Astro Bot on Windows via AstroHybrid: DLSS Frame Generation Results, Requirements and Security Risks

Native game code, translated graphics​

According to the project documentation, AnyPS5 relinks the game’s x86-64 code into a Windows executable and replaces PS5 system libraries with Windows implementations. A KytyPS5-derived GPU layer translates graphics work to Vulkan. AstroHybrid then connects the game’s temporal-upscaling inputs to NVIDIA Streamline. “Native” therefore describes the executable—not the absence of compatibility machinery.

Requirements include Windows 10/11 x64, a Vulkan-capable GPU and a separately supplied decrypted game dump. No game files are included; only version 01.019.000 has been tested, although the launcher accepts others.

The frame-rate headline needs two counters​

The developer reports these results on a Ryzen 5 5500, RTX 5060 and 32 GB RAM with a 1440p display:

The developer attributes the bottleneck to roughly 22 ms of single-threaded draw submission within a 30 ms frame. Input latency remains unmeasured. These are developer results, not independent benchmarks.

Generated frames are not additional game-simulation updates. NVIDIA’s Streamline documentation explains that Frame Generation infers extra images from rendered frames and controls their presentation. Consequently, the displayed-frame counter and the underlying rendering counter answer different questions: how many images reach the screen, and how frequently the game produces a new rendered frame. Neither number alone establishes input responsiveness.

NVIDIA’s published hardware boundaries also explain the feature split: conventional DLSS Frame Generation supports RTX 40- and RTX 50-series GPUs, while Multi Frame Generation supports RTX 50-series hardware. Its DLSS 4 documentation describes generating up to three additional images per rendered frame—the basis of a 4x output multiplier.

Earlier tests corroborate progress, not these benchmarks​

There is useful corroboration outside AstroHybrid’s own performance claims. An AnyPS5 discussion dated October 27, 2026 records Astro Bot completing its tutorial on Windows 11, albeit with substantial performance problems. A November 10 retest using stock AnyPS5 reported approximately 7–16 FPS in the Crash Site tutorial on a Ryzen 7 5800X and RTX 4070 Ti.

Those reports support the narrower conclusion that AnyPS5 work has reached gameplay. They do not independently validate AstroHybrid’s DLSS integration or establish a meaningful hardware comparison: the builds, scenes and configurations differ. Treating them as a GPU leaderboard would be comparing apples with shader caches.

Windows checks before experimenting​

One practical prerequisite comes directly from NVIDIA rather than the port’s headline: Streamline’s Frame Generation guide requires Windows 10 version 2004 or newer and hardware-accelerated GPU scheduling enabled. A compatible graphics card alone is therefore insufficient. These are NVIDIA’s baseline requirements, not a guarantee that this experimental port will work.

Security deserves equal attention. Engadget reports password-stealing malware impersonating AnyPS5 and KytyPS5 projects; verify repository ownership and keep antivirus enabled.

The sensible assessment is promising engineering, not a finished commercial PC release. Before celebrating a triple-digit counter, distinguish rendered performance, generated output and measured responsiveness. AstroHybrid’s published results address the first two; the third remains an open question.