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Container port at night with a scanning beam passing across a row of stacked containers
Research & Development
In development since 2024

AquaScan AI

Edge-based autonomous multi-sensor port inspection

AquaScan AI is a portable inspection platform being developed by AQUAMERGE. It combines thermal, optical and LIDAR sensing with artificial intelligence that runs directly on the device. The system is designed to perform real-time, AI-assisted inspections at the edge, without relying on cloud computing or a constant network connection.

The challenge

Ports are under pressure

Global ports handle rising volumes while facing tighter security, customs and compliance demands. Manual image review is slow, inconsistent and hard to scale. Many inspection tools depend on fixed infrastructure, a single type of sensor, or cloud connectivity to analyze what they capture. That limits where inspections can happen, how quickly results are available, and how well systems keep working when connections fail. AquaScan AI is designed to bring multi-sensor intelligence to the point of inspection.

3
Sensor types fused: thermal, optical and LIDAR
Edge
AI inference on the device, with no cloud dependency
2+ years
Of research and system design
Aerial view of a congested container terminal with queues of trucks waiting at the gate
Our approach

How it works

  1. 01

    Sense

    Thermal, optical and LIDAR sensors capture complementary views of cargo, vehicles and infrastructure at the same moment.

  2. 02

    Fuse

    Sensor streams are synchronized, calibrated and aligned in time so the system builds one consistent picture from different data types.

  3. 03

    Analyze

    AI models running on embedded edge hardware interpret the fused data in real time, designed to produce clear, explainable results for the operator.

  4. 04

    Report

    Findings are recorded on the device and can be reviewed, exported or shared with port and inspection systems when a connection is available.

Portable multi-sensor inspection unit at a port gate, with thermal, optical and LIDAR heads pointed at a container truck
Key capabilities

What the system is built to do

01

Multi-sensor fusion

Combines thermal, optical and LIDAR data into a single synchronized view.

02

Edge AI processing

AI inference runs on embedded hardware within tight processing, memory and power limits.

03

Offline operation

Designed to keep working accurately without cloud access or a network connection.

04

Real-time results

Built to minimize latency across multiple sensor streams so results are available at the point of inspection.

05

Explainable outputs

Designed to show operators why an item has been flagged, not just that it has.

06

Portable deployment

A portable platform intended for use where fixed inspection infrastructure is impractical.

Field monitor showing a fused thermal, optical and LIDAR scan of a container interior with regions marked for review
Sensor fusion · illustrative
Rugged edge-computing unit and tablet showing an inspection scan at the point of inspection
Edge processing · illustrative
Development

Where the programme stands

  1. 2024

    Research and architecture: edge-AI architectures, sensor fusion and embedded processing modelled and simulated; preliminary design specifications set.

  2. 2025

    AI-native software design: system architecture re-engineered so AI functions replace conventional processing components, with theoretical testing of data flow, synchronization and offline operation.

  3. 2026

    Intellectual property: patent applications submitted to the Canadian Intellectual Property Office.

  4. Next

    Prototype build and field testing

  5. Future

    Pilot deployments and commercial availability

The team

The team behind the system

Engineering, port operations and compliance held by one programme team, working from pilot site to commercial readiness.

H. Dunn

Program Lead

Leads the AquaScan AI programme and its partnerships.

A. Okonjo

AI & Machine Learning

Model design and optimization for embedded edge hardware.

J. Halvorsen

Sensor & Systems Engineering

Thermal, optical and LIDAR integration, calibration and synchronization.

S. Duarte

Software Architecture

AI-native system and data-flow design.

S. Dunn

Security & Compliance

Data protection and regulatory alignment.

M. Hayne

Commercial & Partnerships

Pilot agreements, partners and investor relations.

Supported by specialist engineering and research partners.

Partnerships & pilots

Work with us

We are seeking port authorities, terminal operators, government agencies and technology partners for pilot programs and strategic partnerships.

Ship-to-shore crane lifting a container at sunrise with a bulk carrier alongside

Pilot programs

We are seeking port authorities, terminal operators and inspection agencies to host field trials once the prototype is ready. Hosts help define real operating requirements and get early access to the technology.

Contact us

Technology partners

We welcome partners in sensors, embedded computing, AI acceleration and port systems integration.

Contact us

Investors

AQUAMERGE is open to discussions with investors interested in the next development stages of AquaScan AI. Contact us for a confidential briefing.

Contact us

AquaScan AI is in development and is not yet commercially available. Descriptions on this page reflect design objectives, not tested performance, and AQUAMERGE makes no performance claims at this stage. Images are illustrative. Information is general and subject to change.

Interested in the future of port security?