Neuronal Learning Protocol
A structured sequence for attention, memory and execution: multisensory cue → focused attention → task encoding → reinforcement → measurement. The goal is not passive exposure; it is repeated, task-linked neural learning.
Synchronizing
the senses.
Training the
brain.
Mentalness is a synchronized multisensory neurotechnology platform designed to coordinate sensory stimulation, cognitive tasks, biosignals and AI personalization — supporting brain-health programs today and a disciplined path toward clinically validated digital therapy tomorrow.
Visual
Auditory
Tactile
Olfactory
Gustatory
SMMSynchronization
Engine
Engine
Real-timeBiosignal
Integration
Integration
AdaptiveNeuroplastic
Response
Response
MeasurableOutcomes
ClinicalApplications
USU.S. Patent Application Published for the Synchronized Multisensory Method
5Sensory channels: visual, auditory, tactile, olfactory and gustatory
8Coordinated layers including cognitive tasks, biosignals and AI
30–50Subjects targeted for first feasibility study concept
Mentalness vision
One platform, three defensible pillars.
Most products deliver content, stimulation or coaching in isolation. Mentalness is designed as a repeated learning loop: cue the brain, focus attention, execute a task, reinforce the response and measure the signal over time.
Synchronized Multisensory Method
The SMM engine coordinates visual, auditory, tactile, olfactory, gustatory and cognitive-task events as one closed-loop protocol aligned with brain and body response.
Millisecond Synchronization Technology
A timing layer for gamma-frequency sensory stimuli, RF-enabled pathways, biosignal response and AI personalization at the temporal scale where attention and memory circuits operate.
Platform architecture
From sensory stimulation to measurable brain-health signals.
Mentalness is device-agnostic: XR headsets, haptic wearables, spatial audio, scent modules, RF components and biosensors can all become delivery channels for the same SMM protocol layer.
See full architecture
Programs
Programs for recovery, attention and cognitive resilience.
CalmPort
Stress recovery and emotional regulation supported by synchronized sensory cues, breathing guidance and HRV-informed recovery tracking.
Learn more →FocusStream
Attention and cognitive-performance training through structured tasks synchronized with multisensory stimulation and feedback.
Learn more →SeniorVerse
Healthy-aging and cognitive-resilience protocols calibrated for older adults, longevity clinics and premium brain-health environments.
Learn more →Clinical Pathway
A staged validation pathway for MCI, cognitive deficits and neurorehabilitation using objective endpoints, safety metrics and adherence measures.
Learn more →
Scientific message
Behavior happens in seconds. Neuronal learning happens in milliseconds.
The Mentalness hypothesis is that repeated, synchronized learning may improve functional performance over time by aligning sensory input, cognitive elaboration, execution, feedback and repetition inside the timing window where neural strengthening is most likely to occur.
Read the scienceRoadmap
A responsible path from platform validation to digital therapy.
01
Concept Note
Population, protocol, device stack, safety/adherence plan and PI model.
02
Feasibility Study
30–50 subjects, 12 months, focused on safety, adherence, endpoint selection and signal detection.
03
Controlled Validation
EEG, HRV, MRI/fMRI, PET or plasma biomarkers, cognitive outcomes and functional measures.
04
Digital Therapy Product
Validated neuronal-learning product pathway for cognitive deficits and brain-health programs.
Scientific + technology resources
Built by neuroscience, AI, clinical and RF expertise.
Mentalness brings together cognitive neuroscience led by Prof. Tomás Ortiz Alonso, healthcare AI and product leadership, clinical research collaborators and RF semiconductor expertise through Michael Leabman as CTO.
Meet the team