01 / PASSENGER FLOW
ORIGIN → DESTINATION
Interfloor traffic analysis
Explore passenger movements across multiple floors, not just a single peak-direction demand pattern.
NEXT-GENERATION LIFT TRAFFIC ANALYSIS
See the flow.
Design with
clarity.
Go beyond static traffic estimates. Explore how passengers move between floors, visualise lift operations and evaluate system-wide performance.
FIG. 01 — SYSTEM BEHAVIOURILLUSTRATIVE PLAYBACK
Traffic visualisationOffice tower · conceptual model
121008060402G
01
L102
L203
L3VERTICAL / TRANSPORT
SYSTEM OVERVIEW DEMO DATA
Average waiting time
28.4sec
Illustrative metric
Passenger demand
00:00SIMULATION TIME 00:24
Traffic profile
Interfloor movementVisual concept — not engine output
Illustrative interface only — the animation and sample figures do not represent verified engine output.
ENGINEERING / ANALYSIS / VISUALISATION
SCROLL TO EXPLORE
01 A BROADER PICTURE
Every floor has a story.
See the whole system.
Conventional up-peak calculations are one part of lift planning. Real buildings also contain competing journeys, changing demand and movement between floors. EleviFlow puts these interactions into view.
INTERFLOOR MOVEMENTMIXED TRAFFICVISUAL EVALUATION
02 CAPABILITIESUnderstand more.
Understand more.
Decide better.
Designed to make lift traffic behaviour easier to examine, communicate and evaluate.
02 / VISUAL SYSTEM BEHAVIOUR
01
02
03
00:24:36 / EVENT TRACE
See movement, not just numbers
Follow lift operation through visual playback and connect the outcome to system behaviour.
03 / PERFORMANCE EVALUATION
AVERAGE WAITING TIME SAMPLE
28.4 sec
Meaningful performance metrics
Evaluate average waiting time alongside the passenger-flow and lift-configuration assumptions behind it.
03 PLATFORM PREVIEWFrom assumptions
From assumptions
to understanding.
Adjust the illustrative traffic mode below to see how the concept interface presents different passenger-flow patterns. Real engineering results will come from the Flask simulation engine when integrated.
VISUAL DIAGNOSTIC / CONCEPT INTERACTIVE
FLOOR FLOW / INTERFLOOR
00:24ILLUSTRATIVE TIME
VISIBLE MOVEMENT. CLEARER DISCUSSION.MODEL FIRST. DESIGN WITH INTENT.
04 THE WORKFLOWEngineering clarity,
Engineering clarity,
from first input to insight.
01
Define the building
Set the building and lift system assumptions that shape passenger movement.
02
Simulate passenger flow
Run the underlying Python simulation across the defined traffic scenario.
03
Evaluate system behaviour
Examine waiting time, floor-to-floor flow and the operational playback together.
05 QUESTIONS & CONTEXT
A clearer brief.
A clearer brief.
Better questions.
The right model should reveal what the traffic assumptions mean for the journeys people actually make.
Why look beyond RTT and up-peak calculations?
Round-trip time and up-peak methods are useful design tools, but complex buildings can experience substantial movement between floors and changing origins and destinations. Simulation allows these traffic patterns to be examined in context.
What is the key performance measure?
Average waiting time is a primary output. Interpreting it alongside the demand assumptions and visual lift behaviour can give a fuller picture of the proposed system.
Is the visual demonstration a real calculation?
No. The public website contains an illustrative animation and sample figures only. The underlying Flask/Python simulator is being prepared for cloud integration and engineering validation.
Can I access the live simulator now?
Not yet. The browser-based product is in private development. Public access, commercial plans and any available reports will be announced when the platform is ready.
06 THE NEXT STANDARD IN CLARITYSee more of the system.
See more of the system.
Make better decisions.
EleviFlow is being developed for teams who need to understand passenger movements, waiting time and lift system behaviour — beyond a single up-peak estimate.
View simulator status Private development · Public simulator access is not yet available