How to Read the SERAKRON Dashboard
A plain-English walkthrough of the cognitive resilience engine — what each brain system, directive, and result means, plus the full atlas of brain regions the engine references.
What Is SERAKRON
Explain Like I'm 5
SERAKRON is a tool that reads your thoughts and feelings and maps them onto your brain. You type a question or share something that's bothering you, and the engine figures out which part of your brain that thought is stuck in — then tells you which other part of your brain holds the solution. Think of it as a compass for your mind: it shows you where the loop is and where to redirect your focus to break it.
Technical
SERAKRON is a cognitive resilience engine that maps linguistic and biometric inputs onto neuroanatomy. It decodes a person's question or stress assessment, identifies the brain system where the cognitive load is concentrated, and issues a directive that redirects focus to the complementary brain system. The engine references a full atlas of brain regions across all major anatomical divisions — cerebrum, limbic system, basal ganglia, diencephalon, brainstem, cerebellum, cortex, white matter tracts, ventricular system, functional networks, and cranial nerve origins.
Input Modes
SERAKRON accepts two types of input. Both produce the same kind of directive — the mode just changes how the engine reads your signal.
You type a question or describe a problem. The engine decodes the language and maps it onto the brain diagram.
Text input · Question or problem statement
You capture front and profile photos. The engine reads the biometric stress signature and maps it onto the brain diagram.
Photo capture · Front + left + right profile
The 20 Brain Systems
The engine's brain diagram has 20 main systems. When you submit a question, you can select which system you feel the thought is coming from — or let the engine discover it automatically. Each system belongs to one of nine functional categories.
Frontal Lobe
Planning, reasoning, impulse control, voluntary movement
Executive Control
Parietal Lobe
Spatial awareness, sensory integration, body mapping
Integration / Meaning
Temporal Lobe
Memory, auditory processing, emotional association
Memory / Recall
Occipital Lobe
Visual processing and perception
Sensory Perception
Limbic System
Emotion, fear, desire, emotional memory
Emotional
Basal Ganglia
Voluntary movement, habit formation, reward
Motor / Action
Thalamus
Sensory and motor relay hub, consciousness gateway
Integration / Meaning
Hypothalamus
Survival drives, hormonal balance, homeostasis
Autonomic / Survival
Midbrain
Basic reflexes, arousal, reward pathways
Autonomic / Survival
Pons
Sleep, breathing, facial/motor relay
Regulation / Calming
Medulla Oblongata
Heartbeat, breathing, blood pressure
Autonomic / Survival
Cerebellum
Movement coordination, balance, motor learning
Motor / Action
Insular Cortex
Body awareness, emotional interoception
Regulation / Calming
Corpus Callosum
Bridge between left and right hemispheres
Integration / Meaning
Ventricular System
Cerebrospinal fluid flow, brain cleansing
Regulation / Calming
Default Mode Network
Self-reflection, mind-wandering, identity
Integration / Meaning
Executive Control Network
Goal-directed planning, cognitive control
Executive Control
Salience Network
Detecting what matters, switching attention
Emotional
Cranial Nerves
Senses and motor control of head and neck
Sensory Perception
Cerebrum
Whole-brain higher cognition and consciousness
Integration / Meaning
The Nine Functional Categories
Every brain system and region belongs to one of nine functional categories. The engine uses these categories to find the complementary system — the part of the brain that holds the solution.
Emotional
Fear, desire, emotional memory. The limbic system and amygdala.
Executive Control
Planning, reasoning, impulse control. The prefrontal cortex.
Sensory Perception
Raw perception — visual, auditory, somatosensory.
Motor / Action
Voluntary movement, habit formation, motor coordination.
Memory / Recall
Past, recall, rumination. The hippocampus and temporal lobe.
Integration / Meaning
Meaning-making, association, spatial awareness.
Autonomic / Survival
Survival drives, bodily regulation, homeostasis.
Regulation / Calming
Calming, balance, body awareness, interoception.
Language / Narrative
Internal narrative, speech production, language comprehension.
Complementary Systems
The engine's core insight: the solution lives in the complementary system. Each category pairs with another that resolves it.
Reading the Result
After you submit a question or scan, the engine returns a structured result. Here's what each part means:
The Three Directives
INTEGRATION
Green. Cognitive flow is balanced. The thought is present but not trapping you. No active redirect needed — continue present-moment awareness and let the thought pass.
OBSERVE
Yellow. A pattern is emerging. The thought is building mass in the selected brain system. Observe without judgment — do not fight it. Begin gently engaging the complementary system.
REDIRECT
Red. A critical loop has formed. The thought is no longer processing — it is repeating. Active redirect required: name the loop, shift to the solution region, and use the solution digit as your anchor.
