Make attention, cognitive load and decision performance more visible under pressure.
CortexaCore helps performance teams understand what happens between the visible action and the result, particularly when attention, workload, anticipation and rapid decision-making matter.
Match scenario. Illustrative gaze trace: numbered fixations, sized by how long the eye held each one.
The decision environment
Performance data can show what happened. Video, coaching and standard eye tracking can show where an athlete or operator looked. The missing layer is a fuller understanding of how response, load and decision performance changed as the pressure and stimulus developed.
The missing layer
The missing layer is a time-linked response picture connected to the performance moment. It can help coaches, performance scientists and product teams investigate why a decision changed, where cognitive load rose or when an environment created avoidable friction.
What is the cost of not knowing?
The cost is measured in marginal performance lost, misdirected training, weak readiness decisions, slower reaction, excessive cognitive load, safety exposure, poor talent development and competitive advantage left unrealised.
How CortexaCore helps
CortexaCore can configure its platform for laboratory, simulation, video-based and controlled performance research. It gives teams a shared timeline of gaze, stimulus and response so they can target coaching, training and design decisions more precisely.
Priority applications
Pilot-readyAttention, cognitive-load and decision-performance analysis in laboratory and simulation settings.
Pilot-readyTraining, video-based evaluation, readiness and talent-development research.
Active co-developmentFormula 1 helmet, miniaturised eye-tracking and motorsport integration programmes.
Active co-developmentScanning, anticipation, reaction and neurocognitive performance research.
Strategic roadmapLive wearable and embedded performance intelligence for defined sport environments.
What changes
Connect gaze, stimulus and response within the same performance timeline.
Identify decision moments that conventional performance data cannot fully explain.
Target coaching and simulation around individual or cohort response patterns.
Evaluate cognitive load, readiness and response under pressure.
Support the development of wearable and embedded performance intelligence.
How a programme begins
A programme starts by defining the performance question, the controlled environment, the relevant task or stimulus and the decision that the output should inform. CortexaCore then scopes the appropriate pilot, co-development or demonstration route.
Evidence, intended use and maturity
CortexaCore distinguishes present laboratory and simulation capability from miniaturised, wearable or live-performance development. Buyers can evaluate sport-specific protocols, repeatability, output examples and integration considerations through the appropriate technical conversation.
Frequently asked questions
Can this be used in live competition?
Current capability and any wearable or live-deployment roadmap are stated separately for each opportunity. Initial programmes are often based in controlled laboratory or simulation environments.
Can it support motorsport?
Yes. CortexaCore is developing motorsport and Formula 1 applications around controlled performance and helmet-integration questions.
How does NBI complement existing performance data?
It adds a response layer to performance, video and coaching data so teams can investigate what changed at the moments that matter.
Bring us the performance, training, simulation or motorsport question that matters. We will help identify the response layer and the right route into a controlled programme.