Virginia Tech Research Signals End of Unproctored Testing in Artificial Intelligence Age

A Virginia Tech study finds unproctored online testing is now fully vulnerable to cheating via artificial intelligence, urging fundamental changes in assessment methods.

Virginia Tech research warns that unproctored online testing has become entirely vulnerable to cheating thanks to advanced large language models such as ChatGPT. The study, led by industrial organizational psychologist Louis Hickman, highlights that developments in reasoning large language models—including OpenAI´s ´o1´ model—have rendered traditional unsupervised digital assessments obsolete, as anyone can now copy-paste test questions into these models to receive high-performing answers in seconds.

Unproctored assessments have long enabled employers and educators to evaluate wide groups of candidates and students efficiently. However, the research shows that new reasoning models, trained with reinforcement learning and capable of internal monologue for self-improvement, have moved beyond earlier limitations—particularly on quantitative ability tests. The latest generation of models achieves strong results even on complex assessments, including personality, situational judgment, verbal ability, and numerical reasoning, effectively undermining the integrity and predictive value of such tests. Industry surveys indicate that about one-third of job applicants and most students are leveraging large language models for critical assessments and coursework.

With the validity of unproctored testing declining, experts now recommend essential overhauls in test administration and design. Proposed solutions include reverting to supervised proctoring, integrating large language models into the assessment process, imposing strict time constraints, employing software to detect artificial intelligence usage, requesting test-takers to verbalize thought processes, and analyzing digital traces for authenticity. While each approach has trade-offs, the research makes clear that employers and educators can no longer rely on legacy testing protocols and must adapt to the realities posed by generative artificial intelligence.

78

Impact Score

Introducing Mistral 3: open artificial intelligence models

Mistral 3 is a family of open, multimodal and multilingual Artificial Intelligence models that includes three Ministral edge models and a sparse Mistral Large 3 trained with 41B active and 675B total parameters, released under the Apache 2.0 license.

NVIDIA and Mistral Artificial Intelligence partner to accelerate new family of open models

NVIDIA and Mistral Artificial Intelligence announced a partnership to optimize the Mistral 3 family of open-source multilingual, multimodal models across NVIDIA supercomputing and edge platforms. The collaboration highlights Mistral Large 3, a mixture-of-experts model designed to improve efficiency and accuracy for enterprise artificial intelligence deployments starting Tuesday, Dec. 2.

Contact Us

Got questions? Use the form to contact us.

Contact Form

Clicking next sends a verification code to your email. After verifying, you can enter your message.