NaviDepth / Survey & Monitoring
Vessels, survey payloads and data review
NaviDepth brings survey vessels, measurement payloads and data review together around your operating question. Explore a proposed configuration for seabed surveys and waterway monitoring, with pilot scope, delivery roles and acceptance criteria agreed for each project.
Why NaviDepth matters
Waterways connect people, infrastructure, livelihoods and nature. Yet many changes beneath and around the water remain invisible until they become costly disruption. NaviDepth exists to close that knowledge gap—making waterways easier to observe, change easier to understand and preventive action easier to take.
By turning repeatable surveys and connected environmental observations into practical evidence, NaviDepth supports safer navigation, preventive maintenance, climate-adaptation planning and healthier freshwater ecosystems.
Our ambition reaches beyond a vessel: build a dependable evidence layer that helps people protect infrastructure, ecosystems and development gains—using technology as a practical means, not an end.
These goals give the project a direction beyond one vessel or one location. They are a compass for the work—not a certification or endorsement.
NaviDepth’s proposed survey and monitoring approach relates to priorities highlighted in the UNDP Strategic Plan 2026–2029—especially crisis resilience, a healthy planet and digital and AI transformation. Repeatable, locally relevant observations can strengthen risk knowledge, climate-adaptation planning and the evidence for earlier action. Reliable evidence can also help authorities prioritise maintenance and adaptation investment where limited resources can have the greatest impact.
What the vision changes in practice
The value is not automation for its own sake. It is the ability to build a trusted record of the waterway, involve people where their judgement matters most and respond before emerging change becomes avoidable disruption.
Remote supervision and repeatable missions can reduce the number of people who must travel to every measurement location.
A configured vessel and repeatable workflow make it practical to revisit priority areas more consistently.
When communications permit, vessel, position and sensor data can move from the water to the operator and review workflow without disconnected handovers.
Comparable repeat measurements can support change detection, maintenance forecasting and predictive models once enough validated data exists.
Defined operating limits, operator oversight and staged acceptance keep technology deployment connected to real waterway conditions.
Electric platforms and targeted mobilisation can reduce noise, local emissions and unnecessary travel for suitable missions.
Actual personnel, environmental and operational benefits depend on the route, communications, vessel configuration, survey frequency and agreed operating concept. They are defined and measured during the assessment and pilot.
From project foundation to customer delivery
Urban Waterway Logistics (UWL) leads NaviDepth, drawing on AVATAR vessel and remote-operation experience. Marine RoboTech supports requirements assessment and system integration. Equipment, field operations and support responsibilities are agreed for each project.
Operational discovery, European waterway context, stakeholder coordination, pilot framing and one clear customer contact.
Requirements assessment, equipment selection and system interfaces. Survey, commissioning and local-service specialists are engaged according to the agreed project scope.
Mission planning, field acquisition, data processing, review and operational outputs are defined together instead of treated as separate purchases.
A pilot may begin with survey, remote control or awareness, then add docking, charging, environmental payloads, fleet operation or data integration where justified.
Primary commercial offer
The offer is more than a boat. It connects the mobile platform, measurement payload, control, data workflow and support route required for a repeatable professional mission.
Electric craft, propulsion, batteries and payload capacity selected for the route and mission.
Hull · propulsion · endurance · deliveryBathymetry, positioning, motion sensing and selected environmental instruments.
SBES/MBES · GNSS/RTK · IMU · water qualityMission planning, remote supervision, vessel status and a defined communications route.
Controller · telemetry · communications · RTKSpatial sensing and operator cues configured for the vessel, site and operating conditions.
LiDAR · cameras · compute · alertsSynchronisation, correction, specialist review where required, maps and system-ready exports.
Processing · QA · bathymetry · reportsOptional docking and charging, commissioning, operator training, spares and service planning.
Docking · charging · training · serviceThe configured system in practice
These Marine Thinking technology references show representative vessel and survey components. The customer configuration is selected only after the waterway, output standard and operating conditions are defined.
Technology-reference imagery courtesy of Marine Thinking. Final scope, sensors and survey standard are project-specific.
Survey vessel ecosystem
Mission planning, operator oversight, field acquisition, quality assurance and customer outputs work as one configurable system.
Mission planning sends instructions to a survey vessel under human supervision. Vessel measurements and telemetry go through processing and quality assurance. Reviewed outputs support customer decisions and inform the next mission. Docking, extra payloads, fleet coordination and customer-platform integration are optional.
Translate the operational question into a measurable mission.
Collect time-aligned position, motion and survey measurements.
Keep a human in command with a defined operating envelope.
Turn raw measurements into a traceable, reviewed dataset.
Deliver information in the form the customer can use.
Safety controls · communications · operational limits · stop/abort procedures
Repeat · compare · monitor — reviewed outputs inform priorities for the next mission.
Automation level, payload, communications and acceptance criteria are defined and validated for each operating case.
