Unlock Human Potential with Mindxcope
Mindxcope is an AI-powered Brain–Computer Interface (BCI) platform measuring cognitive performance in real time to help you hire smarter, train better, and build resilient teams.
Discover how
A Multi-Layered Approach to Cognition
EEG Analysis
High-resolution EEG captures brainwave patterns that reveal attention span, cognitive workload, and mental fatigue.
fNIRS Imaging
fNIRS tracks blood oxygenation in the prefrontal cortex to decode problem-solving depth and decision stress response.
Keystroke Dynamics
By analyzing typing rhythm and patterns, we identify cognitive fluency, mental fatigue, and adaptability under pressure.
Cognitive Games
Gamified neuro-assessments benchmark attention, memory, and decision-making speed in a controlled environment.
From Brainwaves to Breakthroughs
1. Multimodal Cognitive Signal Capture
Mindxcope's lightweight, non-invasive BCI headset seamlessly collects EEG signals, typing patterns, and physiological data during real-world tasks or cognitive games.
2. AI-Driven Cognitive Intelligence
Our machine learning models decode billions of data points into actionable insights — identifying traits like focus, creativity, resilience, and stress response.
3. Predictive Hiring Dashboard
Mindxcope’s interactive dashboard enables recruiters to compare candidates beyond resumes, using science-backed, bias-free cognitive metrics.
4. Real-Time Mental Fatigue Monitoring
We continuously track cognitive load and fatigue signals — allowing employers to detect burnout risk, monitor attention span, and ensure peak performance zones in both hiring and workforce development.
Transform Your Organization
Hire Smarter
Move beyond resumes. Objectively identify candidates with the cognitive resilience, focus, and adaptability needed to thrive.
Train Better
Measure the cognitive impact of your training programs. Understand when employees are disengaged, and optimize training timing.
Boost Performance
Proactively manage workplace cognitive wellness. Identify early signs of burnout and intervene with targeted support.
Sample Report
Our Research
A Cross-Disciplinary Review of the fNIRS–EEG
A Cross-Disciplinary Review of the fNIRS–EEG Dual-Modality Imaging System for Delivering Multimodal Neuroimaging to Applications
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Toward a compact hybrid BCI
This paper explores the performance evaluation of multi-class hybrid EEG–fNIRS BCIs with limited number of channels.
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Enhancing Recruitment Processes With Brain–Computer Interface Applications
Identifying the unique brainwave patterns associated with peak performance and the state of "flow" during cognitive tasks.
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Your Mind is the Resume.
Experience hiring redefined through brain–computer interface and AI-driven behavioral intelligence.
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