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Asgard's Wrath 2 is an action role-playing game developed by Sanzaru Games and published by Oculus Studios for the Meta Quest series of virtual reality headsets. It is the sequel to Asgard's Wrath (2019). The game was released worldwide in December 2023 and was included for free as a launch game for the Meta Quest 3.
Alien: Rogue Incursion was published by Survios for the PlayStation 5 (via the PS VR2), Windows, and Meta Quest 3. [26] The PS5 and Windows versions were released on December 19, 2024, the latter via Steam. [5] [27] The Quest version was originally intended to release at the same time, but was delayed to February 13, 2025, to allow for more ...
For the Meta Quest 2 port, the team focused on optimizing what materials and shaders were used, with specific cuts being made to maintain performance. Attention was given to making sure the game wouldn't make players motion sick, with the player stationary in the game, and the cuts between different areas relying on a fade to black.
A virtual reality version for Meta Quest 2, Meta Quest Pro and Meta Quest 3 was released on October 31, 2024. ... The game was developed using Unreal Engine 4. [16]
Pages in category "Unreal Engine 4 games" The following 200 pages are in this category, out of approximately 532 total. This list may not reflect recent changes .
The Oculus Quest and subsequent devices support "Meta Quest Link" (formerly known as "Oculus Link"), an OpenVR and OpenXR runtime that allows for PC VR games to be displayed on supported headsets connected via USB. In April 2021, Oculus released "Air Link," an alternative mode that uses WiFi for connectivity instead of USB.
Meta's PC platform and its Quest line of devices, with full support OpenXR 1.0 added in July 2021 [18] [19] ... Unreal Engine, with initial support in the 4.24 [24]
For example, Unreal Engine’s packaging tools enable developers to export applications compatible with Windows, macOS, Android, and iOS, or VR headsets like Meta Quest, which require dedicated optimization to ensure fluid frame rates and immersive experiences on mobile chipsets. [48] [49]