Experimental and theoretical study is presented of the steering of dark spatial soliton arrays and the beams guided by them. The steering is purely power dependent. The solitons could be scanning over about 40 micron. Also it is possible to steer solitons by change of effective amplification. Dark soliton effective adiabatic amplification can be obtained by tapering the planar waveguides. It is possible to address more channels for single dark solitons in optical interconnects.