The reframe
You can't shrink the rush. You can spread it.
The same number of departures will happen no matter what. The only variable you control is whether they all hit the curb at once or arrive spread out over time. Flatten the wave and a normal team handles a rush that would otherwise gridlock.
The playbook
How to keep the curb moving
The single biggest relief valve
Start hereLetting guests request their car before they reach the curb spreads the wave across time instead of compressing it into one moment.
→Same number of cars, spread over more time. That single shift is what saves the night.
The rest of the rush-hour kit
Request-ahead does the heavy lifting. These finish the job.
Predict
Pre-stage for the surge
Event end times and checkout windows tell you when the wave is coming. Pull the first cars before it does.
Concentrate
All hands on the peak
Schedule your strongest staffing for the spike, not spread evenly across a quiet day.
Separate
Keep return lanes clear
During a rush, a returning car blocked by arrivals stalls everything. Protect the exit path.
Communicate
Set expectations
A guest told 'two minutes' and given a live update waits far more happily than one left guessing.
→We went deep on surviving surges at scale in How the Fontainebleau Miami Handles Peak Demand.
Where Valletto changes the math
Flattening the wave is a timing problem — and timing is software's home turf.
Letting guests request from the room, predicting the surge from schedules, and starting retrievals early all depend on information moving ahead of the crowd.
The takeaway: you can't make rush hour smaller, but you can stop it from all landing at once. With Valletto letting guests request early and surfacing your peak patterns, the wave flattens into something your team can actually handle.
Valletto