The integration of artificial intelligence and robotics into dental implantology has revolutionized the field, offering boosted predictive capabilities that allow clinicians to optimize treatment outcomes. Dental professionals may evaluate large volumes of patient data with precision and efficiency by utilizing artificial intelligence. This evolution not only improves patient outcomes but also reduces costs of healthcare by minimizing complications and streamlining treatment planning. Robotics and artificial intelligence are next-generation technologies that are opening new avenues of growth and exploration in dental implants. The rapid growth of digital human-centered automation is significantly advancing dentistry, driving the field into a new era of robotics, machine learning, and artificial intelligence. The integration of robotics and AI in dental practice is focused on enhancing reliability, accuracy, precision, and overall efficiency, thereby supporting the broader adoption of innovative dental technologies in the future. This chapter presents literature concerning the use of robotics and artificial intelligence in diagnosis, clinical decision-making, and the prediction of treatment success within oral implantology.