Robotics demo
Analyse operational safety across a fleet
Read stops, rejections and envelope events across machines to find systemic problems.
The challenge
Safety events are examined one machine at a time, so patterns across a fleet stay invisible.
The scenario
Stops are increasing across several cells and nobody knows whether the cause is common.
What goes in
- Fleet event data
- Stops, rejections and envelope events across machines.
What you can ask
Illustrative prompts. Results depend on your own data and are not deterministic.
- “Where is the fleet spending stopped time?”
- “Are these stops related?”
- “Which limit is being hit most?”
How Clearception approaches it
How the work is structured. Each step shows what its output is grounded in.
Aggregate events
ObservedCollect envelope and stop events across the fleet.
Find patterns
AI-inferredIdentify shared causes across machines.
Rank by impact
AI-inferredOrder findings by operational effect.
What you get
The shape of what comes back — not a promised result.
Fleet safety report
ObservedPatterns across machines with the events behind each.
Why it matters
- Systemic causes found
- A shared cause is visible across machines.
Related demos
Robotics
Plan a task, bounded by the safety plane
Turn a described goal into a task plan that the deterministic safety plane must accept before it runs.
4 minute walkthrough
- Deterministic Safety Plane
- Deterministic Policy Engine
- Evidence Trail
Robotics
Examine a plan in simulation first
Run a task plan in simulation before it reaches hardware.
4 minute walkthrough
- Simulation Setup
- Deterministic Safety Plane
Construction
From drawings to a project plan
Turn a drawing set into a work breakdown, schedule and preliminary estimate, with every line linked to a sheet.
5 minute walkthrough
- Document Intelligence
- Quantity Takeoff
- Schedule Generation
Want to try this with your own work?
Open Robotics and bring your own data. No signup is needed to read these demos.