ARC SPATIAL - Autonomous Robotics Control

ARC SPATIAL – Digital Twin & Robot Fleet Simulator Key Features 3D robot arm pick-and-place simulation (physics + auto mode) Upload floor plan (PDF/image) → AI (Gemini Vision) auto-detects zones Real-time 2D fleet simulation: LiDAR, A* pathfinding, AI auto-scheduling Zone setup: draw manually or AI auto-detect, synced across tabs Natural language task planner powered by Google Gemini 2.0 Flash Analytics dashboard: throughput, robot utilization, battery levels + charts Live overview: fleet status, activity feed, quick controls How It Works (Quick Flow) Create digital twin: upload floor plan → Gemini AI auto-detects zones Deploy virtual fleet: choose from 4 robot types (Mobile Manipulator, Forklift, Transport, etc.) Assign tasks: use plain English commands or manual input → AI optimizes based on battery, distance, robot skills Watch live: see pick-and-place, sorting, assembly in 3D or 2D view (WebSocket real-time updates) Analyze & improve: check performance metrics (throughput, utilization, completion) → optimize before real deployment Use Case 1 – Construction Site Material Handling
Problem: 45+ materials scattered, 4 robot types needed, manual coordination = delays & mistakes
Solution with ARC SPATIAL: Upload site plan → AI detects zones Deploy 4 virtual robots AI schedules material transport tasks Monitor live in 3D/2D → test & refine
Results: 60% faster material handling 99% placement accuracy Zero real-world risk (fully tested in simulation first) Use Case 2 – New Warehouse Automation Planning
Problem: Unsure how many robots or best layout, risking $500K+ investment
Solution with ARC SPATIAL: Upload warehouse floor plan Define zones (storage, staging, shipping) Simulate different fleet sizes & positions AI optimizes task assignments & validates throughput
Results: Confirmed exact fleet needs & ideal layout Before spending money Clear, confident ROI projection from simulation data