See the space.
- Plans, renderings, and equipment placement
- Decisions based on experience and assumptions
- Operational issues discovered after opening
OPERATIONAL SIMULATION FOR FOODSERVICE
Design defines the space. SpatialSim shows how it performs.
Transform existing Revit, CAD, and SketchUp designs into interactive operational models. Test staffing, throughput, equipment, queues, menu demand, and traffic flow before construction or rollout.
Existing design files Browser-based review Measurable outcomes
Throughput186/hr
Line Staff8
Peak Queue4.8 min
Efficiency92%
SIMULATION STATUS Live
MEASUREThroughput
OPTIMIZELabor + Flow
VALIDATEBefore Build
THE GAP IN TRADITIONAL REVIEW
A layout can look right and still operate wrong.
Drawings and visualizations describe what a space will look like. They rarely reveal how it will behave during a ticket spike, a staffing shortage, or a congested peak. SpatialSim brings those questions forward.
Understand the operation.
- Staffing, throughput, queues, and demand
- Evidence-backed comparison of scenarios
- Bottlenecks identified before commitment
PLATFORM IN ACTION
See SpatialSim operating in the real environment.
Real platform footage will show how layouts are tested against staffing, throughput, menu demand, equipment capacity, holding, queues, and movement—without reducing the system to a canned website demo.
01Test throughput under peak demand
02Visualize guest and staff movement
03Compare staffing and equipment scenarios
04Model menu-driven demand and holding
05Review bottlenecks and operational analytics
Simulation ViewInteractive 3D operation
Operational AnalyticsThroughput, capacity & bottlenecks
Flow & StaffingMovement, queues & laborOPERATIONAL QUESTIONS, ANSWERED EARLIER
One model. Six connected dimensions of performance.
01
Staffing
Test line configurations, roles, station assignments, and labor requirements against real demand.
Explore dimension02
Throughput
Measure meals per hour, peak 15-minute capacity, station utilization, and system balance.
Explore dimension03
Equipment
Evaluate capacity, placement, queue behavior, and the operational impact of equipment choices.
Explore dimension04
Guest & Staff Flow
Visualize movement, cross-traffic, travel distance, congestion, and queue formation.
Explore dimension05
Menu Demand
Connect menu mix, preparation methods, ticket spikes, and service style to operational capacity.
Explore dimension06
Utilities & Cost
Compare energy, labor, overhead, and revenue-capacity implications across scenarios.
Explore dimensionFROM DESIGN FILE TO DECISION
No model rebuild. No duplicate production workflow.
Start with the design work your team already has. SpatialSim adds operational behavior, analysis, and browser-based review.
Discuss your project01
Source
Share existing Revit, CAD, or SketchUp files.
02
Build
Create a real-time interactive facility environment.
03
Simulate
Layer in demand, staffing, equipment, and operating logic.
04
Review
Compare scenarios, expose constraints, and align stakeholders.
BUILT FOR HIGH-STAKES DECISIONS
Clarity for every team shaping the operation.
Validate the concept before committing capital.
Test new formats, renovations, and operating strategies before construction or rollout.
Prove performance—not only presentation.
Add measurable operational insight to Revit, CAD, and SketchUp design workflows.
Demonstrate equipment in context.
Show how products affect station capacity, movement, labor, and total system performance.
SEE THE SYSTEM, NOT JUST THE SPACE
From concept to operational digital twin.
Show stakeholders how guests, staff, stations, and equipment interact under real operating conditions.
- Scenario switching without redesign
- Performance metrics tied to layout
- Heatmaps and traffic-path analysis
START WITH YOUR OPERATION
See how your facility performs before it exists.
Tell us what you are designing, renovating, or optimizing. We’ll show you how SpatialSim can help validate the operation before expensive decisions are locked in.
Private, project-specific conversation Existing design files are welcome No public pricing or packaged assumptions