or that the caption reading "we served 1,500 families" should say 15,000.

    Names and identity

    AI should never be trusted to identify people. Most vision models will decline to name individuals, and when they do guess, they guess wrong. Speech recognition routinely mangles names. Supply names yourself, from your records and consent forms, and check them in every output. Be equally careful with how AI describes people. Models sometimes describe race, gender, disability, or age based on appearance, and those descriptions can be inaccurate, unnecessary, or hurtful. Include such details only when they matter to the purpose of the image and you are confident they are accurate and respectful, ideally following how the people pictured describe themselves.

    Jargon, numbers, and context

    Your sector's vocabulary is a predictable failure point. Program acronyms, funder names, medical or legal terms, and local place names all trip up transcription and description tools. Numbers deserve special attention, since a misheard figure in a caption or a misread value in a chart description is the kind of error that can mislead donors and partners. Context is the subtlest gap. An AI can describe a photo of a crowded waiting room accurately and still miss that the point of the image is the long wait your advocacy campaign is about.

    Tone, dignity, and privacy

    Descriptions carry tone. Alt text that calls a client "a poor woman" or a caption that renders a participant's dialect as garbled words undermines the dignity your organization works to protect. Review AI output with the same standards you apply to your published storytelling. Privacy matters as well. Uploading recordings of client sessions, support groups, or confidential meetings to a consumer AI tool for transcription may violate your privacy policy, your consent forms, or obligations such as HIPAA. Use tools covered by appropriate agreements for sensitive content, and keep anything confidential out of public-facing accessibility work entirely.

    The reviewer's five questions

    Ask these of every AI-generated alt text, caption file, or transcript

    • Is it right? Names, numbers, terms, and facts all verified against a source
    • Is it complete? Nothing important left out, including sounds, speakers, and visual information
    • Is it purposeful? It conveys why the content is there, not just what it contains
    • Is it respectful? People described with dignity and only as much as the context requires
    • Is it safe to publish? No confidential details, and consent in place for anyone named or shown

    A Backlog Workflow for a Small Communications Team

    The work becomes manageable when you stop treating it as one enormous project and start treating it as two streams: clearing the existing backlog in priority order, and making sure new content never joins it. The second stream matters more in the long run. A team that fixes 400 old images while uploading 50 new unlabeled ones each month is running in place.

    Inventory and prioritize

    Start with a simple spreadsheet. List your top pages by traffic, your videos by views, your podcast episodes, and your documents, along with whether each has alt text, captions, a transcript, or tags. Scanners and your analytics can fill in much of this, and an AI assistant can help organize the export into a working list. Then prioritize by impact. Content people need in order to get services, apply for programs, register for events, or donate comes first. High-traffic pages and recent videos come second. Deliverables tied to government contracts or federal grants deserve priority too, given the compliance dates above. Old content with little traffic comes last, and some of it can simply be retired.

    Batch the work by type

    Grouping similar tasks makes AI far more efficient. Spend one session sorting and drafting alt text for an entire section of the site, with the page context loaded into each prompt. Spend another loading your glossary into a transcription tool and generating caption drafts for ten videos, then review them over the following days. Handle documents in their own batches, starting with the retire and replace decisions, since those reduce the remediation pile before you touch a tag editor. Batching also helps you notice recurring AI errors, such as a program name it always gets wrong, and fix them at the source.

    Build accessibility into publishing

    For new content, make accessibility part of the definition of done. No image is uploaded without an alt text decision. No video is published without corrected captions. No podcast episode goes live without a transcript. No PDF is posted without a check. Written down as a short publishing checklist, these habits add minutes per item rather than weeks of backlog later. Assign a named owner for each content type, and if you work with volunteers or AI champions on your team, our piece on building AI champions discusses how to spread these skills beyond one person.

