Establish identity and scope
Identify autonomous or tele-remote equipment, sensors, edge compute, approved models; validate participating Endlets before admission.
Autonomous operations · Architecture
Support resilient, latency-aware communications and approved local inference near mining equipment and operational data.
Primary capability
Edge Intelligence
How it works
Support communications and edge processing for autonomous and tele-remote operations while OEM safety and control systems remain authoritative.
Identify autonomous or tele-remote equipment, sensors, edge compute, approved models; validate participating Endlets before admission.
equipment and sensor data → governed edge processing or inference → local operational result → protected fabric connectivity to authorized supervisory or coordination services
Review model and Endlet identity, inference timing, data locality, result path, resource use with the responsible teams.
Architecture flow
Inputs
autonomous or tele-remote equipment, sensors, edge compute, approved models, supervisory services, Service Endlets
Path
equipment and sensor data → governed edge processing or inference → local operational result → protected fabric connectivity to authorized supervisory or coordination services
Evidence
model and Endlet identity, inference timing, data locality, result path, resource use, and policy events
Quick answers
equipment and sensor data → governed edge processing or inference → local operational result → protected fabric connectivity to authorized supervisory or coordination services
model and Endlet identity, inference timing, data locality, result path, resource use, and policy events
autonomy teams, mine operations, OEM or systems-integrator stakeholders, platform engineering, OT security
Continue the evaluation path
Determine whether supporting communications and edge inference meet latency, continuity, interoperability, and governance requirements.
Continue to Evaluation