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πŸ”¬ ANALYSING MEAT SAMPLE
β†’ Reading sensor values...
β†’ Feature engineering...
β†’ Random Forest inference...
β†’ CNN image analysis...
β†’ Generating report...
ESP32 Gateway ONLINE
πŸ“‘
Hardware Sensor Readings
Normal: 50–200 ppm (fresh) Β· 200–400 ppm (declining) Β· 400+ ppm (spoiled)
Fresh: 5.4–6.0 Β· Borderline: 6.0–6.8 Β· Spoiled: above 6.8
Safe refrigeration: 2–5Β°C Β· Danger zone begins above 8Β°C
60%
0% Dry50% Optimal100% Saturated
πŸ‘€
User Observations
🌿 Fresh / Neutral
😐 Slightly Off
πŸ˜• Sour
βš—οΈ Ammonia
🀒 Putrid
πŸ’€ Rotten
πŸ”΄ Bright Red
🩷 Pink
🟀 Brown
⬜ Grey
🟒 Green Spots
πŸ„ Visible Mold
πŸ“·
Click or drag & drop
JPG, PNG, WEBP Β· Max 5 MB
SCAN ID
DATE & TIME CHECKED
MEAT TYPE
QUALITY STATUS
β€”
β€”
FRESHNESS
SCORE / 100
πŸ“Š
Sensor Score Breakdown
πŸ€–
Model Confidence
πŸ”§ Hardware
πŸ“‹ Conditions
πŸ’‘ Recommendations
πŸ““ Colab Notebook
πŸ•‘ History
πŸ”§
Sensor Calibration & Hardware Status
SensorModel / ICRangeAccuracyLast CalibratedStatus
Microcontroller: ESP32-WROOM-32  |  Firmware: v3.2.1  |  Sampling interval: 25 seconds  |  Protocol: WiFi 802.11n / BLE 4.2  |  ADC resolution: 12-bit, 3.3V reference
πŸ“‹
Sample Conditions Summary
πŸ’‘
Recommendations & Action Plan
    πŸ““
    Google Colab Notebook β€” Complete Pipeline
    πŸ•‘
    Trial History Log
    No previous trials yet.
    In the print dialog, select "Save as PDF" to export a professional report.