Learn21's Weekly EdTech Update

April 30, 2026

Teaching Writing in the Age of AI: Make Thinking Visible

By Carly Ghantous

A preview of an upcoming ISTE session on teaching writing in the age of AI and postplagiarism


If you've ever suspected a student submitted AI-generated work, or if you've quietly wondered whether your writing assignments are even designed to require human thinking anymore, you're not alone. These questions are at the heart of a growing conversation in education, and they're exactly what I'll be exploring at ISTE this year in my session, Rewriting the Script: Teaching High School Writing in the Age of AI and Postplagiarism.


What Is Postplagiarism? And Why Does It Matter?

We're living in what researchers are calling a "postplagiarism" era. This isn't just a catchy term; it describes a genuine shift in how we need to think about academic integrity. The old definition of plagiarism (copy-paste, word-for-word theft) no longer captures the full picture. Today's challenge is hybrid, human-AI co-created content, where the line between a student's thinking and an AI's output can be nearly invisible.



This shift means that banning AI and hoping for the best isn't a strategy. It's a gap. What we need instead is a new way of designing and evaluating writing assignments — one that makes authentic thinking visible, regardless of what tools students use.


The AI Risk Audit: A Practical Tool for Educators

At the core of my ISTE session is a practical framework I developed called the AI Risk Audit Checklist. It’s a tool teachers can use to evaluate how vulnerable any writing assignment is to AI misuse, and how well it actually supports writing as a thinking process.


The checklist examines five dimensions of an assignment:

Task Design & Cognitive Demand — Does the assignment require synthesis, judgment, and interpretive decision-making? Or can it be completed by following a predictable structure? If AI can complete the task easily, the task — not the student — is the problem.


Student Voice & Agency — Is the student visible in the work? Assignments where any submission could be swapped with another are high risk. Strong assignments require personal reasoning, meaningful choice, and authentic inquiry.


Process Visibility — Can you see how the writing came to be? Single-draft, final-product-only submissions leave no trace of thinking. Checkpoints, drafts, and reflection components change that.


AI Use Transparency — Is AI acknowledged and guided, or simply banned without discussion? High-risk assignments ignore AI entirely. Lower-risk ones define acceptable uses, ask students to explain their choices, and frame ethical use as part of learning. This doesn’t mean that AI has to be allowed, but the consideration of whether to permit it or not should be intentional and transparent.


Assessment Alignment — What are you actually grading? If your rubric rewards length, grammar, and structure alone, it rewards exactly what AI does well. Rubrics that value decision-making, growth, and reflection are far harder to game with AI.


What Does a Redesigned Assignment Look Like?

The session includes a side-by-side comparison that tends to stop teachers in their tracks. A traditional "high risk" literary analysis prompt (five paragraphs, MLA format, three quotes, submit a final draft) checks almost every red flag on the audit. It follows a predictable structure, accepts a single draft, and grades polish over thinking.

A redesigned "low risk" version of the same assignment asks students to explore a theme that connects to a question that matters to them, document their thinking in a writer's notebook, use AI transparently to generate alternative interpretations (and then critique or reject those ideas in writing), and reflect after submission on how their thinking evolved. The assessment criteria shift accordingly from thesis and grammar to analytical thinking across drafts, quality of reflection, and ethical AI use.

Same content. Completely different cognitive demand.


The Bigger Takeaway

The goal of this work isn't to make AI-proof assignments; it's to make thinking visible. When students are asked to explain why they made choices, document how their ideas changed, and engage critically with AI-generated content rather than simply consuming it, the writing process itself becomes the evidence of learning.

That's a shift worth making, and it's one that benefits students whether or not AI is in the room.


I'll be presenting Rewriting the Script: Teaching High School Writing in the Age of AI and Postplagiarism virtually at ISTE on July 1 at 10am ET. If you'd like to connect ahead of the conference, reach out at carly@learn21.org. The AI Risk Audit Checklist will be available for download at the session.

Media Literacy Minute

Age Verification for Kids Online Sounds Simple — It Isn't

The European Commission recently launched an age verification app designed to keep minors off age-restricted platforms, but this Tech Policy Press analysis finds the tool was hacked within two minutes of release and can be bypassed with a basic VPN. More broadly, critics argue the approach misses the point by focusing on controlling access rather than addressing the algorithms and engagement-driven design that cause harm in the first place. For educators and school leaders following youth online safety policy, it's a useful reminder that technical fixes rarely solve the whole problem.


Misinformation Doesn't Spread the Way It Used To

A piece from PR Daily makes a sharp observation that should resonate with anyone teaching media literacy: by the time false information reaches a news article, it has often already traveled through TikTok stitches, Threads reply chains, and LinkedIn shares. This journey often allows the news to shed its original context and gain credibility at every stop. The author argues that traditional monitoring frameworks were built for a one-directional world that no longer exists, and that platform fluency is now an essential literacy skill. A quick, thought-provoking read for educators thinking about how to update their approach to source evaluation.


The Federal Government's New AI Literacy Course Has Some Gaps Worth Noting

The Department of Labor recently launched a free, text message-based AI literacy course called "Make America AI-Ready," and this NPR investigation via WWNO found it's a mixed bag. Digital literacy experts praised its core framework, but flagged an overly rosy tone, at least one piece of genuinely dangerous advice, and ethical questions about corporate products being promoted through a government course. For educators developing their own AI literacy curricula, it's a useful case study in both what good AI instruction looks like and what to watch out for.

