Collect. Annotate. Validate. Build Better AI

Marine and Maritime Data Annotation

Maritime models fail on glare, waves, blurred underwater images, and sparse sensor returns. We annotate camera, sonar, radar, and LiDAR data through a multi-stage QA process, so your model trains on labels it can trust.

  • 13+Years of annotation expertise
  • 20+Industries served
  • 97%+Quality benchmark
  • 24x7x365Secure operations
Introduction

Maritime AI Data Services: Reliable Data Collection, Annotation & QA

The standard we hold
The accuracy of your labels is the accuracy of your AI model, and our process is built around that.
  1. 01The challenge

    The sea is a difficult place to collect clean data. Surface glare hides vessels, underwater images are blurred, and sonar and radar return shapes that look nothing like camera views. Marine species and algae vary widely and are hard to tell apart.

  2. 02The impact

    Labeling errors become missed vessels, unreliable collision alerts, and species counts that cannot be used for research.

  3. 03Our approach

    We have annotated very blurred underwater images, marine life, and algae using polygons at scale for a US client. Annotators are trained on your classes before production begins, and every batch passes internal and external quality checks.

Capabilities

Marine & Maritime Annotation Services

  • Vessel Detection, Classification and Tracking

    Our object detection annotation and 2D bounding box annotation label ships, boats, tankers, and ferries in camera, aerial, and satellite imagery, then track each vessel across frames. This human-annotated data trains models to classify vessel types and follow movement through busy waterways.

  • Autonomous Surface Vessel (USV) Perception and Navigation

    We provide 3D data annotation and annotation for machine learning across LiDAR point cloud, radar, sonar, thermal, and camera data, with labels aligned across sensors. These sensor fusion labels train perception models for obstacle avoidance on autonomous and unmanned ships.

  • Port and Terminal Automation

    Our image annotation services label containers, container ID codes, and terminal scenes, with OCR transcription for recognition models. Accurate object detection annotation supports gate, yard and quay automation.

  • Port Infrastructure, Equipment and Coastal Infrastructure Annotation

    We use bounding box annotation and polygons to label cranes, trucks, cargo zones, lanes, buoys, docks, and coastal structures. These labels give mapping and monitoring models a clear record of port and shoreline assets.

  • Underwater, Fisheries and Marine Species Detection and Counting

    Our video annotation services label fish and other marine species in underwater footage, including blurred and low-visibility frames, so models can detect and count them. This human-annotated data supports fisheries monitoring and marine research.

  • Coral Reef, Algae and Benthic Habitat Annotation

    Annotators outline coral, algae, and seabed habitats with polygons and apply the labels your researchers specify. These semantic segmentation services help models track habitat extent and change across lakes, reefs, and ocean floors.

  • LiDAR and Point Cloud Semantic Segmentation for Maritime Navigation and Harbor Mapping

    Our 3D data annotation separates shore, piers, vessels, and open water in LiDAR point clouds, classifying each point by type. These labels train navigation and harbor mapping models to read complex coastal scenes.

  • Sonar and Acoustic Data Annotation and Underwater Object Detection

    We annotate sonar and acoustic imagery by marking targets, classifying objects, and labeling range and angle where needed. This AI annotation supports underwater object detection where cameras cannot see.

  • Maritime Radar Data Annotation for Collision Avoidance

    Annotators label vessels, buoys, land, and clutter in radar data, and track targets across scans. These labels train models that detect risks and support collision avoidance at sea.

  • Dark Vessel, Smuggling and Illegal, Unreported and Unregulated (IUU) Fishing Detection

    We annotate SAR and optical satellite imagery, and align labels with AIS records, to mark vessels that are not broadcasting or behaving as expected. This data annotation for AI supports models that flag suspicious activity and illegal fishing.

  • Hull and Vessel Damage Inspection Annotation

    Our image annotation services use polygons to outline hull surfaces and mark corrosion, dents, cracks, and coating loss. These labels help inspection models assess vessel condition and prioritize repairs.

Our Toolkit

Data Annotation Capabilities

  • 3D Point Cloud Annotation & Segmentation
  • Semantic, Instance, and Panoptic Segmentation
  • 2D and 3D Bounding Boxes
  • Keypoint Annotation
  • Landmark Annotation
  • Polygon Annotation
  • Polyline Annotation
  • Image Classification & Tagging
  • Video Tracking & Tagging
  • Question and Answer
  • OCR
  • Image formatsJPEG, PNG, TIFF, BMP, EXR, RAW, GeoTIFF, JP2
  • Video formatsMP4, AVI, MOV, MKV
  • Point cloud / 3DPCD, PLY, LAS, LAZ
  • Medical formatsDICOM, NIfTI, EDF, BDF, WFDB
  • Geospatial / Remote sensingGeoTIFF, NITF, CEOS, SAFE, ENVI, NetCDF
  • Robotics / MiddlewareROS Bag, MCAP
  • Structured dataCSV, JSON, JSONL, XML, TXT, Parquet
  • Audio formatsWAV, FLAC, MP3, AAC
  • AutomotiveDBC, ASC, BLF, MDF
  • Scientific / BinaryHDF5, MAT, TDMS, BIN
  • SonarXTF, JSF, S7K
  • Motion CaptureC3D, BVH, FBX
  • MicroscopyCZI, NDPI, SVS
  • NavigationNMEA, GPX
  • Messaging / StreamingMQTT
  • NeuromorphicAEDAT
  • EEGSET

Need training data collected for your industry?

