AI-Powered Subsea Intelligence
Transform raw, legacy, or live bathymetric data into high-resolution, decision-ready seabed intelligence-faster, more accurate, and at scale.
Works with MBES, Side-Scan, and Sub-Bottom data. Exports to GIS, CAD, and API-based workflows.
Improved Effective Resolution
Increase usable seabed detail through AI-based reconstruction — without changing acquisition plans.
Autonomous Data Processing
Reduce manual processing and accelerate delivery across large survey areas.
Workflow-Compatible
Integrates into existing hydrographic, GIS, and engineering workflows.
Lower Operational Cost
Fewer re-surveys, less rework, and reduced QA/QC overhead.
Per Project
The HydroSight Platform
Transforming subsea data into actionable intelligence
What We Do
HydroSight is an AI powered subsea intelligence platform designed to transform bathymetric survey data into high-fidelity seabed models and analytical layers.
The platform autonomously processes raw, fragmented, or legacy datasets, enhancing effective resolution, reducing artifacts, and delivering consistent, decision-ready outputs.
HydroSight enables faster, more accurate marine planning, infrastructure assessment, and regulatory workflows without disrupting existing survey operations.
Autonomous Data Processing (ADP)
Automated cleaning, normalization, and alignment of bathymetric datasets.
AI Super-Resolution Reconstruction
Enhances effective seabed resolution and structural clarity beyond native survey grids.
Detection & Anomaly Cueing
Identification of seabed anomalies, assets, and object-like features for analyst review.
Scalable Processing at Scale
Parallel execution across large areas and multi-project environments.
GIS, CAD & API Outputs
Deliverables compatible with standard mapping, engineering, and planning tools.
Predictive Seabed Intelligence
Forecasting seabed change, risk evolution, and anomaly likelihood using historical and multi-source data.
Supported Inputs
- MBES bathymetry
- Backscatter data
- Side-scan sonar
- Sub-bottom profiler data
- LiDAR bathymetry
- Navigation and attitude data (when available)
Export Formats
- GeoTIFF & raster grids
- XYZ / point-based surfaces
- LAS / LAZ point clouds
- Mesh models (STL / OBJ)
- Shapefile vectors
- REST API endpoints
AI-Powered Processing Engine
State-of-the-art deep learning for subsea imaging
Ingest Survey Data
Raw, legacy, or live bathymetric datasets
Autonomous Processing
Cleaning, alignment & normalization
AI Super-Resolution
Higher-fidelity seabed models
Detection & Analysis
Anomalies & seabed features
Decision-Ready Outputs
GIS & engineering products
Deployment Options
- Cloud Processing: Scalable GPU clusters for batch processing
- On-Premise: Deploy within your secure environment
- Hybrid: Process locally, enhance in the cloud
Security & Data Ownership
- Client retains full ownership of all data
- No customer data used for training without explicit approval
- Encryption in transit and at rest (deployment-dependent)
- Cloud, on-prem, and hybrid deployment options available
Industries We Serve
Powering subsea intelligence across multiple sectors
Energy & Gas
- Pipeline routing, integrity monitoring, and maintenance planning.
Ports & Dredging
- Volume estimation, dredging optimization, and navigation safety layers.
Subsea Infrastructure
- Cables, pipelines, and asset-centric seabed intelligence.
Defense & Security
- UXO and obstacle cueing within analyst-in-the-loop workflows.
See the Difference
Compare raw survey outputs with AI-enhanced seabed intelligence. Results vary by sensor, altitude, and seafloor type.
Request a Demo
Tell us about your project. We'll demonstrate HydroSight using a relevant dataset or pilot scenario.
Leadership Team
Marine robotics & autonomous systems background. Former naval officer overseeing underwater navigation programs.
Entrepreneur and strategist in dual-use defense and blue-tech ventures. Former special operations commander.
AI engineer specializing in spatial deep-learning and signal reconstruction.