    A sample weekly rhythm

    Roughly three to four hours a week can clear a modest backlog within a few months

    • Monday: generate drafts for the week's batch, whether alt text for one site section or captions for several videos
    • Midweek: review and correct drafts, using the five questions and the caption checklist
    • Thursday: publish corrections and update the inventory spreadsheet
    • Friday: spot-check a sample of the week's work with a screen reader and captions on
    • Monthly: review new content for gaps and add any recurring AI errors to your glossary

    Quality Checks That Tell You the Work Is Done

    Automated scanners can confirm that alt text exists and that a video has a caption track. They cannot tell you whether the alt text is accurate or whether the captions are readable. Finishing the work means checking it the way people with disabilities will experience it, at least for a sample.

    For images, turn on a screen reader such as NVDA on Windows or VoiceOver on Mac and iPhone, both free, and listen to a few key pages from top to bottom. You will quickly hear decorative images that should be silent, alt text that repeats the caption beneath it, and descriptions that miss the point. For captions, watch a sample of videos with the sound off. If you cannot follow the content from captions alone, neither can a Deaf viewer. Then try the opposite test for audio description: listen without watching, and note any moment where important information is only visual. For transcripts, read one start to finish and check that speakers are clear and the meaning holds. For documents, run the built-in accessibility checker, then open the file with a screen reader and confirm the reading order and headings make sense.

    The most valuable check of all is feedback from people who use assistive technology. If your community includes people who are blind, Deaf, or hard of hearing, invite a few to review key content and pay them for their time. Publish an accessibility statement with a clear way to report problems, and respond quickly when someone does. A paid review from actual users will surface issues no checklist anticipates, and it signals that your organization takes the work seriously.

    Signs the work is finished

    What good looks like

    • Key pages make sense when heard through a screen reader
    • Videos can be followed with the sound off
    • Every podcast episode has a readable transcript
    • New content arrives accessible without a separate cleanup project

    Pitfalls to avoid

    Shortcuts that create new problems

    • Bulk-publishing AI alt text or auto-captions without review
    • Relying on accessibility overlay widgets instead of fixing content
    • Describing decorative images or stuffing alt text with keywords
    • Uploading confidential recordings to consumer transcription tools

    Knowing When to Bring in Outside Help

    AI and an organized team can handle most of the routine backlog. Some work still benefits from specialists. Complex PDFs such as financial statements, long research reports with many tables, and fillable forms can consume days of staff time in a tag editor and may be more economical to send to a remediation vendor. Live captioning for public events, audio description for flagship videos, and translation of captions into other languages often call for professional services. If a government partner or federal funder asks you to certify conformance with WCAG 2.1 AA, an independent review is worth the cost.

    When you do hire help, AI still changes the economics. Vendors can work from your cleaned transcripts and glossaries, and your team can handle the simple items so that paid hours go to the hard ones. Ask vendors how they use AI themselves and what human review they apply, since the same standards you hold your own work to should apply to theirs.

    Who does what

    Clear ownership keeps the work moving

    • Communications staff: alt text decisions, caption review, and publishing checklists
    • Program staff: verifying jargon, names, and context in program content
    • Trained volunteers: caption editing and transcript cleanup for non-confidential content
    • Vendors and specialists: complex documents, live captioning, audio description, and formal conformance reviews
    • Leadership: setting priorities, approving budget, and responding to contract and grant requirements

    Conclusion

    Alt text, captions, transcripts, and accessible documents are not glamorous, and for years their sheer volume kept them perpetually on the to-do list. AI has changed the arithmetic. It drafts descriptions, captions, and transcripts quickly, it tags documents competently, and it turns the job from writing into reviewing. That is enough to make a backlog finishable for a small team working a few hours a week.

    The condition is that people stay responsible for the parts AI cannot do: deciding what each image is for, getting names and numbers right, describing people with dignity, protecting confidential material, and checking the result the way users with disabilities will experience it. With government partners and federal funders now working toward firm WCAG 2.1 AA dates, organizations that build these habits now will be ready when the questions arrive in contracts and grant agreements.

    Start small. Pick the content people need most, load your glossary, generate a batch of drafts, and review them carefully. Then make accessible publishing the default for everything new. A year from now, the backlog can be gone, and your community will be able to read, watch, and listen to everything you publish.

    Clear Your Accessibility Backlog

    We help nonprofits inventory their media, set up AI-assisted workflows for alt text, captions, and transcripts, and build publishing habits that keep new content accessible from day one.