The New Wild West: Exams in the Age of AI
Imagine this: AI tools are now so good and so easy to access that students and professionals can get complex answers or even full solutions in seconds. That’s amazing for productivity. But it’s also shaking up how we test what people actually know.
Across schools and professional organisations, old-school exam systems are suddenly struggling to handle this new reality.
Let’s unpack it.
1. South Korean Universities Hit by AI-Linked Cheating
At top universities like Seoul National and Yonsei, professors are re-facing a problem long considered under control: AI Cheating.
These institutions rolled out online exams with safeguards logging inactive windows, monitoring screens, etc. only to find that many students still slipped in AI-generated answers or used clever workarounds. At one university, nearly half the class showed suspicious activity, leading professors to throw out exam results and assign alternative work instead of traditional punishments.
Why it matters
This isn’t just about students being naughty. It highlights a larger trend: digital exams must evolve. As some educators put it, policing AI like you’d police a classroom is increasingly unrealistic
2. When Even Big Accounting Firms Get Caught Up
Now let’s shift from classrooms to boardrooms.
The PCAOB that’s the U.S. audit regulator recently fined the Dutch arms of major audit firms a total of $8.5M for exam misconduct. This wasn’t student homework; it was about internal professional exams the kind firms use to certify their own people.
In some cases, hundreds of professionals shared answers or helped one another during internal assessments pretty much the kind of behavior we expect from high schoolers, not trained auditors.
The bigger picture
Even organisations with strict ethics cultures aren’t immune when the systems for checking real knowledge aren’t strong enough. It’s a sign that exam integrity matters at every level, not just in classrooms.
3. ACCA Says “Enough” — Goodbye Online Exams
Here’s the big twist: the Association of Chartered Certified Accountants (ACCA) the world’s largest professional accounting body just announced it’s ditching online exams entirely starting March 2026. All candidates will have to sit in person, unless they have special exceptions.
Why? They say AI tools have reached a “tipping point” where remote systems can’t reliably stop cheating plain and simple.
This isn’t a small move. ACCA has over half a million students globally.
So What’s Really Going On?
Here’s the pattern:
Traditional exams (especially remote ones) were built for a world without easily accessible AI.
AI tools change the game by making it trivial to generate answers.
Cheating isn’t always intentional bad behavior — sometimes it’s structural, a mismatch between tools available and what systems trust as proof of competence.
Institutions (from universities to professional bodies) are scrambling to figure out how to verify real skills without falling back to old-school pen-and-paper tests.

Where Talview Comes In (Yes, the Part You Want)
This chaos is exactly why solutions like Talview are not a luxury, they’re a necessity.
Real-Time, Agentic AI-Aware Proctoring
Standard “recorded webcam + screen track” isn’t cutting it anymore. Talview’s platform:
Monitors exams in real time using smart analytics.
Detects suspicious behavior that simple logs miss.
Adapts to new patterns of AI misuse as they evolve.
That’s not just monitoring — that’s trust engineering.
Skills Verification That Matches the Modern World
Talview can go beyond multiple-choice tests to:
Evaluate project-based work
Support structured interviews with anti-cheating safeguards
Use AI-powered analytics to tell the difference between creative thinking and AI paste-jobs
Bottom Line: Adapt or Become Obsolete
AI isn’t going away. Trying to pretend it’s just a cheating tool is like banning calculators because some students used them to sneak answers decades ago.
Instead, the real answer is:
1) Rethink how we assess human ability,
2) Use intelligent tools to verify honesty and context, and
3) Build systems where remote doesn’t mean “easy to game.”