Abstract: Horticulture automation systems, devices, and methods are disclosed herein. In some embodiments, a horticulture automation system for indoor vertical farming can include a sensor input configured to receive sensor readings related to a horticulture environment, an internet of things (“IoT”) module operably coupled to the sensor input, power supply channels coupled to luminaire panels, and a power control unit that controls the transfer and distribution of the power from a power supply to the power supply channels. The IoT module can communicate the sensor readings to a database and receive instructions to manage the horticulture environment. The device can be attached to a vertical grow rack and/or near a grow deck.

Abstract: Horticulture luminaire panel assemblies for providing adjustable lighting to crops and associated systems and methods are disclosed herein. In some embodiments, a horticulture luminaire assembly includes an adjustable frame assembly carrying multiple luminaire panels. In some embodiments, a horticulture luminaire assembly includes luminaire devices mounted onto cross beams of a vertical grow rack. The luminaire panels can include an array of controllable lighting elements and a conformable lens that is dispensed directly over the lighting elements. The conformable lens can dissipate heat across the panel and protect the electronics of the panel from humidity and other corrosive climate conditions often found in indoor cultivation facilities, all while simulating natural light suitable for growth of organic products.

Abstract: A server cabinet includes a rack region bounded by a first door and configured to house network devices, a camera configured to surveil an area proximate the door, a lock configured to releasably lock the door in a closed position, and a PDU configured to supply power to the network devices. The PDU also includes a first data port configured to communicate with the camera, a second data port configured to communicate with the lock, and a network connectivity module configured to communicate with a remote computer.

Abstract: Systems, devices, and methods for a digital signage display assembly. The display assembly includes: a bracket configured to be attached to a wall; a display module configured to be releasably attached to the bracket; a bezel configured to secure the display to the bracket; and a connector module comprising a display-side component affixed to the display, a bracket-side component affixed to the bracket, and a bezel-side connector affixed to the bezel; wherein the bracket-side component is configured for releasable electrical and mechanical engagement with the display-side component.

Abstract: A display assembly includes: a bracket having a first connector; a display device having a radio, a processing module, a display screen, and a second connector; and a bezel having a peripheral device and a third connector. The radio is configured to: receive content from an external network; push the content to the display screen; and exchange control signals with the processing module.

Abstract: Systems, devices, and methods for a digital signage display assembly. The display assembly includes: a bracket configured to be attached to a wall; a display module configured to be releasably attached to the bracket; a bezel configured to secure the display to the bracket; and a connector module comprising a display-side component affixed to the display, a bracket-side component affixed to the bracket, and a bezel-side connector affixed to the bezel; wherein the bracket-side component is configured for releasable electrical and mechanical engagement with the display-side component.

Abstract: A power distribution system for use with rack mounter computer devices includes a cabinet and a PDU. The cabinet includes: a rack region having a plurality of rail pairs for supporting a plurality of computer devices; a bus region having a base mount support and a server connector module; and a PDU configured for receipt within the bus region. The PDU includes: a plurality of electrical outlets configured to supply power to the computing devices; a PDU connector configured for releasable engagement with the server connector module; and a base mount configured to permit the PDU to pivot about the base mount support.

Abstract: A server cabinet includes a rack region bounded by a first door and configured to house network devices, a camera configured to surveil an area proximate the door, a lock configured to releasably lock the door in a closed position, and a PDU configured to supply power to the network devices. The PDU also includes a first data port configured to communicate with the camera, a second data port configured to communicate with the lock, and a network connectivity module configured to communicate with a remote computer.

Abstract: A power distribution system for use with rack mounter computer devices includes a cabinet and a PDU. The cabinet includes: a rack region having a plurality of rail pairs for supporting a plurality of computer devices; a bus region having a base mount support and a server connector module; and a PDU configured for receipt within the bus region. The PDU includes: a plurality of electrical outlets configured to supply power to the computing devices; a PDU connector configured for releasable engagement with the server connector module; and a base mount configured to permit the PDU to pivot about the base mount support.