This　paper　proposes　a　distributed　computing　environment　based　on　data-driven　mechanism,　which　can　be　deployed　on　different　levels　of　Industrial　Internet,　designs　and　implements　an　Industrial　Internet　architecture　with　high　reusability　and　rapid　deployment.　This　architecture　has　the　consistency　of　the　computing　environment　in　the　cloud　and　terminal　control　layer,　which　is　beneficial　to　the　realization　of　remote　management　and　collaborative　control　of　Industrial　Internet.　Data　driven　technology　enables　heterogeneous　industrial　equipment　to　achieve　interconnection　and　interworking　at　a　low　cost.　The　multi-engine　computing　environment　constructed　by　it　is　not　only　an　effective　method　to　solve　the　application　design　and　development　of　complex　systems,　but　also　a　key　technology　to　realize　edge　computing　and　fog　computing.　This　paper　designed　a　corresponding　test　bed　platform,　test　results　show　that　the　technology　can　not　only　provide　connectivity　of　heterogeneous　data　source　and　efficient　technical　support,　and　to　ensure　that　the　distributed　industrial　equipment　real-Time　and　synchronization　of　data　transmission,　but　also　has　the　strong　edge　computing　capabilities　to　cope　with　the　constantly　generated　data　stream,　and　reducing　the　pressure　of　the　cloud　server　storage,　computing.　©　Published　under　licence　by　IOP　Publishing　Ltd.