With AI’s ability to automatically produce content and process complicated datasets with high accuracy, museums worldwide are exploring ways in which this innovative technology can help them better achieve their missions and advance accessibility efforts. Through case studies, learn about three applications of this technology: content digitalization, language accessibility, and visual description.
October was filled with new debates on AI policies, a halt to one of the most significant AI safety bills in the United States, and a host of new AI developments in video, music, and even podcasts.
Arts and cultural nonprofits often operate in multiple markets for earned and contributed revenue. With increasing attention on data-driven decision making, effective market orientation often depends on effective data use. This fundamental collection, transmission, use, and interpretation of data within an organization collectively contributes to what can be considered an organization’s data culture.
Museums have increasingly begun to volunteer their spaces as polling places, acting as a democratic vehicle for their communities and adding to the greater fabric of America’s election infrastructure. In doing so, they can support local democratic processes and prove to their communities that they are not unbreachable temples for the elite, but open platforms for the people.
As exemplified by the Hollywood strikes of 2023, we find ourselves in a new era of Artificial Intelligence in film and television. While studios are looking to cut costs, performers seek job security, and consumers seek quality content. Through research conducted in collaboration with facial motion capture technology provider Faceware Technologies Inc., Master of Entertainment Industry Management students at Carnegie Mellon sought to gain insight on how AI-generated content will transform existing industries, including how this technology could affect employment in the entertainment industry, content development, budgets, contracts, legislation, and privacy rights.
Artificial intelligence (AI) has been fundamental since the 1950s in game design and development, but a subset of AI called generative artificial intelligence (GenAI) is now deployed in nearly all video games to create clever, responsive, or adaptive behaviors. This article examines the unique cases of Generative AI in 2 incredibly popular video games: The Sims 4 and Red Dead Redemption.
Throughout my tenure as Chief Editor of Research at AMT Lab, I have focused on the benefits of the gaming industry for nonprofits, as well as the monopolistic tendencies and battles of Big Tech, specifically regarding arts and entertainment. Recently, these two worlds have collided, as a wave of consolidation in the gaming industry has raised a new set of antitrust concerns across the globe. In the center of it all? None other than Microsoft, a Big Tech giant that has evaded the antitrust spotlight over the past few years – until now. Due to the expanding value of the video gaming industry at over $300 billion, mergers and acquisitions seemed an obvious destiny bound for the trials and tribulations of antitrust litigation. Microsoft has successfully inserted itself into the gaming industry, incited the largest wave of consolidation that it has ever seen, and merged its dominant position in the sector with its Big Tech-skewed Metaverse goals.
AMT Lab staff Victoria and Lynn got the chance to go to the annual South by Southwest (SXSW) conference that took place from March 11 to March 20, 2022, which focuses on the intersection of tech, film and music. The pair got to experience it up close and personal, and have put together a list of their top ten takeaways for the future of tech in film and music.
The dilemma of interactive films, feeling as if you are in control when you actually are not, is part of the reason why they are yet to become mainstream in entertainment, especially compared to interactive games. This article attempts to open this discussion by examining theoretical frameworks as well as a comparative case study. As the major concern lies in the disruption of the audience’s engagement, potential future options can be VR or implicit interactions (making choices through the user’s implicit activity) to provide a more engaging process. When the hype for this innovative technology wears off, the core of the films will still be their stories. After all, it’s about storytelling.
Motion picture companies in recent years are blurring the line between film and video games, bringing technical practices that have been adopted by interactive video games for many years. With the drift of film history into greater realism and higher audience immersion interests, interactive films that make compromises for the audience to take control are emerging. Filmmakers use different new-media technologies such as Eko Studio and Wirewax to engage an audiences’ interaction, but the medium is still so young that more extensive research is needed. This research examines the differences between the engagement models of interactive films and video games to identify the reasons why interactive films do not obtain a larger market.
As noted in How Video Games Can Serve as an Engagement Experience, video games, particularly RPGs, are widely popular and engaging with exceptional character and plot structure. The Elder Scrolls V: Skyrim and The Witcher 3: Wild Hunt exemplify Aristotle’s model of dramatic tragedy in a modern form. These case studies prove that video games are fun, tragedy is fun, and by marrying the two, arts organizations can experiment with exciting new forms of audience engagement!
The expansion of technology has enabled a wide array artistic growth in innumerable forms - often taking a life or genre of its own. One artistic form that has dominated the market since technology has become common in society is video games. The materials below serve as introductory infographics for arts organizations, detailing core considerations and a streamlined video game planning process. Additionally, it lists common employees needed to conduct video game production, common engines and coding languages used and their learning difficulty levels, so that arts organizations can jumpstart their gaming creations of their already-mastered craft.
Virtual production (VP) is “a broad term referring to a spectrum of computer-aided production and visualization filmmaking methods.” It is not just the technology itself, but also the methods through which it is used. In Parts I and II of this series, we are investigating the technology as well as the methodologies of VP in the broadest definition. The types of VP we will discuss in this post are visualization, performance capture, and LED walls. While VP has benefited the film industry specifically, as innovation with the technology continues, other fields of entertainment—such as live entertainment, fashion, and news reporting—are also leveraging virtual production’s capabilities. The arts and entertainment sector could benefit from learning more about these methods and considering how they could apply these technologies to create engaging virtual experiences.
With the first two quarters of 2020 seeing visual arts spaces losing between 31-73% of revenue and 15-74% of full-time/contracted employees, various audiences, from artists to consumers have been turning to digital platforms to engage in cultural or entertainment offerings (Art Dealers Association of America). The range of these technological platforms and applications have been vast, with many interesting case studies to focus on. In this article, we will be focusing on how visual artists have used social media, video games, and other digital applications to capture audiences that they otherwise would not be able to access without technological means.
