Revolutionary Diagnostic Technology.
NVOX represents a groundbreaking advancement in diagnostic technology, combining the expertise of scientists and professionals from diverse academic fields, including neuropsychology, psychiatry, neurology, education, neuroscience, behavioral sciences, and child development. Our platform is powered by cutting-edge artificial intelligence (AI) and deep neural networks, which integrate validated metrics and behavioral science principles to create an unparalleled diagnostic tool for ADHD and learning disabilities.
Our interdisciplinary collaboration aims to develop diagnostic solutions that are not only efficient and user-friendly but also accessible to everyone, regardless of geographic or socioeconomic barriers. At NVOX™, we have ensured that our platform’s diagnostic accuracy and reliability exceed the standards of traditional in-clinic assessments, creating a seamless, at-home alternative for those in need.
The NVOX™ d-CPT — A New Era of Performance Testing.
NVOX™ d-CPT represents the next generation of Continuous Performance Testing (CPT), specifically designed as a diagnostic tool for Attention Deficit Hyperactivity Disorder (ADHD). Our sophisticated platform integrates a variety of metrics, including omission errors, commission errors, reaction time variability, sustained attention performance, response bias, perseveration errors, and hit-to-miss ratios, all of which are validated by peer-reviewed research.

Key Domains Assessed by NVOX™ d-CPT.
Advanced Distractor Paradigms.
What sets NVOX™ d-CPT apart is its incorporation of advanced distractor paradigms. Visual, auditory, and spatial distractors are dynamically presented in varying locations, allowing for a comprehensive assessment of attention modulation and cognitive flexibility under real-world conditions.
This multi-modal approach, combined with an extensive database of age- and culture-specific norms, ensures that our system provides a scientifically grounded and reliable solution for ADHD diagnostics across a wide range of clinical scenarios.
NVOX Cognitive Biomarker Analysis™ (NCBA) Precision in Diagnosing ADHD.
The NVOX Cognitive Biomarker Analysis™ (NCBA) module uses AI-powered technology to assess various biomarkers associated with ADHD and learning disabilities. By analyzing over 200 parameters, including blink rate, eye movements, body gestures, and facial micro-expressions, NVOX provides a precise and objective diagnostic profile.
Key Biomarkers Collected.
This sophisticated approach, backed by research and clinical validation, ensures that the NCBA module offers a high level of diagnostic accuracy, surpassing traditional methods that often miss these subtle behavioral markers.
NVOX VOICESENCE™ AI-Driven Vocal Analysis for Mental Health.
In addition to ADHD diagnostics, NVOX’s VOICESENCE™ module is an AI-powered vocal analysis tool that offers early detection of mental health changes such as stress, depression, and ADHD. By analyzing over 200 vocal parameters like intonation, pace, and emphasis, this system detects behavioral tendencies and provides objective, real-time data for monitoring mental health.
Applications.
Validated in clinical studies, NVOX VOICESENCE™ serves as a powerful tool for proactive mental health interventions, providing accurate insights into emotional well-being.
Transparency and Expert Collaboration.
One of the most innovative features of NVOX™ is its commitment to full transparency. Our system allows school and district educational psychologists to access the recorded diagnostic sessions, alongside the generated report, to review the reasoning behind each diagnosis. This represents a significant step forward in ensuring trust, providing clear explanations, and reinforcing the system’s credibility.
Our diagnostic platform is designed not only to help identify learning disabilities but also to empower users, whether it’s parents, students, or professionals, by providing accurate, actionable insights.

Our Technology Partners.

Comparing NVOX to Standard Diagnostics
Discover how NVOX’s innovative approach outpaces traditional diagnostics with faster, more accurate, and accessible solutions.
