02125nas a2200349 4500000000100000008004100001653002300042653004100065653002500106653001700131653002600148653004500174653001500219653001400234653003300248653003400281653001300315653002100328653001500349653002800364100001700392700001400409700001700423700001500440700001700455700001500472245013200487856015200619300001000771490001500781520097900796 2025 d10aCultural education10aCultural education and accessibility10aDigital preservation10aDigitisation10aHistoric preservation10aHolographic real-time cloud broadcasting10aHolography10aImmersive10aIntangible cultural heritage10aIntangible cultural heritages10aMetadata10aNetwork security10aReal- time10aTechnological framework1 aXuejiao Pang1 aShujin Li1 aYiying Jiang1 aShun Zhang1 aMingmin Gong1 aXiaohu Fan00aApplication of Digital Exhibition and Preservation of Intangible Cultural Heritage via Holographic Real-Time Cloud Broadcasting uhttps://www.scopus.com/inward/record.uri?eid=2-s2.0-85210151587&doi=10.1007%2f978-3-031-77003-6_4&partnerID=40&md5=be39faa5dc9934d71edcb1374151d950 a40-520 v15427 LNCS3 aThis paper introduces a pioneering technological framework integrating holographic real-time cloud broadcasting for the digital preservation and exhibition of intangible cultural heritage (ICH). The framework, adaptable to diverse cultural elements, ensures accurate digitization and immersive presentation, facilitating global access and cultural education. Through high-resolution scanning, sophisticated data processing, and cloud-based broadcasting, the system delivers real-time holographic content. User interaction is enhanced through gesture recognition and multi-sensory feedback, promoting an engaging and educational experience. The paper also addresses challenges such as data security and cultural authenticity, proposing solutions like end-to-end encryption and context-aware algorithms. Case studies illustrate the framework’s successful application in traditional crafts and music, highlighting its potential for sustainable cultural heritage preservation.