Turn checks into trends
Single readings are useful, but trend direction matters. Shrimply keeps water quality history available so teams can review movement across recent records.
Water Quality Monitoring
Shrimp pond water quality monitoring
for cleaner daily risk visibility.
Shrimply helps farms record and review water quality trends so pond teams can connect DO, pH, temperature, salinity, alkalinity, ammonia, and other readings to farm decisions.
✓ Live Firestore sync✓ Multi-pond overview✓ Offline Android logging
Pond B2 • Continuous LogsSensor & Lab Checked
Morning DO5.4mg/L (target >4.0)
Diurnal pH7.98.2 afternoon (Δ 0.3)
Alkalinity138mg/L CaCO₃ buffer
Toxic NH₃0.02mg/L (safe range)
Temp 29.2°C • Salinity 18 pptLast reading: 25m ago
Orson IntelligenceDissolved oxygen stability confirmed across 5-day cycle trend. Zero hypoxia warning flags.
Farm-Proven Architecture
✓ Live Field Logs
✓ Offline Mobile Sync
✓ Role-Based Permissions
✓ Multi-Pond Analytics
CORE CAPABILITIES
Engineered for Precision.
Built for Farm Teams.
Real-time tools designed specifically for intensive and semi-intensive vannamei farm operations.
Connect water quality to growth
When new sampling records are created, water quality history helps explain growth variation, appetite changes, stress, or unexpected pond performance.
Support faster response
Clean water quality records make it easier to see which ponds need attention, which conditions are stable, and where a biological warning may be emerging.
Review recent history, not one isolated reading
Shrimply keeps recent water quality history close to the pond record so managers can see whether a reading is a one-off issue or part of a trend.
Give Orson stronger context
Water quality history improves AI pond analysis because growth, appetite, and risk signals make more sense when recent environmental movement is available.
AQUACULTURE INTELLIGENCE
Context before action.
Powered by Orson AI.
Orson connects your daily water quality monitoring records with water quality history, feeding trends, and sampling records to explain performance across every pond.
Explore Orson AI✓ Multi-day look-back analysis prevents knee-jerk feeding & treatment errors
OrsonAssistant • Real-Time Correlation
Live Farm PromptHow is water quality monitoring trending in Pond A1?
Dissolved oxygen stability confirmed across 5-day cycle trend. Zero hypoxia warning flags.
Pre-dawn DO5.1 → 5.4 mg/L
Diurnal pH7.9 → 8.2 pH
Verified biological intelligence for farm decisions
OPERATIONAL CHECKLIST
What this software helps your farm control
- Record DO, pH, temperature, salinity, alkalinity, ammonia, and other farm-specific readings consistently.
- Review trend direction across recent records before deciding a pond is stable.
- Compare water quality movement with MBW, ADG, appetite, and mortality.
- Flag ponds with repeated abnormal readings for faster manager review.
- Use water quality history when explaining growth changes between samplings.
QUESTIONS & ANSWERS
Frequently Asked Questions
About Water Quality Monitoring
Practical answers for shrimp farm operators and production managers.
Why track water quality trends instead of only today's reading?
A single reading can be useful, but trend direction shows whether the pond is improving, worsening, or repeatedly crossing a risk threshold.
How does water quality connect to sampling results?
When a new sampling is created, recent water quality history helps explain growth variation, appetite changes, stress, or abnormal pond performance.
Can Shrimply help compare risk across ponds?
Yes. Keeping water quality records organized by pond and cycle helps teams review which ponds are stable and which need faster operational attention.
EVERY CYCLE STARTS WITH A CLEARER VIEW
Your next harvest.
Your bigger picture.
Run your pond cycles with cleaner data, better feed conversion, and tighter operating control.
Start for freeMobile in the field. Web in the office.
CONNECTED WORKFLOWS
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Use water quality history to explain growth variation between sampling records.
Explore solution →Vannamei water quality parameters
Practical target ranges, warning signs, and the pond context that changes risk.
Explore solution →Water quality trends guide
Read the resource on reviewing DO, pH, salinity, ammonia, and trend direction.
Explore solution →Disease alert guide
Learn how alerts become more useful when connected to pond records.
Explore solution →Orson AI for pond intelligence
See how recent water quality history improves AI context for pond analysis.
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