Hand gestures or controllers? The next turning point in VR experiences as shown by Meta and Valve. The design of VR games and metaverse experiences is shifting significantly from “what to show” to “how to make users interact.” On October 29, Meta provided developers with detailed guidelines on the conditions under which controller-free, hand-only VR experiences can succeed. This shift is driven by the upcoming Meta VR Glasses, scheduled for release in spring 2027, which are designed to use eye tracking and hand gestures as standard inputs—without including controllers. As a result, developers must redesign experiences centered around natural hand actions—grasping, placing, pressing, and pinching with the eyes—rather than simply porting existing Quest games. A key point in Meta’s guidance is its clear distinction: “Hand input is not universally superior.” For experiences like moving chess pieces, picking up and examining objects, or transitioning between real-world desks and environments in mixed reality, the naturalness of hand input excels. However, for games requiring fast aiming, precise timing, simultaneous multi-button inputs, or haptic feedback, controllers remain advantageous. This represents both a step forward toward the long-held VR industry vision of a “controller-free, natural interaction” world—and a pragmatic recognition that the optimal input method depends on gameplay. In parallel, Valve is quietly enhancing the foundation of PC VR. The October 26 update to Half-Life: Alyx introduced a setting enabling foveated rendering on PC versions for compatible devices. This technology renders high detail only where the user is looking—typically near the center of the screen—while reducing rendering load on peripheral areas. Though part of optimizations aligned with the launch of Steam Deck, its benefits are not limited to Valve’s upcoming headset. Devices with eye tracking or compatible drivers—including Meta Quest Pro, Apple Vision Pro, PS VR2, and Pimax models—can also leverage this enhancement. The significance lies in one of VR’s most acclaimed titles continuing to evolve years after launch to align with next-generation headsets. Meanwhile, a new patent filing from Sony Interactive Entertainment Europe is also noteworthy. Published on October 29, it describes a system that intentionally down-samples portions of game video before transmission and reconstructs them at the receiving end using machine learning. Designed for cloud gaming, this approach reduces bandwidth by eliminating less critical visual data. VR and mixed-reality devices are explicitly listed as potential receiving endpoints. However, this is not a product announcement—no real-world measurements for bandwidth reduction or latency improvement have been provided. At this stage, it should be interpreted as evidence that Sony is treating low-latency streaming and AI-based reconstruction as long-term research areas. When viewed together, these recent developments reveal that the competitive axis in XR has moved beyond mere resolution or price—it has entered a phase of holistic optimization integrating input, rendering, and communication. Meta is broadening access through hands and gaze; Valve is refining its legacy titles and PC ecosystem for the next generation; Sony is researching cloud-based video transmission. What will matter most in the next metaverse or open-world VR experiences isn’t just the scale of virtual spaces—but whether users can reach into them naturally, whether heavy visuals can be delivered smoothly, and whether players can become immersed without consciously thinking about input methods. The battlefield of technology is shifting from flashy new features to eliminating any sense of dissonance in the experience.