Brain Region Atlas
The engine references a full atlas of brain regions across every major anatomical division. When it identifies an origin or solution region, it names a specific part from this atlas. Below is the complete reference — every region the engine can identify, grouped by anatomical system.
Cerebrum — Frontal Lobe
Prefrontal Cortex
Decision-making, personality, impulse control
Dorsolateral Prefrontal Cortex
Working memory, cognitive flexibility
Orbitofrontal Cortex
Reward evaluation, social behavior
Ventromedial Prefrontal Cortex
Emotional decision-making, risk assessment
Primary Motor Cortex
Voluntary movement execution
Premotor Cortex
Movement planning and preparation
Supplementary Motor Area (SMA)
Sequence planning, bilateral coordination
Broca's Area
Speech production, language output
Frontal Eye Fields
Voluntary eye movement control
Cerebrum — Parietal Lobe
Primary Somatosensory Cortex
Touch, pain, temperature sensation
Somatosensory Association Cortex
Interpreting tactile and spatial info
Superior Parietal Lobule
Spatial orientation, attention
Inferior Parietal Lobule
Language, spatial cognition
Supramarginal Gyrus
Phonological processing, empathy
Angular Gyrus
Number processing, abstract meaning
Precuneus
Self-consciousness, episodic memory
Postcentral Gyrus
Primary body sensation mapping
Cerebrum — Temporal Lobe
Primary Auditory Cortex
Basic sound processing
Auditory Association Cortex
Sound meaning and language interpretation
Wernicke's Area
Language comprehension
Superior Temporal Gyrus
Auditory processing, social perception
Middle Temporal Gyrus
Semantic memory, biological motion
Inferior Temporal Gyrus
Object recognition, visual memory
Fusiform Gyrus
Face recognition, word form
Parahippocampal Gyrus
Spatial memory, scene recognition
Entorhinal Cortex
Memory gateway to hippocampus
Cerebrum — Occipital Lobe
Primary Visual Cortex (V1)
Basic visual processing
Visual Association Cortex
Visual interpretation and recognition
Cuneus
Visual attention, face processing
Lingual Gyrus
Visual word recognition
Limbic System
Hippocampus
New memory formation, spatial navigation
Amygdala
Fear, threat detection, emotional intensity
Cingulate Gyrus
Emotion regulation, conflict monitoring
Parahippocampal Gyrus
Spatial memory, scene recognition
Fornix
Memory relay pathway
Mammillary Bodies
Recall memory, spatial processing
Septal Nuclei
Pleasure, reward, social bonding
Nucleus Accumbens
Reward, motivation, addiction
Hypothalamus
Hormones, hunger, thirst, temperature
Basal Ganglia
Caudate Nucleus
Goal-directed action, habit learning
Putamen
Motor control, routine behavior
Globus Pallidus
Movement regulation, motor output
Subthalamic Nucleus
Movement inhibition, impulse control
Substantia Nigra
Dopamine production, reward movement
Ventral Pallidum
Reward processing, motivation
Diencephalon — Thalamus
Thalamus
Sensory-motor relay, consciousness
Anterior Nucleus
Memory and emotion relay
Medial Dorsal Nucleus
Prefrontal cortex relay, executive function
Ventral Anterior Nucleus
Motor cortex relay
Ventral Lateral Nucleus
Cerebellar motor relay
Ventral Posterior Nucleus
Body sensation relay
Pulvinar
Visual attention, attention shifting
Lateral Geniculate Nucleus
Visual relay to cortex
Medial Geniculate Nucleus
Auditory relay to cortex
Diencephalon — Hypothalamus
Supraoptic Nucleus
Water balance, blood pressure
Paraventricular Nucleus
Stress response, oxytocin
Arcuate Nucleus
Appetite, metabolism
Ventromedial Nucleus
Satiety, sexual behavior
Lateral Hypothalamic Area
Hunger, arousal, wakefulness
Mammillary Bodies
Recall memory, spatial processing
Suprachiasmatic Nucleus
Circadian rhythm, sleep-wake cycle
Diencephalon — Epithalamus & Subthalamus
Pineal Gland
Melatonin, sleep regulation
Habenula
Disappointment, aversion processing
Subthalamus
Movement inhibition, basal ganglia relay
Brainstem — Midbrain
Tectum
Visual and auditory reflexes
Superior Colliculus
Eye movement, visual orientation
Inferior Colliculus
Auditory reflex, sound localization
Cerebral Peduncles
Motor fiber pathway
Red Nucleus
Motor coordination, limb movement
Periaqueductal Gray
Pain suppression, defensive behavior
Substantia Nigra
Dopamine production, reward movement
Brainstem — Pons
Pontine Nuclei
Motor cortex to cerebellum relay
Locus Coeruleus
Norepinephrine, arousal, stress response
Reticular Formation
Consciousness, sleep-wake, autonomic
Brainstem — Medulla Oblongata
Pyramids
Voluntary motor pathway crossing
Olives
Motor learning, sound processing
Area Postrema
Nausea, vomiting trigger zone
Nucleus Gracilis
Lower body touch and proprioception
Nucleus Cuneatus
