A system utilizing augmented visualization, the system comprising: at least one processor configured to; obtain one or more preoperative images of a patient; geometrically register the one or more preoperative images together based on common features or reference points in the one or more preoperative images; provide a treatment plan including a planned implant location; overlay the geometrically registered preoperative images and/or the planned implant location on the patient such that they appear directly superimposed on target regions of the patient; and provide navigational instructions for creating a drilling hole and/or inserting an implant based on a positional relationship between the overlaid geometrically registered preoperative images and the planned implant location; wherein the processor is further configured to determine the final location of the implant based on (i) a geometry data of a handpiece, components of the handpiece and/or implant and/or (ii) postoperative images of the treatment region; characterized in that the processor is further configured to determine the final location of the implant by (i) tracking a clinical environment of the patient; (ii) tracking a handpiece location relative to the clinical environment; (iii) tracking a drill location relative to the handpiece location; (iv) obtaining a drill location relative to the clinical environment; and (v) obtaining dimensions of an implant driver used to drive the implant into the final location. at least one processor configured to; obtain one or more preoperative images of a patient; geometrically register the one or more preoperative images together based on common features or reference points in the one or more preoperative images; provide a treatment plan including a planned implant location; overlay the geometrically registered preoperative images and/or the planned implant location on the patient such that they appear directly superimposed on target regions of the patient; and provide navigational instructions for creating a drilling hole and/or inserting an implant based on a positional relationship between the overlaid geometrically registered preoperative images and the planned implant location; obtain one or more preoperative images of a patient; geometrically register the one or more preoperative images together based on common features or reference points in the one or more preoperative images; provide a treatment plan including a planned implant location; overlay the geometrically registered preoperative images and/or the planned implant location on the patient such that they appear directly superimposed on target regions of the patient; and provide navigational instructions for creating a drilling hole and/or inserting an implant based on a positional relationship between the overlaid geometrically registered preoperative images and the planned implant location; wherein the processor is further configured to determine the final location of the implant based on (i) a geometry data of a handpiece, components of the handpiece and/or implant and/or (ii) postoperative images of the treatment region; characterized in that the processor is further configured to determine the final location of the implant by (i) tracking a clinical environment of the patient; (ii) tracking a handpiece location relative to the clinical environment; (iii) tracking a drill location relative to the handpiece location; (iv) obtaining a drill location relative to the clinical environment; and (v) obtaining dimensions of an implant driver used to drive the implant into the final location.