An apparatus for providing an around view, the apparatus comprising: first and second cameras configured to acquire first and second image information; and a processor, wherein the processor is configured: to generate an around view image including a first area (301, 305) including an overlapping area (331a, 331b, 333a, 333b; 345, 347) and a second area (303, 307) excluding the overlapping area (331a, 331b, 333a, 333b; 345, 347) based on first and second images (321, 325; 323, 327), wherein the overlapping area (331a, 331b, 333a, 333b; 345, 347) is disposed between first and second boundary lines (361; 341, 343; 311, 313, 315, 317) in the first and second images (321, 325; 323, 327), the first boundary (341, 343; 361) line is located in the first area (301, 305), and the second boundary line (311, 313, 315, 317) adjoins the second area (303, 307), characterized by the processor being further configured to generate the around view image in which the second area (303, 307) is changed to include the overlapping area (331a, 331b, 333a, 333b; 345, 347), when it is predicted that a first object passes through the second boundary line (311, 313, 315, 317) due to an approach of the first object within a predetermined distance. first and second cameras configured to acquire first and second image information; and a processor, wherein the processor is configured: to generate an around view image including a first area (301, 305) including an overlapping area (331a, 331b, 333a, 333b; 345, 347) and a second area (303, 307) excluding the overlapping area (331a, 331b, 333a, 333b; 345, 347) based on first and second images (321, 325; 323, 327), wherein the overlapping area (331a, 331b, 333a, 333b; 345, 347) is disposed between first and second boundary lines (361; 341, 343; 311, 313, 315, 317) in the first and second images (321, 325; 323, 327), the first boundary (341, 343; 361) line is located in the first area (301, 305), and the second boundary line (311, 313, 315, 317) adjoins the second area (303, 307), characterized by the processor being further configured to generate the around view image in which the second area (303, 307) is changed to include the overlapping area (331a, 331b, 333a, 333b; 345, 347), when it is predicted that a first object passes through the second boundary line (311, 313, 315, 317) due to an approach of the first object within a predetermined distance. to generate an around view image including a first area (301, 305) including an overlapping area (331a, 331b, 333a, 333b; 345, 347) and a second area (303, 307) excluding the overlapping area (331a, 331b, 333a, 333b; 345, 347) based on first and second images (321, 325; 323, 327), wherein the overlapping area (331a, 331b, 333a, 333b; 345, 347) is disposed between first and second boundary lines (361; 341, 343; 311, 313, 315, 317) in the first and second images (321, 325; 323, 327), the first boundary (341, 343; 361) line is located in the first area (301, 305), and the second boundary line (311, 313, 315, 317) adjoins the second area (303, 307), characterized by the processor being further configured to generate the around view image in which the second area (303, 307) is changed to include the overlapping area (331a, 331b, 333a, 333b; 345, 347), when it is predicted that a first object passes through the second boundary line (311, 313, 315, 317) due to an approach of the first object within a predetermined distance.