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Use this template to submit Use Cases for submission to the 5G Super Blueprint Use Case & Requirements Advisory Group. All input is required unless marked "(optional)"

Use Case Name:Factory Floor Visual Inspection
Use Case Description:

demonstrate a factory floor visual inspection Use Case with hard hat and facemask detection using static transport slicing.

Leverage the existing 5G SBP using Free5GC + ONAP + EMCO + Kaloom UPF + GenXComm RAN + IBM visual inspection models and AI software + Aarna AMCOP + A10 FW

Problem Statement and how is the problem solved:

Problem Statement: Ensure safety on a factory floor

Solution: Automated end-to-end solution with AI that detects and alerts when hard hat and/or facemask is not being worn by an individual.

Users Stories

  • Worker A enters an area of the factory floor where hard hats are required. Worker A IS wearing a hard hat. The system detects that Worker A IS wearing a hard hat and responds with action A.
  • Worker B enters an area of the factory floor where hard hats are required. Worker B is NOT wearing a hard hat. The system detects that Worker B is NOT wearing a hard hat and responds with action B.
  • Worker C enters an area of the factory floor where facemasks are required. Worker C IS wearing a facemask. The system detects that Worker C IS wearing a facemask and responds with action C.
  • Worker D enters an area of the factory floor where facemasks are required. Worker D is NOT wearing a facemask. The system detects that Worker D is NOT wearing a facemask and responds with action D.
Goals and Requirements

Mandatory Goals:

  • Demonstrable Proof of Concept End to End system demonstrating:
    • Hard Hat detection
    • Facemask detection
    • Static Transport Slicing
  • Video shot in the lab depicting mandatory goals above.
  • Slideware
  • Build Guide


Need to sort out which goals below are attainable, which are stretch, which are roadmap

Attainable/Stretch/Roadmap Goals (in addtion to above):

  • "Live" demo at the ONE Summit venue. The blue box in the lower left in the below lab diagram is setup at the venue in Seattle and demonstrated live.
  • Massive IoT simulation. A massive IoT simulator (open source preferred) is used to demostrate scalability of the system.
  • Remote Attestation (Peraton Labs) - authenication of IoT devices (cameras).

Demo Storyline (optional)


Interaction with other open source projects and components

  • Free 5GC
  • ONAP
  • EMCO
  • Aarna AMCOP
  • A10 Firewall

Links to existing documentation (Build Guide, Slideware, etc), if available (optional).

Lab data flow:

Links to existing demo/video, if available (optional).


Links to existing code/repos, if available (optional).


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