Deployment / Physical operations

Start with the work.

ARUS deployment begins with the physical operation. Not the robot. A useful deployment must account for task, environment, people, equipment, process, safety and integration before platform selection begins.

Deployment process ↓ Discuss deployment ↗
01 / Deployment philosophy
Work before robot

The deployment is designed around work output.

ARUS studies the operation first: what moves, what is lifted, what is inspected, who shares the space, what can fail and how success is measured. System selection follows the task.

01 Understand work ↓
02 Measure environment ↓
03 Identify constraints ↓
04 Select system ↓
05 Pilot / validate ↓
06 Deploy / observe / improve ↻
02 / Manufacturing
AR-H / AR-X / AR-M

Keep the process moving.

AR-H

Machine tending

Human-scale tool use, machine loading and operator-side access.
AR-X

Assembly

Precision fixed-cell manipulation where part variation exists.
AR-X

Inspection

Repeatable measurement or process checks inside the cell.
AR-M

Line replenishment

Material movement to production points as demand changes.
03 / Logistics
Flow / routes / internal delivery

Move material without fixing the route.

Logistics deployments examine payload, route width, pickup points, crossings, charging windows, task queues and the system that requests movement.

01 Warehouse transport
02 Line supply
03 Internal delivery
04 Parts movement and facility logistics
Explore AR-M ↗ Shared-space safety ↗
04 / Inspection
Routes / data capture / repetitive checks

Go there. Look. Record. Return.

I01

Industrial inspection

Positioned checks around machines, fixtures and process outputs.

I02

Facility monitoring

Repeatable routes for state capture across operational spaces.

I03

Repetitive routes

Inspection loops where consistency and timestamps matter.

I04

Data capture

Useful telemetry is defined by the operation, not by the sensor alone.

05 / Hazardous operations
Reduced exposure / no certification claim

Move exposure away from people.

Certain environments involve heat, repetition, restricted access, hazardous processes or physically demanding work. ARUS evaluates these as deployment constraints. This page does not claim specific hazardous-environment certification.

01 Heat or process proximity
02 Repetitive physical load
03 Restricted access zones
04 Difficult or hazardous process steps
06 / Example architecture
Concept applications / not customer case studies

Deployment examples describe patterns, not customer claims.

D-014

Machine tending / variable CNC cell

System: AR-H. Workflow: part pickup, machine loading, cycle start, wait, unload, inspection and repeat.

Status
Concept application
D-021

Line replenishment / material flow

System: AR-M. Workflow: task queue, route plan, pickup, delivery, charge window and next task.

Status
Concept application
D-032

Adaptive assembly / fixed work cell

System: AR-X. Workflow: localize, approach, contact, correct, verify and recover.

Status
Concept application
07 / System selection
Match task to architecture

Choose the system after the constraint is known.

Need Human-scale tool use → AR-H Need Autonomous transport → AR-M Need Precision cell manipulation → AR-X Need Multiple capabilities → Integrated architecture Start Describe the work → Contact ARUS
08 / Deployment process
Discovery to support
01 Discovery ↓
02 Site study ↓
03 Engineering ↓
04 Pilot ↓
05 Validation ↓
06 Support ↻
Discuss deployment ↗ Safety architecture ↗