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FLOOR ZERO

FLOOR ZERO: Simulation and feasibility lab for physical systems


A simulation and feasibility lab that answers the expensive question first: should this physical system be built?

Model → compare → decide

Test the expensive decision before you fund it.

Floor Zero explores whether a physical system deserves to be built. The model makes the constraints, alternatives and remaining risks visible before hardware is committed.

FLOOR-ZEROWorkflow illustration

What you take forward

A testable operating brief

  • Operating target
  • Constraints and assumptions
  • Acceptance measures

Explore the workflow

01

Define what the system must do.

Name the demand, capacity, flow, cost and failure conditions. Turn the idea into a question that a model can answer.

Read the full workflow

Define what the system must do.

Name the demand, capacity, flow, cost and failure conditions. Turn the idea into a question that a model can answer.

A testable operating brief

  • Operating target
  • Constraints and assumptions
  • Acceptance measures

Make alternatives compete on the same terms.

Compare candidate configurations, inspect queues and bottlenecks, and see which assumptions change the recommendation.

An evidence-led comparison

  • Candidate configurations
  • Capacity and bottlenecks
  • Cost and failure scenarios

Build only the proof that is still needed.

Issue a build, change or stop recommendation. Where simulation leaves a material risk open, define the smallest physical test that can close it.

A decision and a proof plan

  • Build / change / stop
  • Remaining uncertainty
  • A focused physical test

Simulation and feasibility work. Integrated hardware is a separate validation stage; this illustration contains no measured site result.

Full capability scope

Floor Zero turns an operating problem into a testable system before capital is committed. The lab models demand, capacity, utilization, flow, sensing, decision logic, controls, cost and failure conditions. It compares candidate configurations, exposes bottlenecks and produces a build, change or stop recommendation with the assumptions still visible. When a concept passes, the same model becomes the acceptance plan for the physical proof. The current proof is software and simulation; integrated hardware is the next validation stage.

01 · Scope

What it does

  • 01Feasibility models for throughput, utilization, queues, cycle time and capacity
  • 02Discrete-event simulation and synthetic controller replays
  • 03Computer-vision, sensing and control modules when the system needs them
  • 04Scenario comparison across capital cost, operating cost and failure conditions
  • 05Bottleneck analysis with assumptions, constraints and confidence gaps kept visible
  • 06A build, change or stop recommendation linked to a measurable acceptance plan

03 · Proof

The next validation stage

The next stage is a three-to-six-month proof cycle: model the system, reject weak configurations, then build only the smallest physical rig needed to test the remaining risk.

01

Frame the decision

Define the operating target, constraints, alternatives and the evidence needed for a go or no-go decision.

02

Run the lab

Simulate demand, capacity, utilization, bottlenecks, cost and failure cases across candidate designs.

03

Prove the remaining risk

Build a focused physical rig only when simulation shows what still needs real-world validation.

Related services

Applied AI & Automation, Software, Product & Engineering, Data, Analytics & Measurement, DevOps, Infrastructure & Security