🛡️ Hardware Enclosure
B2B/B2G PPE Unit
SYSNOM-1
CORE TEMP
37.1°C
Skin: 34.2°C
HEART RATE
78 BPM
IMU GATE: PASS
SpO2 PULSE
98%
MAX30102 PPG
HEAT STRAIN
NORMAL
Amb: 32°C / 52%
TF-LITE MICRO: RUNNING
FLARE: STANDBY
DUAL-NTC FLUX PORT
UPPER-ARM ANATOMICAL MOUNT
🌡️ Thermal Inference Engine
Dual-NTC Conduction
Estimates deep core body temperature from skin-surface and ambient gradients, subtracting MCU self-heating:
T_core = T_skin + k_tissue · (T_skin - T_ambient) - q_pcb_bias
Computed Core: 37.10 °C
Flux Factor k: 0.18
Core Body Temp
37.1°C
Blood Oxygen (SpO2)
98%
Heart Rate (PPG)
78 BPM
IMU G-Force Vector
1.02 G
❤️ Optical PPG Arterial Wave (MAX30102)
IMU GATE: PASS (CLEAN)
PULSE PLETHYSMOGRAM (RED / IR CHANNELS)
Arterial Pulse
Dicrotic Notch
🔥 Thermal Gradient & Core Inference
CIRCUIT-BREAKER: NORMAL
DUAL-NTC FLUX vs AMBIENT GRADIENT
Estimated Core
Skin NTC
Ambient Temp
🔄 6-Axis Motion Gate (MPU6050 Accelerometer & Gyro)
MOTION: MODERATE
VECTOR MAGNITUDE & ROTATIONAL RATE
Total G-Vector
Kinetic Variance
🤖 Edge AI Decision Matrix & Biological Circuit-Breaker
ESP32-S3 TF-Lite Micro
Mode 1: Slow-Onset Hazards
MONITORING
Tracks the thermodynamic threshold of autonomic failure. If (T_core > 38.8°C AND HR > 130) or Heat Index > 54°C, triggers physical rest mandate to stop hyperthermic shock.
Status: Physiological stability maintained.
Mode 2: Sudden Disasters & START
STANDBY
Autonomous transition. Evaluates Simple Triage and Rapid Treatment (START):
Respiratory > 30, Perfusion (SpO2 < 85%), Inactivity / Unresponsiveness via IMU stillness (>30s).
Triage Color: NONE (Standard Operational Mode)
🎛️ Sensor Matrix Controls
🚁 NDRF Drone BLE Scanner
SEARCH PATTERN: GRID
▲
Drone Alt: 45m AGL
BLE RSSI: -64 dBm
Flare Rate: 50 Hz
📡 Digital Flare Beacon Telemetry
BROADCAST: STANDBY
[00:00:01] SYSNOM-1 BLE Initialized (ESP32-S3 NimBLE)
[00:00:02] Standby low-power telemetry advertisement