The　response　amplification　technology,　which　enhances　the　efficiency　of　shock　absorption　apparatuses,　has　been　widely　applied　in　the　field　of　shock　absorption　control　for　engineering　structures.　Researchers　have　proposed　and　verified　through　numerical　analysis　and　experiments　more　structural　forms　of　this　technology　as　applicable.　The　functions　are　also　more　comprehensive,　such　as　increased　utilization　rate　of　structural　space　and　economy.　The　development　of　its　theoretical　foundation　has　progressed　from　constant　solutions　based　on　small　deformations　to　solutions　that　reflect　the　time-varying　characteristics　of　the　amplification　factor　of　the　brace-damping　system.　Simultaneously,　the　influencing　factors　of　the　amplification　factor　have　been　analyzed　in　detail　to　provide　better　theoretical　guidance　for　engineering　practice.　This　paper　provides　a　detailed　discussion　on　the　research　overview　of　the　response　amplification　technology　and　the　influencing　factors　of　the　amplification　factor.　The　conclusion　introduces　the　significance　of　using　this　technology,　comprehensively　analyzes　the　deficiencies　and　limitations　of　existing　response　amplification　technology,　and　points　out　the　research　and　development　direction,　with　the　expectation　of　providing　ideas　for　further　development.