Utilizing　a　hardware-based　random　number　generator　is　a　viable　strategy　for　enhancing　the　security　of　the　fundamental　procedures　in　handling　sensitive　data　within　a　computer　system.　Given　the　substantial　volume　of　data　generated　by　intelligent　devices,　there　is　an　increasing　need　for　a　random　number　generator　that　is　quick,　cost-effective,　simplified,　and　trustworthy.　Such　a　generator　is　considered　the　most　suitable　fundamental　for　performing　encryption　algorithms.　This　work　presents　a　novel　approach　to　developing　a　real　random　number　generator　for　general　uses,　utilizing　MEMS　switch　technology.　In　order　to　enhance　the　level　of　unpredictability,　the　implementation　involves　the　utilization　of　a　voltage-controlled　switch　array　and　the　allocation　of　dedicated　reference　comparison　devices.　The　examination　of　circuit　simulation　performance　demonstrates　that　the　suggested　method　exhibits　verifiable　randomness　in　the　test　model　and　efficiency　in　energy　consumption.　©　2023　IEEE.