Unreal 5.7 und World Creator - KI generierte Bild
A massive technological milestone for ARK: Survival Ascended (ASA) has been delayed: Studio Wildcard has officially announced that the highly anticipated upgrade to Unreal Engine 5.7 will not be released as originally planned, but has been postponed to late third quarter of 2026 (Late Q3 2026).
The reason for the delay is strategic: engine upgrades of this magnitude naturally bring significant unpredictability. In order not to jeopardize the upcoming launch of the major content releases Genesis Ascended Part 1 and ARK: Tides of Fortune through technical instability, the development studio is prioritizing stability over speed.
To successfully pull off this "heavy lift" and guarantee noticeable performance improvements, Wildcard has massively expanded its team. Several experienced Unreal Engine veterans have been hired for the long term to sustainably drive forward the core architecture, graphics optimizations, and platform-specific bug fixes.
Unreal Engine 5.7 & the New "World Creator" Feature
The upgrade to version 5.7 not only promises deeper optimizations for game performance, but also brings an extremely powerful tool for developers and modders into the mix: the World Creator.
The World Creator is a highly efficient, procedural real-time terrain and landscape generation tool. For the ARK ecosystem, the integration of this feature represents a massive leap forward:
- Real-time terrain design: Modders and devs can generate complex terrains, erosion simulations, river courses, and topographical details in seconds, instead of having to model landscapes by hand for weeks.
- Seamless UE5 pipeline: Through direct integration with core UE5.7 tools like Nanite (virtualized geometry) and Lumen (dynamic global illumination), the creation of custom maps is massively accelerated and optimized.
- Better performance on server and client: Since the World Creator builds landscapes in a highly efficient and neatly structured manner, server stability and client FPS ultimately benefit from error-free, optimized map geometries.
