With　the　increasing　adoption　of　LIDAR　technology　in　recent　years,　the　beam　scanning　system,　an　integral　component　of　LIDAR,　has　garnered　significant　attention.　The　beam　scanning　system　represents　a　laser　scanning　technology　capable　of　achieving　rapid,　highly　precise,　and　stable　performance.　However,　conventional　mechanical　beam　scanning　systems,　which　are　widely　used,　suffer　from　large　size　and　susceptibility　to　wear　and　tear.　Similarly,　solid-state　beam　scanning　systems　often　encounter　issues　such　as　limited　scanning　angles　and　slow　scanning　speeds.　To　address　the　shortcomings　of　existing　solutions,　we　propose　a　novel　solid-state　beam　scanning　system　based　on　Metasurface-integrated　VCSEL　as　the　laser　light　source　in　this　paper.　By　redirecting　the　outgoing　laser　light　from　the　Metasurface-integrated　VCSELs,　we　generate　a　large-area　spatial　point　cloud　in　space,　thereby　facilitating　beam　scanning　tasks.　Additionally,　we　validate　the　efficacy　of　our　proposed　system　through　experimentation　using　an　FPGA　demo　board　to　simulate　the　VCSEL　driver　chip.　This　experimental　verification　successfully　demonstrates　the　real-time　dynamic　beam　scanning　capabilities　of　our　proposed　scheme.　©　2024　SPIE.