CheckIT Learning’s platform, Cleo, recently won a major educational technology award, putting "neuroscience-based" classroom tools in the spotlight. This award shows that schools are increasingly using artificial intelligence for teaching and administration. However, independent research suggests we should examine how these tools actually impact students.
What Happened
In June 2026, the market intelligence organization EdTech Breakthrough named Cleo, a learning management system (LMS) created by CheckIT Learning, the Overall Educator Enablement Solution Provider of the Year. As we previously reported, the platform uses artificial intelligence to assist teachers with administrative tasks like lesson planning, grading, and scheduling. It also uses cognitive science concepts, including spaced repetition and retrieval practice, to help students retain information. The software also helps special education teachers adjust lesson plans for students who have Individualized Education Programs (IEPs).
The Bigger Picture
CheckIT Learning’s award is a notable milestone, but educational experts suggest a cautious approach to "neuroscience-based" claims. A systematic review in Discover Education found that many studies in educational neuroscience focus on short-term performance, like reaction times and immediate accuracy. These studies rarely prove that digital tools help students with long-term memory and knowledge transfer.
In addition, automated features can make learning harder. Research on Cognitive Load Theory in Leveragai warns that poorly designed digital platforms can overwhelm a student's working memory. When students have to deal with complex screens or constant notifications, the extra mental effort gets in the way of learning.
Some research does support the use of AI mentors. A study by the Hong Kong University of Science and Technology found that a brief conversation with an AI helper before a class can boost student brain synchrony and learning outcomes as much as a chat with a human teacher. In practical trials, like a Google DeepMind study in Sierra Leone, a Socratic-style AI tutor successfully helped secondary school students learn math by asking guiding questions rather than giving away the answers.
Still, customized AI tools do not guarantee better results. A randomized controlled trial in the Educational Psychology Review found that while customized AI prompts kept students interested, they did not lead to better test scores or study strategies compared to standard, non-customized tools like ChatGPT.
In special education, the focus is often on paperwork rather than teaching. Compliance platforms like SpecialEd360 use AI to manage timelines, meetings, and federal guidelines. Instructional platforms like EZducate offer tools like visual schedules, and open-source resources are available on GitHub. However, actual lesson modifications still require direct oversight from trained teachers.
What This Means for Families
For parents and teachers, the rise of AI in the classroom means administrative chores might get easier, giving teachers more time to work face-to-face with students. However, these tools should not replace human interaction. If a school uses an AI mentor, it should encourage critical thinking, not just hand over quick answers or distract students with complex interfaces.
What You Can Do
Parents can take a few practical steps to manage this technology. First, ask your school if its digital platforms are backed by studies measuring long-term learning, or if they only focus on short-term accuracy. Next, monitor your child's screen time at home and ask teachers how they prevent students from feeling overwhelmed by notifications and complex apps. Finally, ensure that any automated tools used for IEPs or special education accommodations are supervised and reviewed by certified educators.