An apparatus for organized loading, and unloading of a plurality of objects comprising: a loading and unloading platform; a multi-panel object holding and conveying platform (MPOHCP) connected to the LUP; a first roller conveyor and a second roller conveyor mounted on the LUP, each of the FRC and the SRC comprises a first end and a second end, wherein the second end of the FRC is connected to the first end of the SRC, and wherein each of the FRC and the SRC comprises of a plurality of wheels (108A-N) on a plurality of caster wheel legs (110A-N) respectively; a drive mechanism connected to the LUP and the MPOHCP, wherein the drive mechanism is configured to rotate the MPOHCP from a first direction to a second direction; a Unit Drive System configured to move the LUP and the MPOHCP in one or more directions based on at least one of a first operation and a second operation being performed by the apparatus; a first m-axis collaborative manipulator (FMACM) and a second m-axis collaborative manipulator (SMACM) mounted on the FRC and the SRC, respectively; a bridge conveyor connected to the first end of the FRC; a placement actuator configured to lift and lower the BC; one or more object gripping and conveying systems (OGCS) (122A-N), wherein each of the OGCS (122A-N) comprises a split belt conveyor, and wherein the SBC is operated by a drum motor and lifted and lowered by a split belt lift mechanism; one or more object gripping systems mounted on the one or more OGCS (122A-N) respectively, wherein the each of the one or more OGSs comprises a plurality of suction panels (128A-N); one or more vacuum generators configured to generate vacuum for the plurality of suction panels (128A-N); and an object gripping panel lift mechanism (OGPLM) configured to lift or lower the plurality of suction panels (128A-N) for performing at least one of the first operation and the second operation of one or more objects from a first zone to a second zone. a loading and unloading platform; a multi-panel object holding and conveying platform (MPOHCP) connected to the LUP; a first roller conveyor and a second roller conveyor mounted on the LUP, each of the FRC and the SRC comprises a first end and a second end, wherein the second end of the FRC is connected to the first end of the SRC, and wherein each of the FRC and the SRC comprises of a plurality of wheels (108A-N) on a plurality of caster wheel legs (110A-N) respectively; a drive mechanism connected to the LUP and the MPOHCP, wherein the drive mechanism is configured to rotate the MPOHCP from a first direction to a second direction; a Unit Drive System configured to move the LUP and the MPOHCP in one or more directions based on at least one of a first operation and a second operation being performed by the apparatus; a first m-axis collaborative manipulator (FMACM) and a second m-axis collaborative manipulator (SMACM) mounted on the FRC and the SRC, respectively; a bridge conveyor connected to the first end of the FRC; a placement actuator configured to lift and lower the BC; one or more object gripping and conveying systems (OGCS) (122A-N), wherein each of the OGCS (122A-N) comprises a split belt conveyor, and wherein the SBC is operated by a drum motor and lifted and lowered by a split belt lift mechanism; one or more object gripping systems mounted on the one or more OGCS (122A-N) respectively, wherein the each of the one or more OGSs comprises a plurality of suction panels (128A-N); one or more vacuum generators configured to generate vacuum for the plurality of suction panels (128A-N); and an object gripping panel lift mechanism (OGPLM) configured to lift or lower the plurality of suction panels (128A-N) for performing at least one of the first operation and the second operation of one or more objects from a first zone to a second zone.