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How the system works.

Drone capture, 3D processing and remote operations.

Industrial survey quadcopter above a terraced open-pit mine

01 · Capture

Aerial capture.

Plan repeat routes and collect georeferenced imagery for the survey task.

Diagram of a point cloud becoming a triangulated mesh and a coloured site surface

02 · Process

3D processing.

Build point clouds and textured meshes from overlapping imagery, then compare repeat surveys with project-specific checks.

Engineer working at a multi-screen control workstation

03 · Remote operations

Remote supervision.

Supervise missions and share imagery, models and survey history through one platform.

Open drone dock with a survey aircraft on its landing pad, beside a site weather-sensing mast

Dock & site sensing

Drone docks for repeat surveys.

Take-off, landing, charging and weather sensing within an approved site operating plan.

Our DJI equipment

Survey aircraft: Matrice 4 Series, Matrice 300 RTK and Matrice 400.

Drone dock: DJI Dock 3.

Dock 3 operates with Matrice 4D or Matrice 4TD aircraft.

  • Dock & charging
  • Weather sensing
  • Remote supervision

Data handling

Data security and sovereignty.

Australian storage and processing, controlled access and security arrangements tailored to each client.

Where your data lives

All client imagery, models and survey records are stored and processed on our servers in Australia; no client survey data is sent offshore for processing.

Controlled access

Only authorised Maxvision staff and nominated client users can access survey data, with access logging and retention or deletion managed to each client's requirements.

Client security requirements

We support client security policies, including on-premises processing and air-gapped data workflows, with applicable SOCI Act requirements considered during project scoping.

Let’s talk

Discuss your project.

Share your site location and the outputs you need.

Contact us