Federal Accessibility Deadline Delayed One Year 

By Mike Porter

Just days before a major federal deadline, the U.S. Department of Justice dealt a significant blow to disability rights advocates by announcing a one-year delay in digital accessibility compliance for state and local governments. Summary overview here.


The core delay: The compliance date for state and local government entities with a total population of 50,000 or more has been extended from April 24, 2026, to April 26, 2027. Entities with populations under 50,000, or any special district government, now have until April 26, 2028.


The delay was issued through a DOJ Interim Final Rule (IFR), which took effect April 20, 2026. The DOJ said that without the extension, several public entities would face burdens from "rushed compliance efforts" and significant litigation risk once the rules came into effect. The DOJ also acknowledged it had "underestimated the costs and burden" of the rules on smaller governments and "overestimated" the capabilities of certain technologies to help entities comply.


Critically, the substantive requirements of the 2024 final rule remain unchanged — WCAG 2.1 Level AA is still the technical standard for web content and mobile app accessibility under ADA Title II. Only the timeline has shifted.


Disability advocacy organizations expressed alarm, noting that every year of delay is another year that people with disabilities cannot access government services, benefits applications, and emergency information they are legally owed. The DOJ has signaled it may pursue further rulemaking during the extension period.



If you’re still working on your accessibility conversion, ETLA is proud to offer a free toolkit to help you and your organization. 

Big Ideas

Big ideas image

The thin line between youth gaming and hacking: a cautionary tale.

Matthew Lane was 9 when he found Roblox, 15 when he became a prolific cybercriminal, and 20 when he reported to federal prison. In between, he pulled off what prosecutors call the biggest cyberattack in U.S. education history — breaching PowerSchool, which serves 80% of North American school districts, and extorting nearly $3 million in crypto by threatening to expose the data of 60 million children and 10 million teachers.


Lane describes hacking as an addiction stronger than any drug, an adrenaline spiral that started with online cheat forums, graduated to Fortune 500 targets, and funded a lifestyle of designer clothes, drugs, and DoorDash. He says he knew he'd either die or stop, and managed neither, until the FBI knocked on his dorm room door at 6:30 a.m.

He pleaded guilty, got four years, and owes $14 million in restitution. Now he calls himself a cautionary tale.


The bigger story: Lane isn't an anomaly. A generation raised on gaming and social media is being recruited into cybercrime by bad actors who lurk on the same platforms. The FBI has interviewed suspects as young as 14. The pipeline is real, and it's running fast.


Turns Out Skynet Starts with a Half-Marathon

A humanoid robot just ran a half-marathon in 50 minutes, faster than the best human on Earth. Not “kept up.” Not “impressive for a Roomba with legs.” It won. (Morning Brew)


My reaction: as a cynical Gen Xer: The Terminator should remain fiction and not a documentary. I’ve seen enough dystopian movies to know exactly how the opening act for our robot overlords goes.

But really, what happens when our work can be done better by something else?


The irony is rich. For years, pop culture warned us about machines rising up in dramatic, explosive fashion. Instead, they’ve chosen a quieter humiliation: beating us at our own games, one milestone at a time, until the finish line stops feeling like it belongs to us at all.

No explosions. No time-traveling cyborgs. No killer robots. 


Just a robot, crossing the tape first—and not even out of breath.


So where, exactly, is quantum computing this week?

According to the experts, it’s hard to exactly quantify the progress being made in quantum computing. We are seeing real progress, rampant hype, and almost no useful products yet. The public narrative swings between two wrong answers, world-ending cryptography killer or permanent vaporware, and the truth lives stubbornly in between.



No, it won't crack your bank password tomorrow. No, it won't replace your laptop. Quantum is a specialized accelerator for a narrow set of problems: molecular simulation, specific algorithmic speedups, niche scientific research. Everything else stays classical.


Yes, the progress is real. Error correction is meaningfully improving — Google's Willow and IBM's Quantum Loon both hit significant milestones in late 2025. Cloud platforms have democratized access. Serious money and serious researchers are at work.


But "quantum supremacy" benchmarks are lab parlor tricks, not real-world wins. Fault-tolerant, commercially useful systems remain years away. The field is a hard engineering problem making steady, unglamorous progress. TL;DR: Read the papers; ignore the headlines.

Bon Voyage to Mike Porter

We are saying a fond farewell to our Data Privacy and Accessibility Strategist, Mike Porter as he heads into retirement (again!). His fingerprints are all over some of our most meaningful work this year, from his thoughtful Bytes and Insights articles to his lead role in Big Ideas. His collaboration with Colorado schools to advance data privacy and accessibility frameworks in K-12 education leaves a behind important building blocks that will benefit students and districts for years to come. Beyond the work and published pieces, what we will miss most is the person behind the work: his quick wit, his genuine kindness, and keen insight that made complicated things clear and possible.


We wish him nothing but tight lines, rising trout, and well-earned mornings on the water! Thanks for all you brought to the team and to our Bytes and Insights readers, Mike!

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