An article of traffic signaling device system, comprising: (a) a safety brake and running light assembly comprising a plurality of LEDs to accommodate use by a motorcycle rider or user of non-enclosed vehicles on a jacket or other similar garment that will be more conspicuous to other drivers on the road, said assembly comprising a LED control for providing either a high intensity current or a low intensity current to said plurality of LEDS, corresponding to a high intensity lighting and a low intensity lighting, respectively; (b) means for fastening said safety brake and running light assembly to a back side of said jacket or said other similar garment so as to be able to remove said safety brake and running light assembly, easily characterized in comprising: (c) a control box panel having an electrical circuit platform comprising a fog mode switch that can be manipulated by the rider to switch between a normal mode and a fog mode of said plurality of LEDs, said control box being electrically connectable to existing wiring of a signaling device system of a motorcycle or non-enclosed vehicle, which signaling device system comprises a tail and brake light, a front brake light switch, and a rear brake light switch, wherein, once connected, said existing wiring is a source of electric energy for the operation of the safety brake and running light assembly; (d) connection means for providing a continuous power supply of electric energy from said control box panel to said safety brake and running light assembly without having to electrically splice said connection means thereof; wherein said electrical circuit platform is configured to: in said normal mode, allow the LEDs to operate at a high intensity voltage corresponding to said high intensity lighting while either said front brake light switch or rear brake light switch is closed each time a brake of said motorcycle or said non-enclosed vehicle is activated; in said fog mode, allow the LEDs to continuously operate at the high intensity voltage by overriding the front brake light switch and the rear brake light switch. (a) a safety brake and running light assembly comprising a plurality of LEDs to accommodate use by a motorcycle rider or user of non-enclosed vehicles on a jacket or other similar garment that will be more conspicuous to other drivers on the road, said assembly comprising a LED control for providing either a high intensity current or a low intensity current to said plurality of LEDS, corresponding to a high intensity lighting and a low intensity lighting, respectively; (b) means for fastening said safety brake and running light assembly to a back side of said jacket or said other similar garment so as to be able to remove said safety brake and running light assembly, easily characterized in comprising: (c) a control box panel having an electrical circuit platform comprising a fog mode switch that can be manipulated by the rider to switch between a normal mode and a fog mode of said plurality of LEDs, said control box being electrically connectable to existing wiring of a signaling device system of a motorcycle or non-enclosed vehicle, which signaling device system comprises a tail and brake light, a front brake light switch, and a rear brake light switch, wherein, once connected, said existing wiring is a source of electric energy for the operation of the safety brake and running light assembly; (d) connection means for providing a continuous power supply of electric energy from said control box panel to said safety brake and running light assembly without having to electrically splice said connection means thereof; in said normal mode, allow the LEDs to operate at a high intensity voltage corresponding to said high intensity lighting while either said front brake light switch or rear brake light switch is closed each time a brake of said motorcycle or said non-enclosed vehicle is activated; in said fog mode, allow the LEDs to continuously operate at the high intensity voltage by overriding the front brake light switch and the rear brake light switch.