A method, comprising: collecting data for a borehole, comprising drilling data, cementing data and cementing evaluation data, wherein the collected data comprises simulated data from one or more simulations of the borehole and measured data from the borehole; designing an integrated wellbore isolation plan based on the collected data for the borehole, the integrated wellbore isolation plan comprising a drilling plan and a cementing plan for the borehole; mapping the collected data comprising the drilling data, cementing data and cementing evaluation data onto a data map of the borehole along a depth of the borehole from which the collected data was collected, wherein the collected data is mapped as a function of depth along the borehole; setting zonal isolation parameters for the borehole based on the integrated wellbore isolation plan; drilling at least a portion of the borehole according to the drilling plan; monitoring borehole conditions during drilling the borehole, such as temperature, pressure, fluid type or fluid flowrate; making a comparison between the borehole conditions and the drilling plan and determining whether the zonal isolation parameters are achievable based on the borehole conditions; modifying the drilling plan based on real time measurements of the borehole conditions during the drilling when the zonal isolation parameters are determined not to be achievable based on the borehole conditions; cementing at least a portion of the borehole according to the cementing plan; simulating the cementing plan prior to cementing to determine if the zonal isolation parameters are achievable; monitoring the cementing in real time; providing a real-time comparison between the monitored cementing and the simulated cementing plan; and modifying the cementing plan when the zonal isolation parameters are determined to not be achievable. collecting data for a borehole, comprising drilling data, cementing data and cementing evaluation data, wherein the collected data comprises simulated data from one or more simulations of the borehole and measured data from the borehole; designing an integrated wellbore isolation plan based on the collected data for the borehole, the integrated wellbore isolation plan comprising a drilling plan and a cementing plan for the borehole; mapping the collected data comprising the drilling data, cementing data and cementing evaluation data onto a data map of the borehole along a depth of the borehole from which the collected data was collected, wherein the collected data is mapped as a function of depth along the borehole; setting zonal isolation parameters for the borehole based on the integrated wellbore isolation plan; drilling at least a portion of the borehole according to the drilling plan; monitoring borehole conditions during drilling the borehole, such as temperature, pressure, fluid type or fluid flowrate; making a comparison between the borehole conditions and the drilling plan and determining whether the zonal isolation parameters are achievable based on the borehole conditions; modifying the drilling plan based on real time measurements of the borehole conditions during the drilling when the zonal isolation parameters are determined not to be achievable based on the borehole conditions; cementing at least a portion of the borehole according to the cementing plan; simulating the cementing plan prior to cementing to determine if the zonal isolation parameters are achievable; monitoring the cementing in real time; providing a real-time comparison between the monitored cementing and the simulated cementing plan; and modifying the cementing plan when the zonal isolation parameters are determined to not be achievable.