Streamlining Fisheries Data Collection with ORCA: An App Built for At-Sea Conditions

A tablet based data collection app can improve fisheries observer programs by replacing paper forms with structured digital workflows that are faster, more consistent, and easier to connect to reporting systems. For observers working at sea, the right app reduces paperwork friction while helping protect the quality of scientific data. 

In Resource Data’s case study, the West Coast Region Observer Program and Resource Data worked together to develop the Onboard Record Collection App (ORCA) for NOAA Fisheries trained observers on fishing vessels. ORCA moved data collection for fishing activity, bycatch, marine sightings, and biological sampling from paper forms to rugged tablet workflows built for at-sea conditions. 

Observers can spend less effort managing forms and more time collecting accurate information needed for fisheries sustainability, stock assessments, and ecosystem management. 

Digital data collection is important for fisheries sustainability because management decisions depend on complete, accurate, and timely field data. When observers record fishing activity, target and non-target catch, protected species interactions, and biological samples, even small errors or delays can affect reporting and analysis. 

Resource Data’s ORCA case study shows how paper forms create risk in harsh at sea environments. Observers had only seconds to record interactions, worked with waterproof forms in high winds and rolling seas, and later had to deliver forms to the program office for manual data entry. ORCA shortened the path between data entry and the database.
 
The business and operational impact is stronger in data integrity. By reducing manual transcription, lost forms, and inconsistent entries, ORCA helps NOAA Fisheries record more reliable information for reporting, science, and sustainable fisheries management. 

Digital tools save time by reducing the number of manual steps between field observation, form completion, quality control, and reporting. When observers can enter data directly into a structured app, program staff spend less time interpreting paper records and reentering information after a trip. 

In this case study, ORCA replaced manual, error prone processes with tablet based data collection and a corresponding reporting system. NOAA Fisheries noted that observers could spend more time on biological sampling instead of worrying about soaked or windblown forms, and the app made it easier to consolidate data for reporting. 

The operational impact is faster collection and reporting. Observers, vessel crews, and NOAA Fisheries staff benefit from less paperwork, fewer quality control slips, and more efficient movement of data from the vessel to program systems. 

A data collection app is usable in harsh marine conditions when it accounts for weather, motion, glare, gloves, limited time, and offline operation. At sea, a normal office style form can be too slow or fragile; observers need large touch targets, clear display modes, simple navigation, and workflows that match the pace of deck activity. 

In Resource Data’s case study, ORCA was designed with a tile like interface, adjustable brightness, display modes such as dark mode, and touch friendly navigation. Observers were involved in development, so the app could stand up to stringent at-sea requirements and support quick data entry, even in difficult weather. 

Outcomes include fewer entry mistakes and better field usability. A design built for the marine environment helps observers capture accurate information when they have only seconds to record an interaction. 

Touch oriented tiles improve observer data entry by making forms easier to navigate quickly on a rugged tablet, especially when users are moving, wearing gloves, or working in wet conditions. Large visual controls reduce the need for precise typing and help observers shift between data fields more efficiently. 

This case study describes large, accessible tiles with images and text that help observers navigate multiple forms and capture data quickly. The interface was built around real observer workflows rather than simply digitizing paper forms. 

Observers can focus on the biological event or fishing activity in front of them instead of fighting with small controls or shuffled paper forms. 

Offline operation matters because observers on fishing vessels cannot rely on constant internet access. A fisheries data collection app needs to preload trip information, let observers record new observations without connectivity, and synchronize the data when a connection becomes available. 

In Resource Data’s case study, ORCA preloads trip data (including data from previous trips) so that information is available offline. New data collection synchronizes when internet access becomes available, allowing observers to keep working in real at-sea conditions. 

This app’s functionality improves continuity and data protection. Observers do not have to pause data collection because a vessel is offline, and the program can still move data into reporting workflows once connectivity returns. 

GPS and camera features improve data quality by linking observations to more precise location and visual evidence when the data is collected. That reduces the need for separate devices and helps connect each observation to the right form, place, and biological context. 

The ORCA case study highlights GPS functionality, automatic time stamping, and built in camera integration. ORCA uses the GPS receiver in rugged, waterproof tablets to connect location information with fisheries data while offline and built in cameras let observers attach images to the correct observation for later review and identification. 

Location, time, and image context help improve species identification, reporting accuracy, and the scientific value of observer data. 

User centered design improves public sector scientific software by making sure the tool works in the real environment where data is collected, not just in an office or development setting. For field programs, the software must reflect user constraints, mission requirements, and the consequences of inaccurate data. 

In this case study, observers were involved in the development process so the app could meet the requirements of at-sea data collection. Resource Data’s approach focused on usability, reliability, and efficiency for NOAA Fisheries trained observers collecting sensitive scientific and monitoring data. 

This approach improved app adoption and lowered risk. When software is built around real field conditions, users are more likely to trust it, use it correctly, and produce consistent data for program reporting. 

Shortening the path between data entry and the database improves data quality by reducing transcription steps, delays, and opportunities for quality control errors. Every manual handoff from paper to office processing creates a chance for lost, incomplete, or misread information. 

In the ORCA case study, NOAA Fisheries ORCA project co-lead Jody Van Niekerk explained that the shorter the path between the data entry method and the database, the less likely the program is to end up with inaccurate or bad data. ORCA replaced paper forms and manual entry with direct digital collection and synchronization.
 
Data can move from observer entry to program systems with less manual handling, which supports faster consolidation and stronger fisheries for data integrity. 

Agencies replacing paper field forms with an app should consider field conditions, user workflow, offline access, and device durability. They should also have data validation, reporting needs, and how the app will connect to existing databases in mind. A successful replacement should simplify the work instead of recreating paper forms on a screen. 

This case study shows several of these considerations in practice. ORCA was built for rugged waterproof tablets, with touch friendly tiles, adaptable display modes, smart form inputs, prefilled trip data, GPS, camera integration, offline operation, and automated synchronization. 

The business impact is a smoother transition from paper to digital operations. Agencies can reduce errors and save time while giving field staff a tool that fits the physical realities of their work. 

One field data collection app can scale across multiple fisheries programs when it has a flexible design, shared core workflows, and enough configurability to support different program requirements. Scalability depends on building a reusable foundation rather than a single purpose tool that only fits one fisheries organization. 

In Resource Data’s case study, ORCA’s success with the West Coast Region Observer Program (WCROP) led Resource Data to design and implement a version for the Pacific Islands Regional Observer Program (PIROP) for pelagic longline fisheries. The case study states that WCROP and PIROP share the ORCA application, and future work focuses on merging versions into a single code base. 

A shared, adaptable application can support multiple fisheries and agencies, reduce duplicated development effort, and help set a stronger standard for marine data collection.