Robotics creates value only when the task and operating site fit. A structured assessment before procurement reveals environmental constraints, collaboration risks and integration effort early.
01 / TASK
Describe the task as executable rules
Record origin, destination, frequency, load, time window and completion criteria. Stable, repeatable and measurable tasks are usually the best first candidates.
- Map the normal flow and frequent exceptions
- Confirm payload, accuracy and cycle-time needs
- Establish baseline data for the manual process
02 / FACILITY
Inspect the environment the robot will actually use
A floor plan cannot capture slopes, thresholds, surface changes, congestion, lighting or moving obstacles. Assessment should cover real conditions at different operating times.
- Measure aisles, turns and docking space
- Identify glass, reflection, ramps and floor changes
- Record crossings with people and vehicles
03 / SYSTEM
Confirm network, equipment and business interfaces
Robots may need elevators, automatic doors, charging equipment, warehouse systems or task platforms. Each interface needs states, timeouts and failure handling.
- Validate wireless coverage and handover
- Define equipment controls and system interfaces
- Design offline and recovery behavior
04 / PEOPLE & SAFETY
Include collaboration, safety and maintenance
People need to understand what the robot will and will not do, and how to respond to blockage or exceptions. Local maintenance and spare parts directly affect availability.
- Define right-of-way and human interaction rules
- Create stop, alert and takeover procedures
- Assess local maintenance and training capacity
A good pilot validates the whole system, not one machine.
Track task completion, intervention, cycle time, safety events and maintenance effort together before deciding whether to scale.