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Hardware 06 September 2026 3 min read

KCD 2 Director Defends DLSS 5 Against AI Slop Criticism

Daniel Vávra, director of Kingdom Come: Deliverance II, argues that DLSS 5 enhances the game's artistic vision rather than degrading it with AI artifacts.
Author: Гика PC
KCD 2 Director Defends DLSS 5 Against AI Slop Criticism

Nvidia's DLSS 5 has become a flashpoint in the PC gaming community, largely due to concerns that its neural rendering capabilities might override a developer's artistic intent. Warhorse Studios creative director Daniel Vávra has publicly defended the technology, arguing that it actually helps realize the visual goals of Kingdom Come: Deliverance II rather than detracting from them.

The controversy surrounding DLSS 5 centers on its use of AI-driven image enhancement, which critics argue can alter the aesthetic tone of a game in ways that feel artificial or inconsistent with the original design. This has led to widespread discussion about the balance between technical performance boosts and artistic fidelity, with some developers and players expressing skepticism about the technology's impact on visual coherence.

Daniel Vávra, who served as the director for both entries in the Kingdom Come: Deliverance series, recently addressed these concerns on social media. He shared a side-by-side comparison of character models from Kingdom Come: Deliverance II, specifically highlighting the rendering of a head model. In his post, he noted that the version on the left was affected by the game engine's limited lighting system, which struggled to properly render shadows, skin texture, and normal map details.

"On the left is a head messed up by the game engine’s very limited lighting system, which can’t properly render shadows, skin texture, and the detail of normal maps. On the right is THE SAME MODEL WITHOUT ANY GEOMETRY CHANGES," Vávra wrote. He emphasized that the right-hand image, which utilized DLSS 5, better represented the team's intended look without altering the underlying geometry of the character model.

The director stated that some critics of the technology have "literally gone crazy" in their assessments. He positioned DLSS 5 not as a tool that imposes an external aesthetic, but as a means to overcome technical limitations in the engine that previously prevented the accurate depiction of fine details. For Warhorse Studios, the technology serves to bridge the gap between the artistic vision and the technical capabilities of the rendering pipeline.

This perspective contrasts with the broader community debate, where many users have expressed concern that DLSS 5 might homogenize the visual style of different games. The technology is designed to enhance image quality and performance, but its reliance on neural networks means that the final output can vary significantly depending on the input data and the specific implementation in each title.

Nvidia has been working to address these concerns by emphasizing that DLSS 5 is a tool for developers to use in service of their creative goals. The company has highlighted that the technology can be tuned to match the specific aesthetic requirements of a game, allowing developers to maintain control over the final look. This approach aims to ensure that the technology enhances rather than overrides the artistic direction of the project.

The reaction to Vávra's comments has been mixed, with some players appreciating the transparency and the technical explanation, while others remain skeptical about the long-term implications of AI-driven rendering in games. The debate highlights the ongoing tension between technological advancement and artistic integrity in the gaming industry, as developers and players navigate the evolving landscape of graphics technologies.

As Kingdom Come: Deliverance II continues to gain attention, the discussion around DLSS 5 remains a significant topic in the PC gaming community. The technology's impact on visual fidelity and performance will likely continue to be a point of interest for both developers and players as more games adopt similar neural rendering techniques.

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Гика

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