Unity has had a tumultuous year. The company faced a backlash in September when it proposed a fee for every installation of a Unity game. This sparked an outcry among game developers and tarnished Unity’s reputation, leading to over a year of damage control.
However, Unity aims to change the narrative with the release of Unity 6, the first major update in nearly a decade. Unity 6 had initially been seen as a cash grab, but the company is now focused on restoring its standing by delivering an exceptional game that showcases the new engine’s capabilities. That game is “Den of Wolves,” the latest title from 10 Chambers Collective, a developer team formed by industry veterans.
I spoke with Hjalmar Vikström, co-founder of 10 Chambers, and Ryan Ellis, VP of Product at Unity, to understand what the new engine brings to the table. The conversation covered topics from game optimization to generative AI. If you’ve played any titles from 10 Chambers, you might be surprised that “Den of Wolves” was built on Unity.
Traditionally, Unity has been associated with indie games and mobile titles, while Unreal Engine has dominated the realm of big console and PC releases. Vikström acknowledged this perception, stating, “So many people were surprised when they saw us announce ‘Den of Wolves’ and realized it was a Unity game.”
Despite their surprise, the choice of Unity was a practical one for 10 Chambers. “Unity is much quicker for us.
It’s quicker to iterate on,” Vikström explained. The engine’s lightweight, multiplatform approach allowed the team to quickly prototype and develop their vision.
Unity aims to restore reputation
Although Unity has had its downsides, such as struggles with older physics implementations, Vikström noted that the latest iteration has significant improvements. “The new features in Unity 6, especially the High Definition Rendering Pipeline (HDRP), have made a world of difference,” he said. Visuals have always been a strong suit for 10 Chambers, and “Den of Wolves” is no exception.
Vikström emphasized the modularity of Unity, highlighting how they swapped out the default rendering pipeline in previous projects for their own tech. Now, Unity 6’s HDRP, which includes advanced shaders, ray tracing, and volumetric fog, offers a robust out-of-the-box solution. Ryan Ellis also shared insights into some of the technical advancements in Unity 6.
“We made significant graphics improvements. A new feature called GPU Resident Drawer offloads tasks from the CPU to the GPU, improving performance by up to four times,” Ellis explained. Other additions include Spatial Temporal Post-Processing (STP), similar to Unreal Engine’s Temporal Super Resolution, and GPU occlusion culling, which optimizes game rendering by removing objects not visible on screen.
One of the most pressing concerns among gamers is optimization, particularly on PC where issues are prevalent. While Unreal Engine has faced its own challenges in this area, Vikström reassured that Unity 6 is designed to scale efficiently. The improvements in Unity 6 seem poised to change the narrative around its capabilities, making it a compelling choice for developers aiming to create visually impressive and well-optimized games.
“Den of Wolves” stands as a testament to Unity’s potential, setting a new standard for what the engine can achieve. Overall, Unity 6 represents a significant step forward for the company. By addressing past criticisms and delivering advanced new features, Unity hopes to regain the trust and admiration of the game development community.
Cameron is a highly regarded contributor in the rapidly evolving fields of artificial intelligence (AI) and machine learning. His articles delve into the theoretical underpinnings of AI, the practical applications of machine learning across industries, ethical considerations of autonomous systems, and the societal impacts of these disruptive technologies.
