Track MBW and growth direction
Sampling records help teams understand whether shrimp are growing as expected. Shrimply keeps MBW and related growth history organized by pond and cycle.
Shrimply helps farms track growth sampling records, MBW, mortality, feed observations, biomass, population, ADG, and FCR indicators without treating sampling as an inventory deduction.
Real-time tools designed specifically for intensive and semi-intensive vannamei farm operations.
Sampling records help teams understand whether shrimp are growing as expected. Shrimply keeps MBW and related growth history organized by pond and cycle.
Reliable sampling improves biomass estimates, feed planning, harvest timing, and financial projections. Missing or weak data becomes easier to identify.
Farm data can be fragmented. Shrimply uses defensive calculations and practical fallbacks so reports stay useful without pretending missing records are perfect.
Sampling quality affects biomass estimates, feed planning, and harvest timing, so Shrimply keeps data quality visible when calculations depend on limited records.
Sampling is more useful when reviewed with recent feed response and water quality movement instead of being treated as an isolated number.
Orson connects your daily growth sampling records with water quality history, feeding trends, and sampling records to explain performance across every pond.
Explore Orson AIGrowth trajectory on track for 85-day market target. Pond carrying capacity within safe limits.
Practical answers for shrimp farm operators and production managers.
No. Sampling feed amount is used for biological context, FCR, and projections. Actual feed inventory is deducted only through feeding activity.
MBW, mortality, feed observation, population, biomass, ADG, and FCR context help managers understand growth direction and harvest readiness.
Shrimply uses defensive calculation logic and practical fallbacks so reports can remain useful while still making missing or weak data visible.
Run your pond cycles with cleaner data, better feed conversion, and tighter operating control.
Shrimply connects biological observations, inventory, water quality, and finance into one ecosystem.
See the mobile and web app context for DOC, MBW, ADG, FCR, and pond records.
Explore solution →Review how sampling supports pond performance, reports, finance, and harvest planning.
Explore solution →Keep actual feed stock movement separate from sampling feed observations.
Explore solution →Compare sampling outcomes with recent water quality trends and pond stress signals.
Explore solution →Read how sampling, feed, mortality, and harvest records explain cycle performance.
Explore solution →Use growth records to plan stocking, feeding, projections, and harvest timing.
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