Abstract: One variation of a method includes: navigating a set of spray nozzles across a first segment of the target surface according to a toolpath; applying paint onto the first segment of the target surface via the set of spray nozzles; accessing a first image depicting paint applied onto the first segment of the target surface; navigating the set of spray nozzles across a second segment of the target surface according to the toolpath; applying paint onto the second segment of the target surface via the set of spray nozzles; accessing a second image depicting paint applied onto the second segment of the target surface; and aggregating the first image and the second image into a paint map representing application of paint onto the first segment and the second segment of the target surface.

Abstract: A method includes: navigating a spray nozzle across and applying a coating to a region of a structure via the spray nozzle; illuminating the coating applied to the region; detecting an intensity of light emitted by the coating at the region; calculating a coating thickness of the coating applied to the region of the structure based on the intensity of light; in response to the coating thickness exceeding a threshold thickness, confirming application of the coating on the region of the structure; in response to the coating thickness falling below the threshold thickness, flagging the region of the structure for coating repair.

Abstract: In one implementation, a method is disclosed comprising: identifying a sequence of transactional milestones performed by users within an online application; determining individual risk assessments for each transactional milestone, based in part on any vulnerabilities associated with code used to perform those transactional milestones; determining, based on the individual risk assessments, an overall risk assessment for the sequence of transactional milestones; and providing a representation of the sequence of transactional milestones with indications of the individual risk assessments and the overall risk assessment for the sequence of transactional milestones for display by a user interface.

Abstract: One variation of a method includes: navigating a set of spray nozzles across a first segment of the target surface according to a toolpath; applying paint onto the first segment of the target surface via the set of spray nozzles; accessing a first image depicting paint applied onto the first segment of the target surface; navigating the set of spray nozzles across a second segment of the target surface according to the toolpath; applying paint onto the second segment of the target surface via the set of spray nozzles; accessing a second image depicting paint applied onto the second segment of the target surface; and aggregating the first image and the second image into a paint map representing application of paint onto the first segment and the second segment of the target surface.

Abstract: A method includes: navigating a spray nozzle across and applying a coating to a region of a structure via the spray nozzle; illuminating the coating applied to the region; detecting an intensity of light emitted by the coating at the region; calculating a coating thickness of the coating applied to the region of the structure based on the intensity of light; in response to the coating thickness exceeding a threshold thickness, confirming application of the coating on the region of the structure; in response to the coating thickness falling below the threshold thickness, flagging the region of the structure for coating repair.

Abstract: One variation of a method includes: navigating a set of spray nozzles across a first segment of the target surface according to a toolpath; applying paint onto the first segment of the target surface via the set of spray nozzles; accessing a first image depicting paint applied onto the first segment of the target surface; navigating the set of spray nozzles across a second segment of the target surface according to the toolpath; applying paint onto the second segment of the target surface via the set of spray nozzles; accessing a second image depicting paint applied onto the second segment of the target surface; and aggregating the first image and the second image into a paint map representing application of paint onto the first segment and the second segment of the target surface.

Abstract: One variation of a method includes: capturing a first image depicting a target surface; accessing a toolpath including a set of keypoints for execution by the spray system; navigating the set of spray nozzles across a first segment of the target surface; applying paint onto the first segment of the target surface; capturing a second image depicting paint applied onto the first segment of the target surface; navigating the set of spray nozzles across a second segment of the target surface; applying paint onto the second segment of the target surface; capturing a third image depicting paint applied onto the second segment of the target surface; and aggregating the first image, the second image, and the third image into a paint map representing application of paint onto the first segment and the second segment of the target surface.

Abstract: A method includes: navigating a spray nozzle across and applying a coating to a region of a structure via the spray nozzle; illuminating the coating applied to the region; detecting an intensity of light emitted by the coating at the region; calculating a coating thickness of the coating applied to the region of the structure based on the intensity of light; in response to the coating thickness exceeding a threshold thickness, confirming application of the coating on the region of the structure; in response to the coating thickness falling below the threshold thickness, flagging the region of the structure for coating repair.

Abstract: One variation of a method includes: capturing a first image depicting a target surface; accessing a toolpath including a set of keypoints for execution by the spray system; navigating the set of spray nozzles across a first segment of the target surface; applying paint onto the first segment of the target surface; capturing a second image depicting paint applied onto the first segment of the target surface; navigating the set of spray nozzles across a second segment of the target surface; applying paint onto the second segment of the target surface; capturing a third image depicting paint applied onto the second segment of the target surface; and aggregating the first image, the second image, and the third image into a paint map representing application of paint onto the first segment and the second segment of the target surface.

Abstract: One variation of a method includes: capturing a first image depicting a target surface; accessing a toolpath including a set of keypoints for execution by the spray system; navigating the set of spray nozzles across a first segment of the target surface; applying paint onto the first segment of the target surface; capturing a second image depicting paint applied onto the first segment of the target surface; navigating the set of spray nozzles across a second segment of the target surface; applying paint onto the second segment of the target surface; capturing a third image depicting paint applied onto the second segment of the target surface; and aggregating the first image, the second image, and the third image into a paint map representing application of paint onto the first segment and the second segment of the target surface.

Abstract: A stylus system comprises a sensor having a plurality of first conductors and a plurality of second conductors. A receiver is associated with each of the first plurality of conductors and each of the second plurality of conductors. The stylus system has a signal processor configured to perform a Fast Fourier Transform on the signals received by the receivers during a plurality of successive interleaved touch integration periods and stylus integration periods. The system identifies touch events from the FFT of the signals received on the receivers during a touch integration period; and determines the location of a stylus, and information transmitted by the stylus from the FFT of the signals received on the receivers during a stylus integration period or a touch integration period.