A method of continuous processing of flexible glass ribbon having a thickness of no more than 0.35 mm using a glass processing apparatus, the method comprising: continuously feeding the flexible glass ribbon through the glass processing apparatus, the glass processing apparatus comprising a cutting zone, including an edge trimming apparatus configured to separate an edge (102, 104) of the flexible glass ribbon as the flexible glass ribbon moves; controlling feed rate of the flexible glass ribbon through the cutting zone using a global control device; and controlling lateral position of the flexible glass ribbon through the cutting zone using a multi-axis steering apparatus comprising a first roller set and a second roller set located downstream of the first roller set, wherein the first roller set includes a first roller pair located at a first edge of the flexible glass ribbon and a second roller pair located at a second edge of the flexible glass ribbon opposite the first edge, wherein the second roller set includes a first roller pair located at the first edge of the flexible glass ribbon and a second roller pair located at the second edge of the flexible glass ribbon, characterised in that the step of controlling the lateral position of the flexible glass ribbon includes: providing a speed differential between the first roller pair (156, 164) and the second roller pair (158, 166) of one or both of the first roller set and the second roller set, and/or, changing a direction of rotation of one or both of the first roller pair (156, 164) and the second roller pair (158,166) of one or both of the first roller set and the second roller set to be offset from a machine centerline. continuously feeding the flexible glass ribbon through the glass processing apparatus, the glass processing apparatus comprising a cutting zone, including an edge trimming apparatus configured to separate an edge (102, 104) of the flexible glass ribbon as the flexible glass ribbon moves; controlling feed rate of the flexible glass ribbon through the cutting zone using a global control device; and controlling lateral position of the flexible glass ribbon through the cutting zone using a multi-axis steering apparatus comprising a first roller set and a second roller set located downstream of the first roller set, wherein the first roller set includes a first roller pair located at a first edge of the flexible glass ribbon and a second roller pair located at a second edge of the flexible glass ribbon opposite the first edge, wherein the second roller set includes a first roller pair located at the first edge of the flexible glass ribbon and a second roller pair located at the second edge of the flexible glass ribbon, characterised in that the step of controlling the lateral position of the flexible glass ribbon includes: providing a speed differential between the first roller pair (156, 164) and the second roller pair (158, 166) of one or both of the first roller set and the second roller set, and/or, changing a direction of rotation of one or both of the first roller pair (156, 164) and the second roller pair (158,166) of one or both of the first roller set and the second roller set to be offset from a machine centerline. providing a speed differential between the first roller pair (156, 164) and the second roller pair (158, 166) of one or both of the first roller set and the second roller set, and/or, changing a direction of rotation of one or both of the first roller pair (156, 164) and the second roller pair (158,166) of one or both of the first roller set and the second roller set to be offset from a machine centerline.