An integrated hose assembly with monitoring comprising: a hose assembly including a hose having a first conductive layer and a second conductive layer, the first conductive layer electrically connected to a nipple and the second conductive layer electrically connected to a socket, and wherein the first and second conductive layers are separated by an insulating layer; a monitoring assembly comprising: a housing rotatably mounted around at least a portion of the hose assembly; a first flexibly resilient conductive lead (100a, 100b) seated within the housing and electrically contacting a first outer surface of the hose assembly such that the first flexibly resilient conductive lead is electrically connected to the nipple; a second flexibly resilient conductive lead (102a, 102b) seated within the housing and electrically contacting a second outer surface of the hose assembly such that the second flexibly resilient conductive lead is electrically connected to the socket; and a monitoring circuit electrically connected to the first flexibly resilient conductive lead and the second flexibly resilient conductive lead; wherein the first and second flexibly resilient conductive leads each include a first and second surface (112, 114) with a bend point between the first and second surfaces, characterized in that the first and second surfaces and the bend point form a radially overlapping u-shaped section of each of the first and second flexibly resilient conductive leads. a hose assembly including a hose having a first conductive layer and a second conductive layer, the first conductive layer electrically connected to a nipple and the second conductive layer electrically connected to a socket, and wherein the first and second conductive layers are separated by an insulating layer; a monitoring assembly comprising: a housing rotatably mounted around at least a portion of the hose assembly; a first flexibly resilient conductive lead (100a, 100b) seated within the housing and electrically contacting a first outer surface of the hose assembly such that the first flexibly resilient conductive lead is electrically connected to the nipple; a second flexibly resilient conductive lead (102a, 102b) seated within the housing and electrically contacting a second outer surface of the hose assembly such that the second flexibly resilient conductive lead is electrically connected to the socket; and a monitoring circuit electrically connected to the first flexibly resilient conductive lead and the second flexibly resilient conductive lead; a housing rotatably mounted around at least a portion of the hose assembly; a first flexibly resilient conductive lead (100a, 100b) seated within the housing and electrically contacting a first outer surface of the hose assembly such that the first flexibly resilient conductive lead is electrically connected to the nipple; a second flexibly resilient conductive lead (102a, 102b) seated within the housing and electrically contacting a second outer surface of the hose assembly such that the second flexibly resilient conductive lead is electrically connected to the socket; and a monitoring circuit electrically connected to the first flexibly resilient conductive lead and the second flexibly resilient conductive lead;