3D scanning technology has been instrumental in creating detailed digital models of historical sites and artifacts, enabling researchers and conservators to study and preserve them virtually.

Technology, including advanced imaging techniques, drone-based inspections, and remote sensing, has provided valuable insights for conservators, helping them assess the condition of heritage sites and plan appropriate restoration strategies.

Google Arts & Culture has partnered with museums, institutions, and artists in India to create immersive online exhibitions, virtual tours, and educational resources, making Indian art and architecture accessible to a global audience.

Museums have embraced technology to enhance visitor engagement through interactive touchscreens, augmented reality apps, and virtual reality tours, providing immersive and informative experiences that bring art and history to life.

A combination of optical character recognition, machine learning algorithms, and cloud computing has enabled the digitization and preservation of vast collections of Indian art and manuscripts, ensuring their accessibility for research and educational purposes.

Photogrammetry, LiDAR scanning, and 3D modeling software have been instrumental in reconstructing and visualizing ancient Indian structures and monuments, allowing researchers and the public to gain insights into their original appearance and significance.

Remote sensing, satellite imagery, and geographic information systems have been utilized to monitor and protect Indian cultural heritage sites from environmental threats, such as climate change and natural disasters, as well as from human activities, such as illegal construction and encroachment.

Technology has enabled the creation of online courses, virtual field trips, and interactive quizzes and games, making Indian art and architecture more accessible and engaging for students and learners of all ages.

A combination of 360-degree photography, virtual reality headsets, and motion capture technology has been employed to create immersive and realistic virtual tours of Indian historical sites and museums, allowing visitors to explore and interact with these cultural landmarks from anywhere in the world.

Technology has enabled the promotion of Indian art and architecture through online exhibitions, social media campaigns, and collaborations with influencers, reaching a wider audience and generating interest in India's rich cultural heritage.

Infrared reflectography, X-ray fluorescence, and ultraviolet imaging have been employed to study and restore ancient Indian paintings and murals, revealing hidden details and providing valuable insights into their condition and history.

Geographic information systems, remote sensing, and 3D modeling have been utilized to create detailed maps, models, and databases of Indian archaeological sites and monuments, aiding in their conservation and management.

Marker-based AR, markerless AR, and location-based AR have been employed to create interactive and engaging augmented reality experiences related to Indian art and architecture, allowing users to explore and interact with historical sites and artifacts in a virtual environment.

Technology has enabled the documentation and preservation of traditional Indian art forms, such as dance, music, and theater, through audio recordings, video recordings, and digital archiving, ensuring their accessibility for future generations.

Technology has facilitated the promotion of Indian art and architecture through online galleries, virtual art fairs, and social media marketplaces, providing artists and artisans with new avenues to showcase and sell their work.