RS02 · Road Safety
Awareness Panel
Is the driver sufficiently alert — and can we intervene before fatigue, drowsiness or a microsleep becomes a critical event?
Continuous alertness monitoring designed for prevention before the critical event.
Continuous alertness monitoring designed for prevention before the critical event.Awareness Panel
Is the driver sufficiently alert — and can we intervene before fatigue, drowsiness or a microsleep becomes a critical event?
Road SafetyWearable EEGAlertnessFatigueDrowsiness
FIELDRoad Safety
EXECUTIONIn-person execution
TECHNOLOGY PATHWearable EEG
STUDY CODERS02
The research question
Is the driver sufficiently alert — and can we intervene before fatigue, drowsiness or a microsleep becomes a critical event?
Awareness Panel continuously monitors alertness state and the level of fatigue, drowsiness and microsleep risk using wearable EEG. The system is designed to detect deterioration during operation, escalate preventive alerts and give the driver and safety team time to act before the condition becomes critical. Public Neuro Garage materials do not display the underlying third-party technology brand, product name, logo or proprietary performance claims.
Real vehicle operationFleet route / shiftRoad-safety monitoring program
Technology configuration
Measurement follows the task
The technology path shown here is the approved structure for this service. The exact protocol is configured around the research question, environment and participant flow.
Continuous neurophysiological monitoring of vigilance / alertness without relying on a camera or lighting conditions.
Signal-quality verification before use, followed by auditory, visual and haptic / vibration warnings according to risk level.
Event history, risk evolution, recurring patterns, shifts and higher-risk time windows.
Typical protocol · Road Safety
How this study is executed.
The protocol below reflects the service definition developed for Neuro Garage. Final details are confirmed before execution.
Verify device fit and signal quality before operation.
Continuously process the EEG signal while the driver performs the real route / shift.
Track deterioration in alertness and identify fatigue, drowsiness and events compatible with microsleep.
Escalate preventive warnings using the configured visual, auditory and haptic alert channels.
When risk becomes critical, activate the client-defined safe-stop / rest protocol and log the event.
Aggregate timestamps, monitored time, recurrence and risk windows in the Safety / HSE dashboard for preventive management.
Typical outputs
What this specific study can produce
01Alertness level and evolution
02Fatigue episodes
03Drowsiness episodes
04Microsleep-related events
05Preventive alerts
06Critical alerts
07Alert frequency and duration
08Event timestamps
09Monitored time
10Risk evolution
11Events by time / route / shift
12Higher-risk time windows
13Driver risk profile
14Fleet overview
15Recurring fatigue patterns
16Historical trends
Decisions supported
What the client can change with the evidence
The study is designed to translate observed behavior into concrete operational, people, design or risk-management decisions.
Industry references / comparable applications
Who has used comparable research approaches?
Publicly documented examples from companies and institutions worldwide. These organizations are not presented as Neuro Garage clients, and the examples do not imply they purchased this exact Neuro Garage protocol.
01
SEATPublic precedent
Driver-attention and road-safety research using eye tracking to understand gaze allocation in driving.
View public source ↗02MIT AgeLabPublic precedent
Automotive human-factors research on driver attention and interaction.
View public source ↗03Toyota CanadaPublic precedent
Real-world customer-journey research with wearable eye tracking; relevant to applied automotive behavior studies.
View public source ↗Scientific configuration
The method follows the question
Technology is selected because it is scientifically appropriate for the research objective, not because a device must be used. Santiago configures the study scope, stimuli, participant flow and measurement path before execution.
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