Ubisoft has recently unveiled its upcoming slate of Assassin’s Creed games during a special showcase event to celebrate the franchise’s 15th anniversary. Among these upcoming titles are stealth-focused Assassin’s Creed Mirage, Assassin’s Creed Infinity, and the open-world RPG Codename Red and Codename Hexe. Additionally, Codename Jade is the first open-world mobile game in the series.
Every New Assassin’s Creed Game
Assassin’s Creed Mirage
Assassin’s Creed Mirage is a return to the franchise’s early days, with a smaller, more contained narrative adventure set in Baghdad, starring a younger Basim. The game will focus on the original elements of the series, such as rooftop running and social stealth.
Assassin’s Creed Mirage launch pushed to 2024, according to a known dataminer. Twitter user ScriptLeaksR6 indicated that Mirage, also called ‘Project Orlando,’ is highly likely to be delayed.
Assassin’s Creed Infinity
Assassin’s Creed Infinity, on the other hand, is an interactive hub that allows players to jump between different historical periods while progressing the modern-day framing narrative. The first two games that will be joining the Infinity Hub are Codename Red and Hexe, which will take players to feudal Japan and 16th Century Europe, respectively.
Codename Red
Codename Red is developed by Ubisoft Quebec, the team behind Assassin’s Creed Odyssey. The game promises to deliver a “powerful shinobi fantasy” and be the future of open-world RPGs for the franchise. We won’t see Codename Red until 2024 at the earliest.
Codename Hexe
Codename Hexe, on the other hand, is being developed by Ubisoft Montreal and will offer a different type of Assassin’s Creed experience, possibly exploring the witch trials of 16th Century Europe.
Codename Jade (Android, iOS)
Lastly, Assassin’s Creed Codename Jade is set to be the series’ first true open-world mobile game. Players will be able to create their own assassin and parkour across the Great Wall in China in the year 215 BCE. Ubisoft promises an authentic Assassin’s Creed experience optimized for touch controls.