Explore our data collection services.

Explore Data Collection
Best Practices

Why Leading AI Teams Choose Qualitas Global.

  1. Speed and Accuracy

    Domain-trained expert annotators and daily throughput tracking against SLA targets.

  2. Trustworthy Output

    A rigorous multi-level quality assurance process that ensures a 97%+ quality benchmark, validated on every project.

  3. Rapid Scale-Up

    A risk-free 2-day pilot before full production, and team deployment within 24 business hours of sign-off. You see our work before you commit to volume.

  4. Customised Workflow

    Every engagement is tailored to your goals, with annotation guidelines, QA, and delivery cadence adapted to your project.

  5. Lower Total Cost

    Pay-per-verified-productive-hour billing. You are not paying for our learning curve or mistakes, our internal rework, or idle bench time.

  6. Data Security

    ISO/IEC 27001:2022, ISO 9001:2015, TISAX Level 3, HIPAA, and GDPR compliance. Biometric access, 24*7 CCTV monitoring, and policies and procedures that prohibit cameras and unauthorised storage devices on the floor.

SECURITY & COMPLIANCE

Certified to Handle Your
Most Sensitive Data

100% in-house delivery. No outsourcing, no work-from-home access to client data, no exceptions.

ISO/IEC 27001:2022
ISO/IEC 27001:2022
ISO 9001:2015
ISO 9001:2015
TISAX Level 3
TISAX Level 3
ISO/IEC 30107-1:2016
ISO/IEC 30107-1:2016
GDPR
GDPR
HIPAA
HIPAA
Got Questions?

FAQs

Still curious?Ask our team directly
  • Maritime image annotation is the structured labeling of data so a machine-learning or analytics system can learn from examples or be evaluated against defined criteria. For marine & maritime, the work begins with a written label taxonomy, clear inclusion and exclusion rules, and representative sample data. The exact scope depends on the model objective and the client's acceptance criteria.

  • Depending on the approved scope, marine & maritime projects may involve vessels, port scenes, marine equipment, visible objects, video events, and other imagery-based categories specified by the project. The team should define each label, the unit being annotated, how to treat uncertain cases, and whether the task is frame-level, object-level, document-level, or text-level. These examples describe possible project requirements, not a guarantee that every modality or use case is currently offered.

  • Output formats and tooling should be confirmed during discovery rather than assumed from a general industry page. The project brief should specify the required schema, field names, class IDs, metadata, export structure, and any client platform access. Qualitas Global should confirm compatibility with the requested tools before the pilot begins; no specific format or third-party platform is promised here.

  • A quality plan should define the annotation guideline, reviewer responsibilities, sampling or review coverage, error categories, escalation rules, and acceptance criteria before production. Multi-level quality checks are a stated part of the intended service approach, but the exact workflow and quality SLA need internal confirmation. Disagreements should be documented, corrected, and reflected in updated guidance where the same issue could recur.

  • Data access, storage, transfer, retention, deletion, and physical work arrangements should be agreed before any sensitive files are shared. The project owner should confirm the applicable security controls and whether any certification or regulatory commitment applies to the specific engagement. Do not assume a particular ISO standard, HIPAA status, GDPR status, or other certification without current internal evidence.

  • Pricing should be scoped around the task definition, data complexity, annotation guideline, expected review effort, language or domain requirements, and the delivery arrangement. The stated commercial model is based on productive hours, with scope and acceptance criteria agreed in advance. A quote should clarify what counts as productive work, how rework is treated, and which activities are included, without relying on an unverified public price.

  • Yes, the recommended first step is to discuss a representative sample and agree on a pilot scope before committing a larger dataset. The pilot can test the label definitions, edge-case handling, reviewer workflow, output structure, and acceptance criteria. Start dates, sample size, turnaround, staffing, and scale-up capacity should be confirmed by the project team after reviewing the data and requirements.

  • Common challenges include Weather and sea-state variation, glare, distant or partly occluded vessels, night imagery, and visually similar vessel classes. A clear guideline should show positive and negative examples, explain ambiguous cases, and define when annotators should escalate rather than guess. To get started, share the intended model or business use, data types, approximate volume, required outputs, security constraints, and a sample if permitted. Qualitas Global can then confirm fit and propose a pilot.

Model-generated labels still need human verification.

We audit, correct and validate auto-annotated aerial data against your guidelines before it reaches your training pipeline.

Get Your Sample Batch Validated
LET'S GET STARTED

Data, Collected &Annotated.Teams, Deployed.Ready When You Are.

Whether you need precisely annotated training data, real-world data collection, a dedicated in-house team, or other staffing solutions, Qualitas Global delivers all three under one roof. Backed by over a decade of experience, we back every engagement with a risk-free 2-day pilot before you commit.

Powering AI Innovation. Delivering Model-Ready Data. Enabling Global Business.