INDUSTRIES
Different environments. The same discipline.
The equipment, the measurement method and the operating conditions change from site to site. What has to be established does not: the work completed, where capacity was lost, and what changed after intervention.
WAREHOUSING AND MANUFACTURING
Performance in the context of the process.
Warehouses and manufacturing facilities depend on automation completing work at the required rate. Availability is one part of that. Throughput, interruption, recovery and the surrounding process determine what the operation actually receives.
- Warehouse robotics
- Completed work, interruptions and recovery across deployed material-handling automation.
- Manufacturing automation
- Machine activity and throughput in the context of the production process.
- Multi-site operations
- Consistent measurement definitions across relevant equipment and facilities.
OUTDOOR AUTONOMY
Measurement across larger operating areas.
Outdoor autonomous machines work across large areas in changing conditions. Machine activity, completed work, productive and idle time, interventions and the conditions affecting performance are assessed using the method the site allows.
Aerial observation contributes where that perspective serves the measurement task. Aerial footage alone is not a performance record.
- Construction
- Equipment activity and completed work across active sites.
- Ports and yards
- Movement, productive time and interruption across logistics operations.
- Mining
- Machine activity and completed work across large operating areas.
- Agriculture
- Field operations under changing operating conditions.
Physicore measures the performance of the deployed machines, not the assets they work on.
POSITIONING AND NAVIGATION
Positioning performance under operating conditions.
Autonomous systems depend on positioning and navigation that hold in operation. Physicore assesses performance against the requirements of the operating task across satellite, non-satellite, quantum-enabled and other assured navigation approaches.
The evidence differs from a record of physical output. Accuracy, continuity and recovery require a suitable reference measurement and clearly defined performance boundaries.
- Availability
- Whether the service is available when the task requires it.
- Accuracy
- How closely reported position matches the reference measurement.
- Continuity
- Whether the service holds throughout the operating task.
- Recovery
- How the system returns to required performance after interruption.
Contact
Tell us about the equipment, the task and the performance measures relevant to your operation.