APPLICATIONS
VIRTUALITIS simulations can be customized for various applications.
EVENT SECURITY
In the public safety field, VIRTUALITIS simulations can be used to estimate the flow of pedestrians before events involving a large number of people :
- sport events
- concerts
- festivals
- amusement parks
- political events
These simulations can be used as a design tool:
- to design an emergency evacuation plan
- to calculate the evacuation time
- to avoid crowd flows to cross
- to plan the location of signs and security teams and to prevent bottlenecks.
Data coming from real time measures can be used to increase the representativeness of the simulations.
Urban planning
In the urban planning field, VIRTUALITIS solutions can be used to simulate the flow of pedestrians inside and outside of a building or a public space such as:
- office buildings
- stadiums
- concert halls
- open air festival areas
- amusement parks
- airports
- train stations
The simulations can be used in various phases of a project:
- to evaluate the needs for exits during the design phase of a building
- as a design tool for an emergency evacuation plan
Our solutions can be delivered as standalone simulations or be integrated with existing BIM software tools, such as Autodesk REVIT.
VIRUS PROPAGATION SIMULATION
In the medical field, VIRTUALITIS simulations can be used to estimate the rate of propagation of a virus among pedestrians in densely populated public places:
- in public transportation means (metro, airports, train stations…)
- during large events (concerts, festivals, sport events, amusement parks, political events…)
These simulations can be used as a decision support tool:
- to design a pedestrian flow minimizing contacts between people
- to calculate the probability of infected people
- to prevent bottlenecks where the density of population may increase the rate of infection.
VISIBILITY MEASUREMENT
In the urban planning and advertising fields, VIRTUALITIS simulations can be used to evaluate the potential number of people who can see a sign or an add at a given location.
These simulations can help decision makers in finding the most visible location for their signs or adds.