Illustration of forested mountain valleys emerging from mist with a river below

Applications

Capability begins with a clear purpose.

Our robots go where people shouldn’t go first. They check gas and radiation, map mines and buildings in 3D, and stream the live view to the operator.

Across mining, industry, security, research, and emergency response, the starting point is the same: understand the work before defining the system.

Illustration of a drone capturing a point-cloud scan of terrain and rocks

01 · Exploration and geological mapping

Extend the field team’s perspective.

Aerial surveys and georeferenced observations could help teams document terrain, examine surface features, and select locations for further investigation.

Relevant systems
Meridian · Cirrus · MetalCore

02 · Sampling and field verification

Preserve the context behind every result.

Robotic collection could support consistent sampling records and maintain the connection between collection location, handling, sample identity, and laboratory findings.

Relevant systems
Stratum · MetalCore

Illustration of a terrain cross-section showing layered rock strata with a copper-bearing zone

Illustration of the Vigil four-legged robot inspecting a mine conveyor and flagging a hot roller

03 · Equipment and infrastructure inspection

Make changes easier to recognize.

Repeatable visual, thermal, acoustic, gas, and radiation readings help teams follow conditions over time and spot what needs attention.

Relevant systems
Vigil · Cirrus · Soma

04 · Terrain and stockpile monitoring

Measure the site as it evolves.

Repeated surveys could support terrain comparison, stockpile measurement, and documentation of changes across operating areas.

Relevant systems
Cirrus · Meridian

Illustration of an autonomous survey aircraft scanning a mountain valley

Illustration of the Nox tracked ground robot scanning subsurface layers beneath snowy ground

05 · Ground preparation and access

Prepare the way for the next operation.

A tracked platform with a front blade could support loose-material clearing, surface leveling, and access-route preparation through controlled movement and operator supervision.

Relevant system
Nox

06 · Drill-core analysis

Build a richer geological record.

Robotic handling and scanning could connect core imagery, instrument measurements, and sample identity within a consistent digital workflow.

Relevant systems
Prism · MetalCore

Illustration of the Prism gantry scanning trays of drill core in a bright core shed

Illustration of the Aster excavator robot stockpiling broken rock at an open-pit bench

07 · Excavation and material handling

Bring greater control to physical work.

Robotic excavation could support digging, trench preparation, and material movement within defined work areas, informed by terrain sensing and supervised tool control.

Relevant system
Aster

08 · Security and site patrol

Maintain awareness across the perimeter.

Ground and aerial patrol concepts could help security teams observe selected routes, assess unusual activity, and review visual and thermal evidence remotely.

Relevant systems
Vigil · Cirrus

Illustration of a quadruped robot patrolling a mine-site fence line while a drone observes from above

Illustration of the Meridian VTOL drone mapping a snowy open-pit mine

09 · Mapping and territory scanning

Give the landscape a consistent frame of reference.

3D scans of terrain, mines, and buildings support mapping, planning, and comparison over time.

Relevant systems
Meridian · Cirrus

10 · Emergency response and recovery

Build understanding before the next move.

Aerial, legged, and tracked systems could support assessment of affected areas, access-route mapping, light-obstacle handling, and small-supply transport under team supervision.

Relevant systems
Bastion · Vigil · Cirrus · Meridian

Illustration of the Bastion response robot clearing a rockfall in an underground tunnel

Illustration of the Soma humanoid robot servicing a remote monitoring station in deep snow

11 · Remote technical support and research

Extend expertise into the environment.

Humanoid and field robotics concepts could support remote inspection, defined tool-assisted tasks, and applied research in perception, movement, and environmental observation.

Relevant systems
Soma · Vigil · Meridian

Collaboration

Define the application with us.

We welcome operators, technical teams, researchers, and response organizations interested in shaping requirements and evaluating potential pilot applications.

Discuss a Use Case