What Peer-Reviewed Research Tells Us About How Children Learn
A peer-reviewed study published in Frontiers in Education has identified 33 significant correlations between cognitive ability scores and teacher-observed learning concerns in children. At the centre of the research: ReadON.ai's CSA-ACAD battery — a 25-minute, game-based assessment measuring 23 cognitive abilities. Here is what the findings mean for schools and clinicians across the GCC.
Zulfikar Dhanse
6/30/20261 min read
What this means for Schools
For schools across the GCC and Middle East, this research offers something educators and support teams have long needed: a validated, accessible, and non-invasive tool for understanding how individual students think and learn — before difficulty becomes crisis.
Traditional assessments often measure what a child already knows. The CSA-ACAD battery measures how a child processes, organises, and applies information — the cognitive architecture beneath academic performance.
New findings from Frontiers in Education validate what ReadON.ai has always believed: cognitive assessment must go deeper than a test score.
The Study
In 2026, a team of independent researchers published a landmark study in Frontiers in Education examining the relationship between cognitive abilities and teacher-observed learning concerns in children. The tool at the centre of their research: ReadON.ai's CSA-ACAD cognitive battery.
The findings were significant. Across 23 measured cognitive abilities, the researchers identified 33 statistically significant correlations between battery scores and educator-reported concerns in areas including reading, writing, attention, and executive function.
A Note on Responsible Use
ReadON.ai is a support tool. Our assessment data is designed to complement — not replace — the clinical judgement of qualified professionals. All interpretation of results should be conducted in partnership with trained educators and clinicians, and where concerns are identified, specialist referral is always recommended.
Read the Full Study
Mahajan, A. et al. (2026). Validation of the CSA-ACAD Cognitive Battery. Frontiers in Education. DOI: 10.3389/feduc.2026.1778573.
What this means for Clinicians
For psychologists, therapists, and occupational practitioners supporting children with learning differences, the study provides clinical-grade evidence that game-based assessment can surface patterns of cognitive processing that conventional instruments may miss.
The battery requires no reading or writing from the child being assessed. It is completed in approximately 25 minutes. And it produces a detailed cognitive profile across abilities including divided attention, short-term memory, processing speed, and executive function.