Implant restoration in the aesthetic zone involves substantial clinical risks and challenges. With the application and development of digital technology, shifting the focus of treatment to the initial design phase to guide subsequent surgery, to reduce operational difficulty, to enhance the predictability of treatment outcomes, and ultimately to achieve precise restoration of aesthetics and function remains an ongoing exploration for clinicians. The organic integration of various digital tools has gradually made these objectives a reality. Digital design enables the integration of intraoral and facial scan images with electronic facebow and cone-beam computed tomography (CBCT) data, facilitating three-dimensional reconstruction and virtual patient modeling for restorative outcome prediction. The "start with the end" philosophy ensures precision throughout implant and prosthetic procedures. This case report demonstrates the application of digital workflows to restore smile aesthetics and function in a patient presenting with severe anterior bone defects and multiple missing teeth. A combination of digital technologies guided treatment planning, aesthetic simulation, and surgical-prosthetic execution, culminating in successful implant and crown rehabilitation. Six-month follow-up revealed optimal restorative outcomes, with significant improvements in anterior esthetics and occlusal function.