Upper body touch and proprioception
Cerebellum
Cerebellar Cortex
Fine motor coordination
Vermis
Posture, balance, midline control
Anterior Lobe
Lower limb coordination
Posterior Lobe
Upper limb and fine movement
Flocculonodular Lobe
Balance and eye movement
Dentate Nucleus
Planning, initiation of movement
Fastigial Nucleus
Balance and posture
Emboliform Nucleus
Limb movement coordination
Globose Nucleus
Limb movement coordination
Cortex Regions
Insular Cortex (Insula)
Body awareness, emotional feeling, interoception
Claustrum
Consciousness integration, attention
Corpus Callosum
Left-right hemisphere communication
Internal Capsule
Cortical pathway relay
External Capsule
Cortical pathway relay
Extreme Capsule
Cortical pathway relay
White Matter Tracts
Corpus Callosum
Left-right hemisphere communication
Anterior Commissure
Temporal lobe inter-hemisphere link
Posterior Commissure
Visual system inter-hemisphere link
Fornix
Memory relay pathway
Cingulum
Emotion and memory processing tract
Arcuate Fasciculus
Language production-comprehension link
Superior Longitudinal Fasciculus
Frontal-parietal-temporal link
Inferior Longitudinal Fasciculus
Occipital-temporal visual link
Uncinate Fasciculus
Frontal-temporal emotional link
Corticospinal Tract
Voluntary movement pathway
Optic Radiation
Visual signal pathway
Ventricular System
Lateral Ventricles
CSF production, brain cleansing
Third Ventricle
CSF flow, midline structure
Cerebral Aqueduct
CSF flow between ventricles
Fourth Ventricle
CSF flow to brainstem and spine
Choroid Plexus
Cerebrospinal fluid production
Major Functional Networks
Default Mode Network (DMN)
Self-reflection, mind-wandering, rumination
Salience Network
Detecting what matters, attention switching
Executive Control Network
Cognitive control, goal-directed planning
Frontoparietal Network
Working memory, problem-solving
Dorsal Attention Network
Top-down attention, spatial focus
Ventral Attention Network
Bottom-up attention, reorienting
Sensorimotor Network
Motor and sensory integration
Visual Network
Visual processing network
Auditory Network
Auditory processing network
Limbic Network
Emotional processing network
Cranial Nerve Origins (Brain)
Olfactory Bulb
Smell processing
Olfactory Tract
Smell signal relay
Optic Chiasm
Visual field crossing
Optic Tract
Visual signal relay
Oculomotor Nucleus
Eye movement control
Trochlear Nucleus
Superior oblique eye muscle
Trigeminal Nuclei
Face sensation, chewing
Abducens Nucleus
Lateral eye movement
Facial Nucleus
Facial expression
Vestibular Nuclei
Balance, spatial orientation
Cochlear Nuclei
Hearing relay
Glossopharyngeal Nucleus
Taste, swallowing, blood pressure
Vagus Nucleus
Heart, lungs, digestion parasympathetic
Accessory Nucleus
Neck and shoulder movement
Hypoglossal Nucleus
Tongue movement
Classification Rules
Every reading is classified by exactly one rule — this is your audit trail. Each directive is traceable to a specific classification.
Practitioner Workflow
When using SERAKRON with a client or for yourself, follow this sequence:
Submit the Question or Scan
Type the question or problem statement, or capture the visual stress scan. Be specific — the engine reads the actual words you use.
Select or Auto-Discover the System
Choose the brain system you feel the thought is coming from, or let the engine auto-discover the origin. The engine scans all 20 systems and finds where the cognitive load creates the most significant disturbance.
Read the Directive
Check the colored bar: green = balanced, yellow = observe, red = redirect. The directive tells you the intensity level and the recommended action.
Engage the Solution Region
The engine names a specific brain region that holds the solution. Read its function note and begin engaging that function — the complementary system resolves the disturbance.
Use the Solution Digit as Anchor
When the loop intensifies, return your focus to the solution digit and the function of the solution region. The problem lives in the origin region; the solution lives in the complementary region.
Review History
Past scans are saved to the history calendar. Review them to track patterns over time — recurring origins and solutions reveal the cognitive loops that shape your mental landscape.
Ready to run the engine?
Go back to the dashboard and submit a question or scan to see the engine identify your origin and solution regions.
SERAKRON is a cognitive reframing tool, not a medical device. It does not diagnose, treat, or cure any mental health condition. If you are in crisis, contact a licensed mental health professional or emergency services.