OUR CAPABILITIES

From sensing to action.

Understand the conditions. Choose the next step. Connect it to the people and systems that carry out the work.

Perceive.

Decide.

Act.

Verify.

AI-powered perception

AI-powered perception

Use computer vision and sensor data to identify objects, assess conditions, and understand the surrounding environment.

Intelligent workflow automation

Intelligent workflow automation

Turn detections into tasks, records, and next steps, with review where the workflow requires it.

Integrated robotics

Integrated robotics

Connect software, sensors, and robotic hardware to carry out tasks in the physical world.

Edge and cloud processing

Edge and cloud processing

Connect on-device processing with cloud analysis to suit the data, connectivity, and timing each task requires.

Security and data protection

Security and data protection

Design access controls and data handling around the information the system collects and the people who need it.

Applications

AI-powered intelligence, verified in the field.

Developed in university engineering labs and advanced through close collaboration with academic researchers, our technologies have matured into field-proven systems. They are verified in demanding real-world environments and support active operations across Canada and internationally.

HOW WE WORK

Built in the lab. Verified in the field.

Maritime Robotics grew out of a Dalhousie University engineering lab in 2018. Our work with PhD students and professors helped shape our foundations in computer vision and robotics.

Today, our entire team is based in Halifax. We bring that research foundation to practical projects—integrating hardware and software, testing in real operating environments, and refining systems with the people who use them.

Entrance to the Emera IDEA Building with Dalhousie University signage
Two team members beside a sensor-equipped vehicle outside the Emera IDEA Building
Team members discussing an open robot assembly in the lab
Team members working together on a robot’s internal components
Open Halifax Stanfield-branded robot chassis with electronics and assembly tools
Two robotic arms mounted around a lab workbench

Research-informed engineering

We draw on our experience in academic research to investigate technical challenges, test ideas and guide development.

Hands-on integration

We bring cameras, sensors, computing and software together around the task and the environment where the system will operate.

Field testing and refinement

We test systems in operating environments and use observations and user feedback to improve how they perform.

2018

Founded in Halifax

Dalhousie University

Engineering lab origins

Entire team Halifax-based

Local people. Local expertise.

OUR COMMUNITY

Rooted here. Building capability here.

Halifax is home to our entire team. Through our work, we develop local expertise in computer vision, software and robotics, connecting research experience with practical needs in our community and beyond.

OUR VALUES

Built here. Better together.

The principles behind our work.

Community

Grow local expertise. Create opportunity in Nova Scotia.

Inclusion

Bring different perspectives to the problems we solve.

Collaboration

Build with the people who will use the system.

Practical Ambition

Test ideas against real conditions. Improve through evidence.

Contact

What would you like to improve?

Tell us what you need to detect, automate, or move. We'll help define the next step.

Before you send

Please do not include confidential or sensitive information.