16. From Stone to Screen: Technological Innovations in Ancient Inscription Analysis

The study of historical inscriptions provides vital insights into past cultures, languages, and societies. Traditional methods of documenting inscriptions, such as manual copying or rubbings, often faced limitations due to weathering, damage, or inaccessibility. In recent years, digital technologies have transformed inscription studies, offering precise, non-invasive, and collaborative approaches. High-resolution digital imaging and Reflectance Transformation Imaging (RTI) allow researchers to capture fine surface details, revealing faded or hidden texts. 3D scanning and modeling enable the creation of accurate replicas, reconstruction of broken artifacts, and analysis of inscriptions in their spatial context. The integration of Artificial Intelligence (AI) and Machine Learning facilitates automated transcription, script recognition, and pattern detection, significantly improving research efficiency. Additionally, digital databases and collaborative platforms provide standardized, accessible, and well-preserved repositories of inscription data, encouraging global scholarly cooperation. This paper examines how these technologies enhance the analysis, preservation, and accessibility of inscriptions while complementing traditional epigraphic methods. By combining modern tools with cultural and historical knowledge, researchers can ensure the sustainable study of inscriptions, expand analytical possibilities, and foster international collaboration. The paper highlights the transformative potential of digital technologies in epigraphy, emphasizing their role in safeguarding human heritage for future generations.