System for autonomously generating a security solution for a property

A method comprising:

• accessing a representation of a property, the representation depicting a building and exterior features located on the property;
• detecting a set of zones located on the property based on the representation of the property;
• for each zone in the set of zones:
• characterizing a zone type of the zone;
• and
• accessing a predefined preference prompt corresponding to the zone type of the zone;
• aggregating a set of predefined preference prompts for the set of zones into an electronic survey;
• serving the electronic survey to a user via a user portal;
• accessing an installation preference defined by the user for installing a security system on the property, the installation preference defined by the user responsive to the electronic survey;
• accessing a definition of a surveillance zone of the property for surveillance by the security system;
• generating a first sensor configuration for a set of sensors of the security system, the first sensor configuration:
• fulfilling the installation preference;
• encompassing the surveillance zone;
• and
• characterized by a first set of sensor positions;
• simulating a first field of view of the first sensor configuration based on:
• the representation of the property;
• and
• properties of the set of sensors;
• calculating a first security score for the first sensor configuration based on the first field of view of the first sensor configuration;
• perturbing the first set of sensor positions of the first sensor configuration to generate a second set of sensor positions;
• generating a second sensor configuration for the set of sensors, the second sensor configuration:
• fulfilling the installation preference;
• encompassing the surveillance zone;
• and
• characterized by the second set of sensor positions;
• simulating a second field of view of the second sensor configuration based on:
• the representation of the property;
• and
• properties of the set of sensors;
• calculating a second security score for the second sensor configuration based on the second field of view of the second sensor configuration;
• and
• in response to the second security score exceeding the first security score, serving the second sensor configuration to the user via a user portal.

A method comprising:

• dispatching an aerial vehicle to execute a scan of a property;
• accessing a set of images captured by the aerial vehicle during the scan;
• detecting a building and a set of exterior features located on the property based on the set of images;
• aggregating the set of images into a representation of the property, the representation depicting the building and the set of exterior features located on the property;
• rendering the representation of the property, annotated with the building and the set of exterior features, to a user via a user portal;
• generating a prompt to define a two-dimensional surveillance zone of the property in the representation of the property;
• serving the prompt to the user via the user portal;
• receiving selection of the two-dimensional surveillance zone of the property from the user, responsive to the prompt, via the user portal;
• defining a three-dimensional surveillance zone of the property based on the two- dimensional surveillance zone and the representation of the property;
• accessing an installation preference defined by the user for installing a security system on the property;
• generating a first sensor configuration for a set of sensors of the security system, the first sensor configuration:
• fulfilling the installation preference;
• encompassing the three-dimensional surveillance zone;
• and
• characterized by a first set of sensor positions;
• simulating a first field of view of the first sensor configuration based on:
• the representation of the property;
• and
• properties of the set of sensors;
• calculating a first security score for the first sensor configuration based on the first field of view of the first sensor configuration;
• perturbing the first set of sensor positions of the first sensor configuration to generate a second set of sensor positions;
• generating a second sensor configuration for the set of sensors, the second sensor configuration:
• fulfilling the installation preference;
• encompassing the three-dimensional surveillance zone;
• and
• characterized by the second set of sensor positions;
• simulating a second field of view of the second sensor configuration based on:
• the representation of the property;
• and
• properties of the set of sensors;
• calculating a second security score for the second sensor configuration based on the second field of view of the second sensor configuration;
• and
• in response to the second security score exceeding the first security score, serving the second sensor configuration to the user via a user portal.

A method comprising:

• accessing a representation of a property, the representation depicting a building and exterior features located on the property;
• accessing an installation preference defined by a user for installing a security system on the property, the installation preference specifying exclusion of sensors installed on surfaces of the building characterized by a surface type;
• accessing a definition of a surveillance zone of the property for surveillance by the security system;
• generating a first sensor configuration for a set of sensors of the security system, the first sensor configuration:
• encompassing the surveillance zone;
• characterized by a first set of sensor positions;
• and
• specifying installation of a sensor on a surface of the building characterized by the surface type;
• simulating a first field of view of the first sensor configuration based on:
• the representation of the property;
• and
• properties of the set of sensors;
• calculating a first security score for the first sensor configuration based on the first field of view of the first sensor configuration;
• in response to the first sensor configuration specifying installation of the sensor on the surface characterized by the surface type:
• perturbing the first set of sensor positions of the first sensor configuration to generate a second set of sensor positions;
• and
• generating a second sensor configuration for the set of sensors, the second sensor configuration:
• encompassing the surveillance zone;
• characterized by the second set of sensor positions;
• and
• excluding sensors installed on surfaces characterized by the surface type;
• simulating a second field of view of the second sensor configuration based on:
• the representation of the property;
• and
• properties of the set of sensors;
• calculating a second security score for the second sensor configuration based on the second field of view of the second sensor configuration;
• and
• in response to the second security score falling below the first security score, serving the first sensor configuration, annotated with the first security score and the sensor installed on the surface, and the second sensor configuration, annotated with the second security score, to the user via a user portal.