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IN THE FIELD GUIDE

sinay

sinay.ai

Sinay provides an end-to-end marine environment monitoring platform that consolidates data from multiple sources to ensure compliance with environmental regulations for offshore construction projects. It offers real-time data collection, AI-powered analysis, and permit-compliant reporting to support every phase of marine and offshore projects.

THE PRODUCT, BEYOND THE PITCH

Editorially reviewed · Sources checked Sep 14, 2026

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A good fit for

  • Offshore construction contractors needing to manage field data collection, analysis, and compliance reports
  • Organizations requiring real-time situational awareness and environmental monitoring to guide decisions

Know the limitations

  • Manual data analysis and reporting can cause project delays

What you can do

  • Monitoring and ensuring compliance during offshore wind and construction projects
  • Fisheries monitoring to identify and mitigate disruptions to local fleets

Features

  • Vessel tracking
  • Metocean analytics combining satellite data, weather models, buoy networks, and user datasets for site-specific insights
  • Passive Acoustic Monitoring with noise propagation modeling and live acoustic analysis
  • AI-powered video analysis for fisheries monitoring identifying catch and bycatch
  • Real-time environmental and wildlife monitoring using cameras, buoys, and sensors with AI analysis

Integrations

Not confirmed yet.

Platforms & data export

Not confirmed yet.

THE COST FOR YOUR TEAM

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Published plan prices for your team size and usage. Results update as you type. Taxes, currency conversion and unlisted add-ons are excluded, and anything the source did not state is called out rather than guessed.

Known monthly subtotal

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A practical workflow

  1. Collect marine, wildlife, and acoustic data before construction to establish a baseline for ecosystem recovery tracking
  2. Use baseline and project data to model construction scenarios, predict impacts, and plan mitigation measures before work begins
  3. During construction, use live acoustic data to detect marine mammals and noise limit exceedances to avoid downtime

Based on the sources below. Editorial review does not imply hands-on product testing.

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What changed

1 recorded change · latest 9/14/2026

Changes to the facts recorded here, not a live scan of every vendor update. Save this tool to follow updates in your account.

  1. Updated: best for, features, limitations, summary, use cases, walkthrough

    See recorded changes
    bestFor

    Before: ["Offshore construction contractors needing to manage field data collection, analysis, and compliance reporting for marine environmental regulations.","Organizations seeking to improve efficiency and sustainability in maritime operations through AI-powered data analytics and real-time indicators."]

    After: ["Offshore construction contractors needing to manage field data collection, analysis, and compliance reports","Organizations requiring real-time situational awareness and environmental monitoring to guide decisions"]

    features

    Before: ["Passive Acoustic Monitoring with noise propagation modeling and live acoustic analysis to detect marine mammals and noise limit exceedances.","Environmental & Wildlife Monitoring using cameras, buoys, and sensors to monitor ocean and wildlife in real time with AI analysis and expert data enrichment.","Fisheries Monitoring with Remote Electronic Monitoring (REM) and AI-powered video analysis to identify catch and bycatch, supplemented by manual sampling and observation.","Weather Analytics combining satellite data, weather models, buoy networks, and user datasets to provide high-resolution, site-specific insights on wind, waves, currents, and tides.","Collision Risk Assessment analyzing vessel and fishing activity around wind farms and cables with real-time alerts and on-demand Fishery Liaison Officers to manage risks."]

    After: ["Vessel tracking","Metocean analytics combining satellite data, weather models, buoy networks, and user datasets for site-specific insights","Passive Acoustic Monitoring with noise propagation modeling and live acoustic analysis","AI-powered video analysis for fisheries monitoring identifying catch and bycatch","Real-time environmental and wildlife monitoring using cameras, buoys, and sensors with AI analysis"]

    limitations

    Before: []

    After: ["Manual data analysis and reporting can cause project delays"]

    summary

    Before: "Sinay provides an end-to-end marine environment monitoring platform that consolidates data from multiple sources to support offshore construction projects in meeting environmental regulations. It offers real-time data collection, AI-powered analysis, and permit-compliant reporting to manage environmental impact and operational risks."

    After: "Sinay provides an end-to-end marine environment monitoring platform that consolidates data from multiple sources to ensure compliance with environmental regulations for offshore construction projects. It offers real-time data collection, AI-powered analysis, and permit-compliant reporting to support every phase of marine and offshore projects."

    useCases

    Before: ["Monitoring and ensuring compliance with environmental regulations during offshore construction projects.","Providing real-time situational awareness and data-driven decision support for maritime operations and environmental monitoring."]

    After: ["Monitoring and ensuring compliance during offshore wind and construction projects","Fisheries monitoring to identify and mitigate disruptions to local fleets"]

    walkthrough

    Before: ["Before construction, collect baseline marine, wildlife, and acoustic data to establish environmental baselines and model construction scenarios to predict and mitigate impacts.","During construction, use live acoustic monitoring and AI analysis to detect marine mammals and noise issues, and monitor environmental parameters in real time to ensure compliance.","Use the Sinay Hub platform to access consolidated maritime data, visualize key indicators, and apply AI algorithms for improved sustainability and operational efficiency."]

    After: ["Collect marine, wildlife, and acoustic data before construction to establish a baseline for ecosystem recovery tracking","Use baseline and project data to model construction scenarios, predict impacts, and plan mitigation measures before work begins","During construction, use live acoustic data to detect marine mammals and noise limit exceedances to avoid downtime"]

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