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Sensor Diagnostics

Auto-detects sensor problems and gives direct solutions.

Automatic Sensor Detection

● Waiting for ESP32 Data...

7

Detected Issues

22.8%

Performance Rate

High Yellow Risk

Leaf Color Level

Normal

Live Health

Main Problem

Detected: Soil Moisture: Soil is too dry. | Soil Temperature: Soil temperature is low. | Soil pH: Soil is too acidic. | EC: Soil fertility strength is low. | Nitrogen: Nitrogen is very low.

Solution: Soil Moisture: Run irrigation, verify pump flow, and check root-zone moisture again. | Soil Temperature: Protect from cold conditions and keep the root zone warmer. | Soil pH: Correct the pH gradually and verify soil chemistry before treatment. | EC: Use balanced nutrition and check whether fertilizer level is too low. | Nitrogen: Apply nitrogen in a controlled way and monitor green recovery.

Yellow Analysis: Low moisture can cause yellow and weak leaves. | Low pH can lock nutrients and cause yellow leaves. | Low EC may indicate weak nutrient supply.

How To Improve Plant Better

Keep irrigation automatic when moisture drops below the safe range.
Avoid cold shock around the root zone.
Check pH trend regularly instead of making large one-time changes.
Keep nutrition balanced, not too weak and not overloaded.
Track nitrogen regularly because it strongly affects leaf color.
Support root growth with balanced phosphorus management.
Maintain potassium to support stress tolerance and stronger plant structure.

Soil Moisture

Status: Low

Current: 0.0%

Ideal: 30% - 75%

Problem: Soil is too dry.

Lack / Condition: Water deficiency around roots.

Solution: Run irrigation, verify pump flow, and check root-zone moisture again.

Soil Temperature

Status: Low

Current: 0.0C

Ideal: 18C - 35C

Problem: Soil temperature is low.

Lack / Condition: Slow root activity and slower nutrient uptake.

Solution: Protect from cold conditions and keep the root zone warmer.

Soil pH

Status: Low

Current: 0.0

Ideal: 5.5 - 7.5

Problem: Soil is too acidic.

Lack / Condition: Nutrient availability can become unbalanced.

Solution: Correct the pH gradually and verify soil chemistry before treatment.

EC

Status: Low

Current: 0

Ideal: 400 - 2500

Problem: Soil fertility strength is low.

Lack / Condition: Weak dissolved nutrient concentration.

Solution: Use balanced nutrition and check whether fertilizer level is too low.

Nitrogen

Status: Low

Current: 0

Ideal: 40 or above preferred

Problem: Nitrogen is very low.

Lack / Condition: Leaf greenness is weak and growth may slow.

Solution: Apply nitrogen in a controlled way and monitor green recovery.

Phosphorus

Status: Low

Current: 0

Ideal: 20 or above preferred

Problem: Phosphorus is very low.

Lack / Condition: Root support and energy transfer may weaken.

Solution: Use phosphorus in a balanced fertilizer plan.

Potassium

Status: Low

Current: 0

Ideal: 80 or above preferred

Problem: Potassium is very low.

Lack / Condition: Stress tolerance and plant balance may drop.

Solution: Apply potassium in a balanced feeding plan and observe recovery.

Salinity

Status: Good

Current: 0

Ideal: Below 2500 safer

Problem: Salinity is in the safer range.

Lack / Condition: No salt excess detected.

Solution: Maintain clean irrigation balance.

Pump

Status: Good

Current: OFF

Ideal: Condition based

Problem: Pump state is acceptable.

Lack / Condition: No pump misuse detected.

Solution: Keep rule-based control.

Fan

Status: Good

Current: 0

Ideal: Condition based

Problem: Fan behavior is acceptable.

Lack / Condition: No fan issue detected.

Solution: Keep airflow support available.