SensFish Marine Restoration Monitoring and Environmental Intelligence Platform

Artificial reef restoration is growing rapidly across European waters, but the tools to measure whether these investments are actually working have not kept pace. Reef performance is typically judged from dive surveys that arrive months apart, cost a small fortune to schedule, and produce snapshots that miss the continuous environmental dynamics that determine whether a reef thrives or fails.

At the same time, fisheries compliance teams operate from entirely separate tooling. Vessel activity is tracked in one system, marine protected area boundaries in another, and biodiversity data in a third. There is no shared platform that connects reef health evidence with vessel pressure data.

To address this challenge, SensFish Ltd, a UK marine intelligence SME, is developing proprietary environmental intelligence software for fisheries, coastal ecosystems, and marine restoration applications.

In this project, SensFish led the planning and development of a scalable restoration intelligence platform integrating environmental data, vessel activity visibility, biodiversity information, and geospatial analytics within a unified operational interface.

Working alongside the SensFish internal technical and environmental intelligence team, Wozify contributed to selected engineering and implementation components of the wider SensFish platform, including geospatial interface development, dashboard functionality, environmental and vessel activity data integration, and operational reporting workflows.

The project aimed to support more integrated and operationally accessible environmental visibility for marine restoration stakeholders based in Denmark, enabling improved monitoring, environmental reporting, ecosystem assessment, and vessel activity awareness across complex coastal and offshore environments.

The resulting SensFish platform enables users to access integrated environmental observations, operational trend visibility, vessel activity awareness, site-level monitoring outputs, and reporting tools through a unified operational interface designed for restoration assessment, environmental reporting, and stakeholder communication.

Particular focus was placed on improving environmental visibility and operational accessibility across dynamic marine environments where monitoring conditions, environmental variability, and data availability can vary significantly. The platform integrates multiple environmental data layers, vessel activity datasets, and confidence-aware processing workflows to maintain transparency in how observations and outputs are presented.

Wozify's engineering contribution combined deep expertise in geospatial systems, data engineering, and full-stack platform development. The team built the dashboard's interactive mapping layer for reef sites, vessel tracks, and protected area boundaries; developed data integration workflows across environmental measurements, vessel tracking sources, and biodiversity records; and implemented the spatial engineering required to process vessel positions against global protected area datasets at operational scale.

The SensFish platform also supports forward-looking environmental monitoring capabilities and automated reporting workflows designed to assist restoration stakeholders, environmental programmes, marine management teams, and long-term monitoring activities.

Wozify supported the continued expansion of SensFish Ltd's coastal habitat intelligence capabilities, delivering a clean, intuitive, and smooth user interface and experience tailored to the workflows of restoration stakeholders and analyst teams. This engagement also supported SensFish Ltd's marine restoration and environmental intelligence platform, enabling stakeholders, environmental teams, and marine management organisations to access more integrated environmental and operational visibility through a unified geospatial monitoring environment.

Together with the SensFish internal intelligence team, Wozify contributed selected engineering and platform development components supporting geospatial monitoring, environmental and operational data integration, dashboard functionality, and reporting workflows within the wider SensFish platform.

The resulting technological layer supports integrated environmental observations, vessel activity visibility, monitoring outputs, and reporting workflows designed to assist restoration assessment, stakeholder communication, environmental reporting, and operational marine monitoring activities across complex coastal and offshore environments.

The project also contributed to the development of scalable technical workflows for integrating environmental monitoring, biodiversity information, and vessel activity data within marine restoration and environmental management applications, supporting future long-term ecosystem monitoring, restoration initiatives and stakeholder reporting use cases.