With this increased competition form live service gaming, consumer expectations continue to shift and grow. In Part II of this capstone research by Heinz College Master of Entertainment Industry Management students, the team has employed data-gathering methods such as interviews, a survey, and social listening to better understand factors influencing player engagement and retention.
entertainment
With this increased competition form live service gaming, consumer expectations continue to shift and grow. In Part II of this capstone research by Heinz College Master of Entertainment Industry Management students, the team has employed data-gathering methods such as interviews, a survey, and social listening to better understand factors influencing player engagement and retention.
entertainment
Live service games, or LSGs, are one of the largest drivers in gaming revenue. However, as the market continues to saturate, game developers are finding it difficult to sustain players. In part one of this capstone study by Heinz College Master of Entertainment Management students, learn more about the background of these games and what has made them so successful.
Artificial Intelligence, entertainment, News & Announcements
In the middle of awards season, major announcements in the media and entertainment industry defined February’s news. While Spotify prepares to ramp up its product offerings, new AI-powered tech is winning Grammys and helping make magic happen on the big screen. All this takes place in the shadow of some major policy announcements regarding copyright and AI.
Policies, Advocacy, Artificial Intelligence
As technology reshapes employment, artists face particular financial challenges, earning 30% less than their peers while lacking traditional benefits. This article examines how cities and organizations are testing new solutions—from guaranteed income programs to innovative pension schemes—to provide artists with greater economic stability.
Artificial Intelligence, Education
Educators are grappling with the challenge of integrating AI into classrooms, fearing that these systems might replace traditional learning methods rather than enhance them. This brings us to the question: what barriers prevent educators from implementing artificial intelligence into their curriculum, and how can they be addressed?
