D-BAS™ Capsula — What It Measures
Inside the Capsula
The D-BAS™ Capsula simultaneously captures biological signal channels across 5 operational modalities — with 2 in active integration, 1 in development, and 2 on the research roadmap including biophoton emission and biomagnetic field detection. Every claim is traceable to peer-reviewed science.
OPERATIONAL
IN INTEGRATION
UNDER DEVELOPMENT
RESEARCH ROADMAP
CARDIAC RHYTHM & HRV
OPERATIONAL
Autonomic Nervous System Tone
Heart rate variability is one of the most validated non-invasive biomarkers in clinical science — 4,800+ citations. Reflects autonomic balance, cardiovascular health, and real-time stress load via ECG and PPG.
Frontiers Public Health 2017 ↗
ELECTRODERMAL ACTIVITY
OPERATIONAL
Sympathetic Arousal Mapping
Skin conductance responds to sympathetic nervous system activation within milliseconds — continuous, objective stress, arousal, and emotional state detection without invasive procedures.
Sensors MDPI 2023 ↗
VOC / CHEMICAL
IN INTEGRATION
Volatile Organic Biomarkers
Breath and skin VOC profiling delivers a real-time metabolic fingerprint — detecting inflammatory biomarkers and biochemical state shifts without blood sampling. Integrated via BME688 MOX sensor array.
PLOS ONE 2021 ↗
ELECTROMAGNETIC
UNDER DEVELOPMENT
Biofield EM Detection
Endogenous EM oscillations from cellular and neural activity — a signal layer invisible to conventional biomedical devices. Specialised antenna geometry and signal isolation architecture in development.
Nature Electronics 2023 ↗
D-BAS™ CAPSULA · 5 OPERATIONAL · 2 IN INTEGRATION · 1 IN DEVELOPMENT
THERMAL
OPERATIONAL
Multi-Point Thermal Mapping
Infrared thermal patterns across the body surface encode autonomic regulation, localised inflammation, and circulatory state — captured in full spatial resolution without physical contact.
J Therm Biol. 2019 ↗
RESPIRATORY
OPERATIONAL
Breathing Efficiency & Pattern
Respiratory rate, rhythm, and efficiency are direct readouts of autonomic balance, oxygenation, and nervous system state — revealing sub-clinical stress responses absent from standard examination.
Frontiers Public Health 2017 ↗
PERIPHERAL FLOW
OPERATIONAL
Microcirculation & Tissue Perfusion
PPG-based peripheral blood flow monitoring captures vascular tone, tissue perfusion, and vasomotor regulation — closing the loop between central cardiac signals and distal tissue response.
Lancet Digital Health 2023 ↗
ACOUSTIC
IN INTEGRATION
Bioacoustic Tissue Signatures
Contact microphone arrays detect micro-vibrations from vascular flow, organ activity, and musculoskeletal dynamics — a non-invasive internal readout inaccessible to surface sensors alone.
IEEE Sensors J. 2019 ↗
