Diriyah Art Futures Launches Moving Image Public Program To Explore New Media Arts

Diriyah Art Futures (DAF), the first centre in the Middle East and North Africa dedicated to new media arts, is set to launch its latest public programme, "Moving Image," on November 18. This monthly series will delve into storytelling and creative expression through advanced media and technologies at DAF's headquarters in Diriyah.

The Moving Image series aims to offer a platform for visitors to engage with the evolving world of screen-based and immersive arts. It brings together artists, technologists, and researchers from Saudi Arabia, the MENA region, and beyond. This initiative enhances DAF's role as a hub for critical dialogue and innovation in new media arts.

Through screenings, talks, and interactive experiences, the programme seeks to deepen understanding of how technology reshapes narratives and audience engagement. It inspires practitioners, experts, and newcomers to explore creative possibilities within new media. The series encourages exploration of how these technologies influence creative practices.

A special feature of Moving Image is the "VR Community Meetup – Riyadh," hosted at Diriyah Art Futures XR Lab. This event provides a continuous platform for immersive-media practitioners, enthusiasts, and newcomers to connect. Participants can share knowledge and explore virtual reality's creative and technical potential.

The launch of Moving Image underscores DAF’s dedication to fostering a vibrant cultural ecosystem where art, science, and technology intersect. The regular programme engages with contemporary moving-image practices while creating a space for creative conversation rooted in Saudi culture yet linked to global innovation.

This initiative not only strengthens DAF's position but also invites audiences to experience the dynamic landscape of new media arts. By offering such platforms, DAF continues to inspire dialogue and discovery among diverse audiences interested in the intersection of art and technology.

With inputs from SPA