01
Engineering in your browser
Create, save, and revisit intersection and corridor plans in a web workspace. Keep the project moving without a desktop installation.
WEB-NATIVE WORKFLOWTHE WEB WORKSPACE FOR TRAFFIC ENGINEERING
Design every intersection.
Connect the whole network.
IntersectionDesk is a web-based application for intersection and connected road network design, traffic analysis, and performance evaluation.
Design lanes and roadway connections visually, coordinate signals across intersections, and export the complete plan as a runnable Vissim network.
Browser-based
Connected networks
Simulation-ready export
Precision at every junctionNetwork context and lane detail together.
ONE CONNECTED PLAN
GEOMETRY
NETWORKS
DEMAND
SIGNALS
GREEN BANDS
ANALYSIS
SIMULATION
BUILT THROUGH REAL PROJECTS
80,000+
Intersections served
From a single junction to a connected network, carry design, signal control, and performance analysis through one workspace.
01 / WHY INTERSECTIONDESK
Professional depth.
Professional depth.
A lighter way to work.
Engineering decisions need credible inputs and legible results. They should not require a heavy workflow.
02
Build connected road networks
Connect intersections with roadway links on the satellite map, refine lane-level geometry, and inspect the whole network as one plan.
VISUAL MULTI-INTERSECTION DESIGN03
Simulation-ready in minutes
Export a completed plan as a runnable Vissim network with lanes, connectors, demand, signal control, and optional satellite imagery.
FROM DESIGN TO SIMULATIONFrom one intersection to a connected network, the same plan carries geometry, demand, timing, and performance through to simulation.
02 / SIGNAL COORDINATION
Green Band
Green Band
Optimization.
Connect intersections, set coordinated movements and travel speeds, and search cycle lengths and offsets. The time-space diagram makes two-way bandwidth visible.
- Two-way bandwidth and offset results
- Readable time-space diagrams
- Intersection-to-corridor workflow
Example plan: 3 intersections · 120 s cycle · 22.2 s forward bandwidth
03 / MAKE THE CASESee the design.
See the design.
Understand the outcome.
Move from turning demand and signal phases to delay, queues, v/c ratios, and level of service. Trace a network result back to the movements that shape it.
01 / DEMAND
Turning movements at a glance
Read approach demand in context with lane geometry and lane-specific saturation-flow inputs.
02 / PERFORMANCE
From network result to movement
Compare network and movement-level results with HCM-informed planning estimates for delay and LOS.
REAL EXPORTED NETWORK
04 / SIMULATION HANDOFF
A runnable network.
A runnable network.
Without the redraw.
Turn a completed corridor plan into a runnable Vissim network in minutes. Lanes, connectors, turning demand, routes, signal files, and optional satellite imagery travel together, so validation can start sooner.
More than a diagram.Open the complete export in Vissim, inspect the network, and run the simulation there.
See the export workflow
05 / ONE WORKFLOW
From map to model, without losing the thread.
01
Design
Place intersections, shape lanes, and enter turning demand.
02
Optimize
Build phases, refine timing, and optimize the green band.
03
Evaluate
Inspect delay, queues, v/c ratios, and level of service.
04
Simulate
Export the network and validate it in Vissim.
BUILT FOR YOUR TEAM
Explore plansSaaS subscription or private deployment.
Choose the subscription or deployment model that fits your organization and keep the same connected engineering workflow.
MAKE THE NEXT DECISION CLEARERStart with one intersection.