In　the　remote　attestation　on　Trusted　Computer　(TC)　computing　mode　TCCP,　the　trusted　computer　TC　has　an　excessive　burden,　and　anonymity　and　platform　configuration　information　security　of　computing　nodes　cannot　be　guaranteed.　To　overcome　these　defects,　based　on　the　research　on　and　analysis　of　current　schemes,　we　propose　an　anonymous　proof　protocol　based　on　property　certificate.　The　platform　configuration　information　is　converted　by　the　matrix　algorithm　into　the　property　certificate,　and　the　remote　attestation　is　implemented　by　trusted　ring　signature　scheme　based　on　Strong　RSA　Assumption.　By　the　trusted　ring　signature　scheme　based　on　property　certificate,　we　achieve　the　anonymity　of　computing　nodes　and　prevent　the　leakage　of　platform　configuration　information.　By　simulation,　we　obtain　the　computational　efficiency　of　the　scheme.　We　also　expand　the　protocol　and　obtain　the　anonymous　attestation　based　on　ECC.　By　scenario　comparison,　we　obtain　the　trusted　ring　signature　scheme　based　on　RSA,　which　has　advantages　with　the　growth　of　the　ring　numbers.　©　2014　Zhen-Hu　Ning　et　al.