Abstract: In some implementations, a system may receive user e-mail data indicating an e-mail address and an e-mail password associated with an e-mail account of a user. The system may access the e-mail account via the e-mail address and the e-mail password. The system may identify, in the e-mail account, a sign-up authentication e-mail message associated with a sign-up by the user with an interaction party based on one or more sign-up indicators associated with the sign-up authentication e-mail message. The system may transmit a notification, to a user device, requesting confirmation that the user signed up for an account with the interaction party. The system may receive, from the user device, a user input confirming that the user signed up for the account. The system may activate a link in the sign-up authentication e-mail message to authenticate the sign-up.

Abstract: In some implementations, a system may receive user e-mail data indicating an e-mail address and an e-mail password associated with an e-mail account of a user. The system may access the e-mail account via the e-mail address and the e-mail password. The system may identify, in the e-mail account, a sign-up authentication e-mail message associated with a sign-up by the user with an interaction party based on one or more sign-up indicators associated with the sign-up authentication e-mail message. The system may transmit a notification, to a user device, requesting confirmation that the user signed up for an account with the interaction party. The system may receive, from the user device, a user input confirming that the user signed up for the account. The system may activate a link in the sign-up authentication e-mail message to authenticate the sign-up.

Abstract: In some implementations, a system may receive a first request including a user internet protocol (IP) address associated with the first request, and a user e-mail address associated with an e-mail account of a user. The system may store the submission IP address in association with the first request. The system may transmit a confirmation e-mail message to the user e-mail address. The confirmation e-mail message may include image data associated with the first request. The system may receive, from an e-mail client associated with the user e-mail account, a second request to access the image data. The second request may include a confirmation IP address. The system may perform a comparison of the requesting and submission IP addresses and the submission IP address. The system may transmit, to the e-mail client, an image associated with the image data and based on the comparison.

Abstract: In some implementations, a system may receive a first request including a user internet protocol (IP) address associated with the first request, and a user e-mail address associated with an e-mail account of a user. The system may store the submission IP address in association with the first request. The system may transmit a confirmation e-mail message to the user e-mail address. The confirmation e-mail message may include image data associated with the first request. The system may receive, from an e-mail client associated with the user e-mail account, a second request to access the image data. The second request may include a confirmation IP address. The system may perform a comparison of the requesting and submission IP addresses and the submission IP address. The system may transmit, to the e-mail client, an image associated with the image data and based on the comparison.

Abstract: In some implementations, a system may receive a first request including a user internet protocol (IP) address associated with the first request, and a user e-mail address associated with an e-mail account of a user. The system may store the submission IP address in association with the first request. The system may transmit a confirmation e-mail message to the user e-mail address. The confirmation e-mail message may include image data associated with the first request. The system may receive, from an e-mail client associated with the user e-mail account, a second request to access the image data. The second request may include a confirmation IP address. The system may perform a comparison of the requesting and submission IP addresses and the submission IP address. The system may transmit, to the e-mail client, an image associated with the image data and based on the comparison.

Abstract: In some implementations, a system may receive user e-mail data indicating an e-mail address and an e-mail password associated with an e-mail account of a user. The system may access the e-mail account via the e-mail address and the e-mail password. The system may identify, in the e-mail account, a sign-up authentication e-mail message associated with a sign-up by the user with an interaction party based on one or more sign-up indicators associated with the sign-up authentication e-mail message. The system may transmit a notification, to a user device, requesting confirmation that the user signed up for an account with the interaction party. The system may receive, from the user device, a user input confirming that the user signed up for the account. The system may activate a link in the sign-up authentication e-mail message to authenticate the sign-up.

Abstract: Systems, methods, and apparatus are described herein for providing an adaptive media traffic management process. The adaptive media traffic management process may be provided to identify available slots in a log, identify unscheduled media information that can be scheduled in the available slots, and determine how to schedule the unscheduled media information to generate a revised (e.g., optimized) log. A computing device may receive a log associated with a media channel from another computing device that is associated with an administrative user. The computing device may identify an available slot. The computing device may automatically assign an unscheduled portion of media information to the available slot. The computing device may generate a revised log that includes the unscheduled portion of media information in the available slot. The computing device may send the revised log to the computing device associated with the administrative user.

Abstract: A suspension mount assembly for mounting a subframe to a frame of a vehicle having a frame rail is provided. The suspension mount assembly includes a cross member and a stay. The cross member is coupled to the frame rail and at least partially defines a recess. The subframe includes a distal end at least partially positioned within the recess at a mounting point defined along a central axis of the recess. The stay couples the cross member to the frame rail and retains the subframe at least partially positioned within the recess at the mounting point.

Abstract: A suspension mount assembly for mounting a subframe to a frame of a vehicle having a frame rail is provided. The suspension mount assembly includes a cross member and a stay. The cross member is coupled to the frame rail and at least partially defines a recess. The subframe includes a distal end at least partially positioned within the recess at a mounting point defined along a central axis of the recess. The stay couples the cross member to the frame rail and retains the subframe at least partially positioned within the recess at the mounting point.

Abstract: A debris protector for use with a vehicle lamp assembly installed to an opening in a vehicle body panel or garnish to prevent the migration of accumulated road debris through a gap between the lamp assembly and the body panel opening. Such a debris protector is generally in the form of a cover element that is installable along an upper, hidden portion of a vehicle lamp assembly and an inner surface of a corresponding vehicle body panel or garnish to prevent road debris from accumulating on the lamp assembly near the body panel opening. Such a debris protector may also include a seal that is located between the cover element and the rear surface of a body panel or garnish to assist with the debris blocking function of the cover element.

Abstract: A debris protector for use with a vehicle lamp assembly installed to an opening in a vehicle body panel or garnish to prevent the migration of accumulated road debris through a gap between the lamp assembly and the body panel opening. Such a debris protector is generally in the form of a cover element that is installable along an upper, hidden portion of a vehicle lamp assembly and an inner surface of a corresponding vehicle body panel or garnish to prevent road debris from accumulating on the lamp assembly near the body panel opening. Such a debris protector may also include a seal that is located between the cover element and the rear surface of a body panel or garnish to assist with the debris blocking function of the cover element.

Abstract: Some embodiments include an automotive variable attenuated transmittance device having a predetermined minimum transmittance. Such devices can include a suspended particle device, liquid crystal device, polymer dispersed liquid crystal device, or electrochromic device. Some embodiments also include a manual and/or automatic control system for varying transmittance according to any of a variety of data including, without limitation, position, orientation, transmitted power, and/or the position of an occupant's head.

Abstract: Some embodiments include an automotive variable attenuated transmittance device having a predetermined minimum transmittance. Such devices can include a suspended particle device, liquid crystal device, polymer dispersed liquid crystal device, or electrochromic device. Some embodiments also include a manual and/or automatic control system for varying transmittance according to any of a variety of data including, without limitation, position, orientation, transmitted power, and/or the position of an occupant's head.

Abstract: Synthetic receptor cores are provided that comprise a compound represented by the following formula: wherein R1, R2, and R3 independently comprise at least one moiety chosen from a hydroxyl group, an amine group, and derivatives thereof. Synthetic receptor cores are provided that comprise a compound represented by the following formula: wherein R comprises at least one moiety chosen from a hydroxyl group, an amine group, and derivatives thereof. Synthetic receptors are provided that comprise a synthetic receptor core; and an analyte binding moiety, wherein the analyte binding moiety is capable of complexion with an analyte. Systems, methods, and kits are also provided that use a synthetic receptor.