Survey output
Before deployment, we agree the survey standard, calibration, quality checks and acceptance method—so the vessel, payload and workflow are configured around the customer’s decision.
Optional environmental mission
Compatible cameras, environmental instruments and analytics may be configured for targeted monitoring tasks. This surface-anomaly example illustrates a possible application direction; sensor selection, model performance and alert thresholds require separate site validation.
Remote operations & operator support
Each product begins with a vessel-interface, communications and operating-risk assessment. The systems are configured around the craft and mission—not presented as universal plug-and-play boxes.
Standalone product 01
A vessel-specific package for supervised command, telemetry and communications. Optional RTK positioning and mission functions are included only when they fit the operating case and vessel interface.
Standalone product 02
A transportable operator environment for demonstrations, training and supervised pilots. The workstation brings selected camera, navigation, telemetry, communications and alert views together at shore.
Onboard perception · standalone or part of NaviDepth
A clearer view of what is around your vessel.
LiDAR, cameras and onboard processing bring nearby geometry and AI detections into one operator view. We are developing this capability for close-range awareness during docking and low-speed navigation on urban waterways.
NaviDepth measures and monitors the waterway. Marine Awareness adds a complementary view of the vessel’s immediate surroundings.
Working indoor prototype · vessel validation next
Distance accuracy and performance on a moving vessel still need validation.
Planned alerts will use obstacle geometry, with AI labels providing additional context.
Remote-operation and autopilot connections are future work; no integration is claimed today.
Spatial measurements, images and inertial data
Local mapping, detections and experimental distance association
Camera, point cloud, AI overlays and data for review
Current scope: a supervised perception experiment. Coverage depends on mounting and obstructions; the prototype does not command the vessel.
Potential applications to evaluate with operators
Explore whether a clear view of nearby structures and future hull-clearance cues can support close manoeuvres.
Evaluate visibility, mounting coverage and the information an operator needs alongside walls and moored vessels.
Investigate how local perception could complement existing cameras, charts and vessel telemetry.
Bring a vessel, waterway or operator challenge. Together, we can define what to observe, what to measure and whether a supervised trial would be useful.
How the products connect
Commercial entry and delivery
Start with a paid assessment, prove the selected configuration through a bounded pilot, and scale only after the technical, operational and service case is clear.
Clarify the use case, vessel compatibility, interfaces, permissions, risks and budget range before committing to hardware.
Validate the selected system against agreed operating conditions, KPIs and acceptance criteria.
Deliver the accepted configuration with training, documentation, spares and an agreed annual support route.
Define the decision, site, vessel, operating limits, interfaces and evidence required.
Operational briefSelect the platform or retrofit components, acceptance criteria and support responsibilities.
Technical proposal and budgetComplete interface engineering, factory checks, documentation and regional service preparation.
Ready-to-test systemInstall, tune, train and run supervised field tests against the agreed acceptance plan.
Acceptance record and next stepMaintain the system, review performance and add routes, payloads or compatible vessels.
Support and scale planLocal-first service system
Clear operator checks, documentation and replaceable items reduce unnecessary downtime.
A suitable service route is appointed before operational handover for routine intervention.
Remote diagnostics, interface support, software configuration and commissioning follow-up.
Factory warranty, specialist engineering and hydrographic expertise are engaged where contracted.
Project heritage
The projects below are included to show where UWL's experience and development direction come from. They inform the present offer; they do not replace customer-specific assessment, validation or acceptance.
The AVATAR vessel was developed within the Interreg North Sea Region AVATAR project. UWL contributed operational know-how and real-life urban-waterway testing—including ship-to-shore and ship-to-ship steering with the Green Wave. That experience now supports further work in FOREMAST and informs the NaviDepth direction.
Extended the Ghent environment through AVATAR III, resilient waterway logistics, modular platforms and digital-twin and monitoring work.
Explore ReNEW GhentBuilds on the AVATAR platform in Ghent to explore sustainable, small and flexible automated zero-emission vessels, connectivity, digital tools and supervised demonstrations.
Explore FOREMAST GhentA wider European reference for digitalisation, infrastructure management and green, innovative vessels across inland-waterway transport.
Explore IW-NET
Marine Thinking's field material demonstrates relevant survey and integration building blocks. It is shown as technology experience—not as validation of every UWL customer configuration.
Watch the Halifax field workflow
See the survey workflow
These published Marine Thinking examples demonstrate relevant survey and integration experience. Each UWL customer configuration is still assessed and validated for its own vessel, waterway and operating case.
Electric survey vessel, mission operation, data collection and post-processed 3D bathymetric output.
A compact electric platform with a portable hydrographic payload and remote mission workflow.
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Choose the right first conversation
Urban Waterway Logistics coordinates the commercial discussion and brings in the required survey, integration and service specialists as the scope becomes clear.
Survey-vessel enquiries through this page are handled by Urban Waterway Logistics. The following documents describe UWL’s data practices and its own website, and are available in Dutch.
