In　current　indoor　environment　monitoring　field,　there　exist　problems　such　as　weakness　of　compatibility　in　collecting　environmental　information,　standard　deficiency　of　processing　environmental　information,　and　complexity　of　hardware　system.　To　solve　these　problems,　a　system　that　can　monitor　multiple　environmental　information　and　control　indoor　environment　remotely　was　designed,　based　on　Xilinx　Zynq　platform　and　IEEE　1451.2　protocol.　The　system　mainly　contained　two　module:　smart　transducer　interface　module　(STIM)　and　network　capable　application　processor　(NCAP).　Between　them,　the　collection　and　standardization　of　environmental　information　was　realized　by　STIM,　based　on　IEEE　1451.2　protocol.　The　remote　access　was　realized　and　the　system　was　controlled　by　NCAP　based　on　the　constrained　application　protocol　(CoAP).　Three　resources,　containing　basic　resource,　compound　resource　and　rule　resource　were　designed　to　guarantee　the　coherence　between　description　and　publication　in　system　business　function.　System　test　results　show　that　the　system　can　realize　remote　monitor　and　control　indoor　environments　effectively　with　a　faster　response　time　to　user＇s　request,　and　a　lower　total　power　consumption.　©　2018,　Editorial　Department　of　Journal　of　Beijing　University　of　Technology.　All　right　reserved.