Vehicle detection systems and methods of operation thereof

A non-transitory computer readable medium comprising a plurality of instructions stored therein, which when executed by one or more processors, cause the processors to perform the plurality of instructions comprising:

• receiving a first parking location search request from a first mobile device, the first parking location search request including one or more first parking location search parameters and location data identifying a location of the first mobile device;
• determining a location of the first mobile device based on the location data of the first mobile device;
• identifying, without requiring user input, second parking location search parameters based on the one or more first parking location search parameters and a user profile associated with the first mobile device;
• identifying a first geographical region based on the location data of the first mobile device;
• identifying available parking locations within the first geographical region;
• determining a transaction rate for each of the one or more available parking locations based on parameters including a number of the one or more available parking locations within the first geographical region;
• reserving, without requiring user input, a first parking location from the available parking locations based on the one or more first parking location search parameters;
• and
• in response to the reserving, transmitting instructions to the first mobile device to present one or more direction instructions to direct a user of the first mobile device to the first parking location.

A computer-implemented method for finding a parking location, comprising:

• receiving a first parking location search request from a first mobile device, the first parking location search request including one or more first parking location search parameters and location data identifying a location of the first mobile device;
• determining a location of the first mobile device based on the location data of the first mobile device;
• identifying, without requiring user input, second parking location search parameters based on the one or more first parking location search parameters and a user profile associated with the first mobile device;
• identifying a first geographical region based on the location data of the first mobile device;
• identifying available parking locations within the first geographical region;
• determining a transaction rate for each of the one or more available parking locations based on parameters including a number of the one or more available parking locations within the first geographical region;
• reserving, without requiring user input, a first parking location from the available parking locations based on the one or more first parking location search parameters;
• and
• in response to the reserving, transmitting instructions to the first mobile device to present one or more direction instructions to direct a user of the first mobile device to the first parking location.