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Planes, trains, buses

We can watch movies, listen to the radio or surf the internet when traveling in today's transports.

In these transport vehicles the sound distribution is done by the headphones for one use only, and it's not very ecological or economical approach. Our directional sound solution enables you to remove this headphones barrier and creates the individual listening zones.

Exhibitions

Do you know the situations when you have to say 50 times every day the same information about your product to the customers at exhibitions?

It would of course be better to record the info and then automatically communicate it in front of your exhibits. You can sound distribute the products with the needed info without disturbing the surroundings.

Solve this problem once for all and learn to work with sound even at the tight places, so it won't disturb you.

Use as repellent

We all know that the sound can be very uncomfortable and that it's permanent distribution can be bothering. With regard to technological feasibility, we can broadcast uncomfortable directional sound signal to particular locations to draw back animals or persons.

Even today we can use the directional sound as an invisible repellent against pigeons at the monuments, or as repellent against homeless people from the locations they are associating and harassing. Example for use can be the locations in front of Shopping Mall Anděl in Prague.

Addition for the security systems and alarms

Imagine the security system for the building, which will register the person in front of the doors of the secured object who's interested in breaking into the object.

The security system will send sound beam to the doors: "Leave the secured space and drop what you are doing. If you won't, the security system will call the police immediately". This can be used also to trick the trespasser, when sending the human voice: "We can see you and we are calling the police now" to upset the burglar and to increase the probability that he will leave the object.

We can use directional sound with access terminals like failure detectors etc.

Cars

Directional sound can be used functionally in cars where we can provide every passenger with individual sound.

Today we can see ideal usage in sound distribution for the driver seat, thereby only the driver will be distributed with sound information about the route from GPS. We can also achieve discrete calls through hands-free or the driver could be alerted with system messages about the petrol status and another important information.

Waiting rooms, platforms etc...

Directional sound in waiting rooms is used already f.e. Czech Post, banks, but even the platforms at train stations.

When i was living Prague from Main train station last time, i was not able to do a quiet call because of the megaphone. Usage of the omni-directional speakers is making the train station strongly contaminated environment with sound.

Directional sound allows us to solve this problem at halls or platforms. You can create restricted sound locations, where arrivals and departures times are communicated with sound and the rest of the dispatching area will be free of the sound pollution.

Theater hint system

Forget about the hole on stage in theaters with hints and use our technology.

Sit down in any place in theater and broadcast hints on long distances without risk, that it would disturb anyone, or anyone would even register it. Students would appreciate for sure hints at school using this technology :)

Production lines and manufacturing processes

With all the automatization of the production the directional sound brings into this sector great revolution in communication on production lines or manufacturing processes.

Today it is normal that most of the production is handled by automatization, but there is always human labor as well and because of this we are still trying to achieve the best possible communication between machine and human. Until now there is only the visual input, f.e. the next vehicle is approaching etc...

If the human wants to work effectively, he can't, because he attends to visual communication and at this time he can work only with restrictions. If we would use the sound information instead, the worker can steadily dedicate himself for work.