About
iCatch is a revolutionary species identification platform that merges AI-powered computer vision with precision genomics to eliminate guesswork in fish and seafood identification. Developed with funding from Oceankind and the National Science Foundation's Convergence Accelerator program, it is purpose-built for use at the dock, on the water, and throughout the supply chain. Using iCatch is simple: users photograph the specimen and, when needed, perform a rapid genomic test to confirm results in under 30 minutes. The AI component delivers identification in seconds, making it one of the fastest and most accessible tools available. It works on whole fish as well as fish products such as fins and fillets — making it useful across multiple stages of the seafood supply chain. The platform requires no specialized training or scientific background, democratizing species verification for anyone from field enforcement officers to market inspectors. By accurately identifying species, iCatch directly addresses seafood mislabeling and substitution — a widespread problem where popular species like Red Snapper are routinely replaced with cheaper alternatives like Tilapia or Pacific Ocean perch. iCatch is more cost-effective than traditional genomic testing methods and is designed to scale globally. It supports sustainability initiatives by enabling better enforcement of fishing regulations and reducing illegal, unreported, and unregulated (IUU) fishing. The tool is ideal for fisheries agencies, seafood companies, regulators, and conservation organizations.
Key Features
- AI-Powered Photo Identification: Users simply photograph a fish or seafood product and the AI delivers species identification in seconds — no expertise required.
- Rapid Genomic Confirmation: When greater certainty is needed, a rapid genomic test confirms species identification in under 30 minutes, combining biological precision with field accessibility.
- Works on Whole Fish and Fish Products: iCatch can identify species from whole fish as well as fins and fillets, making it applicable across every stage of the seafood supply chain.
- No Training Required: The platform is designed for non-specialists. Enforcement officers, market inspectors, and supply chain managers can use it with zero prior scientific knowledge.
- Scalable Field-Ready Technology: Built for real-world environments — at the dock, on vessels, or in processing facilities — iCatch scales to meet the demands of large fisheries operations.
Use Cases
- Fisheries enforcement officers using iCatch dockside to verify the species of catches and detect illegal or unreported fishing activity.
- Seafood supply chain managers scanning incoming fish products to confirm correct species labeling and prevent mislabeling or fraud before distribution.
- Marine conservation organizations monitoring fish markets and supply chains to collect species data and support sustainable fisheries research.
- Regulatory agencies deploying iCatch inspectors in ports and processing facilities to enforce species-specific fishing quotas and trade regulations.
- Seafood importers and exporters using iCatch to verify product authenticity and comply with international seafood traceability and labeling requirements.
Pros
- Extremely Easy to Use: No specialized training or scientific background is needed, making accurate species ID accessible to a wide range of professionals in the field.
- Fast and Cost-Effective: Combines AI speed (seconds) with affordable genomic confirmation (under 30 minutes), outperforming traditional DNA testing methods in both cost and turnaround time.
- Addresses a Major Global Problem: Directly targets IUU fishing and seafood fraud — a $36B+ annual problem — providing real-world impact for sustainability and food safety.
- Backed by Credible Science Funders: Supported by the National Science Foundation and Oceankind, giving it strong scientific credibility in the fisheries and conservation space.
Cons
- Requires Physical Genomic Test Kit: Full species confirmation requires a genomic test, which adds a physical supply chain dependency and may not be practical in every remote field situation.
- Non-Transparent Pricing: There is no publicly listed pricing; potential customers must contact the team, which may slow adoption for smaller organizations or individual buyers.
- Highly Niche Use Case: The tool is specifically built for fish and seafood identification, limiting its applicability outside the fisheries, food safety, and marine conservation sectors.
Frequently Asked Questions
What types of specimens can iCatch identify?
iCatch works with whole fish as well as fish products including fins and fillets, making it useful at multiple stages of the seafood supply chain.
How long does species identification take?
The AI-powered photo identification delivers results in seconds. If a genomic confirmation is needed, the rapid test provides results in under 30 minutes.
Do I need scientific training to use iCatch?
No. iCatch is designed to be used by anyone — including enforcement officers, fisheries managers, and supply chain staff — without specialized knowledge or training.
How does iCatch help prevent seafood fraud?
By providing accurate, field-ready species identification, iCatch allows authorities and businesses to detect mislabeling and substitution of fish species, which is a widespread problem in global seafood supply chains.
How is iCatch funded and who supports it?
iCatch has been funded by Oceankind and the National Science Foundation's Convergence Accelerator program, and is supported by the Seaworthy Collective Ocean Enterprise Studio and Inncubator.
