Virtual and augmented reality leapt forward in 2025, with major companies rolling out new devices, platforms and features worldwide. IDC predicts the year will see “even more glasses with displays and multi‑modal AI” as Android XR hardware arrives, intensifying platform competition among Meta, Apple, Google and others . Indeed, industry leaders announced bold new products: Apple upgraded its Vision Pro headset with a faster M5 chip and spatial OS enhancements , Samsung introduced the AI‑powered Galaxy XR headset on Google’s new Android XR platform , Meta unveiled advanced AR glasses with neural‑interface controls , and even Amazon confirmed it is developing “Jayhawk” AR glasses aimed at 2026/27 . These releases – along with new offerings from Xiaomi, Snap, Sony, Valve and others – are making VR/AR more immersive and mainstream.
Apple continued to define the high end of consumer spatial computing. In October 2025 it unveiled an upgraded Apple Vision Pro headset powered by a new M5 chip (and a sleeker dual-knit headband) . Apple says the M5 delivers a “leap forward” in graphics and power efficiency, enabling richer multi‑user and 3D experiences while extending battery life . Vision Pro now runs visionOS 26, which adds spatial widgets, persistent apps in 3D space and enhanced FaceTime/Avatar features (including high‑fidelity “Personas” avatars) . Apple also previewed new Immersive Content for Vision Pro – for example, interactive 3D movies (like Pixar’s Dora in spatial view) and live sports broadcasts (NBA games) in VR – showing how the platform is evolving beyond gaming and productivity into entertainment and collaboration . Behind these updates is a growing App ecosystem: Apple now reports tens of thousands of Vision Pro apps worldwide (games, education, utilities, etc.) in Apple’s Spatial Computing Store.
Samsung led the way in 2025 for Android‑based XR. In October it launched the Galaxy XR headset – a high‑end, tethered VR/XR visor built on Google’s new Android XR platform . Galaxy XR packs a Snapdragon XR2+ Gen 2 processor, 4K micro‑OLED displays (one per eye), integrated depth cameras for passthrough AR, and about 2.5 hours of battery life . Crucially, it embeds Google’s Gemini AI assistant at the system level, so the headset “sees what you see and hears what you hear” to power contextual voice/vision commands . Samsung demonstrated use cases like 3D street maps and AI voice search (leveraging Gemini), highlighting Android XR as a new category. This device is just the first in Samsung’s XR roadmap: the company has teased future form factors including lightweight AI glasses. The Galaxy XR exemplifies Android XR’s promise of cross‑vendor hardware – Samsung builds the devices, Google provides the ecosystem – and signals a major non‑Apple platform entering the market.
Meta Platforms made waves in both VR and AR. At its Connect 2025 conference, Meta introduced the Meta Ray‑Ban Display – a second‑generation AR smart glasses co‑developed with EssilorLuxottica – and a companion Meta Neural Band EMG wristband . The Ray‑Ban Display glasses pack a color micro‑OLED screen in one lens (for heads‑up notifications, maps, translations, etc.), along with cameras, microphones and speakers, all in a wearable form . The Neural Band detects subtle finger gestures (using muscle EMG) so users can control the glasses hands‑free. Meta calls this category “AI Glasses”: the combined system lets you glance at an AR menu or message and answer by pinching fingers, without touching the device. Meta says Ray‑Ban Display is its “most advanced AI glasses” yet , and it launched for retail purchase in late 2025.
On the VR side, Meta kept iterating on Quest devices and pushing research. (Quest 3, its mainstream standalone VR headset, continued as the primary consumer product.) Meta’s Reality Labs Research team also revealed two wild prototypes at SIGGRAPH 2025: “Boba 3,” an ultrawide FOV MR/VR headset (180°×120°) with 4K-per-eye displays, and “Tiramisu,” a “hyperrealistic” VR headset boasting exceptionally high pixel density (90 pixels-per-degree) and 1400‑nit brightness . Though these are not shipping products, they show Meta is exploring next‑gen optics (pancake lenses, eye‑tracking foveation) and pushing resolution/brightness far beyond today’s Quest. Meta’s announcements (AR glasses with neural controls, plus cutting‑edge VR R&D) underscore a platform vision blending social AI, wearable displays and hand‑gesture interfaces.
Valve re‑entered the consumer VR hardware scene in late 2025. In November it officially announced the Steam Frame (codenamed “Deckard”), a standalone headset planned for early 2026 . Steam Frame is “streaming‑first”: it runs a VR version of SteamOS on a mobile chipset, but ships with a dedicated wireless dongle so it can link to a gaming PC and stream high‑end VR content in low‑latency, 6 GHz Wi‑Fi with foveated rendering . The design is modular and lightweight (about 440g total with battery strap) , with dual 2160×2160 LCD panels (roughly 110° FOV) and eye‑tracking. Notably, it requires no external base stations or cables – all inside‑out tracking and PC‑streaming is built in . Valve confirmed the Steam Frame replaces the older Valve Index line, joining its family of hardware (Steam Deck, new Steam Controller). This marks a major VR hardware refresh for the PC market: Valve’s headset will leverage its own Steam library and Linux/Windows game support, unlike mobile‑only competitors. Early hands‑on reports say Steam Frame aims to combine the visual fidelity of PSVR 2/Quest 3 with wireless freedom, hinting at a high-end gamer product .
Sony continued to back VR gaming through the PlayStation platform. Its PS VR2 headset (for PS5) – launched in 2023 – gained new content and broader appeal in 2025. PlayStation’s official blog highlights top VR titles: for example, Horizon: Call of the Mountain (an exclusive adventure built around the popular Horizon franchise) and immersive modes for blockbuster games like Resident Evil 4 and Gran Turismo 7 on PS VR2 . VR2’s high‑fidelity graphics, haptic feedback and eye/hand tracking have enabled these premium experiences. Sony also added support for new input devices (e.g. PS VR2’s Sense controllers), helping developers create more natural interactions on Vision Pro as well. In sum, PS VR2 remains a leader in console VR, anchoring immersive gaming for millions of PlayStation users globally.
Augmented reality glasses took center stage internationally in 2025. In the U.S., Google and partners pushed the Android XR initiative: at Google I/O 2025 they demoed reference smart glasses with Android XR that can overlay real‑time info – for instance, showing turn‑by‑turn arrows on Google Maps or providing instant translations (one demo even showed live speech translation between two people, with subtitles appearing in the glasses) . Google announced that hardware partners like Gentle Monster and Warby Parker will produce stylish AR frames for this platform, signaling that glasses may soon replace smartphones for many tasks.
Social AR also advanced. Snap Inc. previewed its next-generation Spectacles (codename “Specs”) at its June 2025 event, targeting a 2026 launch . These ultra‑light, eyeglass‑style devices will use on‑device machine learning to “understand the world” and bring AI into 3D space (for voice dictation, navigation, gaming and creative filters) . Snap emphasizes developer tools (OpenAI/Gemini integration, depth sensing, WebXR) to seed the ecosystem, in hopes of making AR glasses as ubiquitous as smartphones.
Chinese tech firms also launched AR wearables. Xiaomi debuted its first “AI Glasses” in June 2025 at about ¥1,999 (~$280). These frames, powered by a Qualcomm XR2 chipset (the same family used in Meta’s devices), include a color display, 12 MP camera and voice assistant. Xiaomi’s VP reported that 50,000 units sold in the first days , and the company now expects multi‑million‑unit annual sales. The Xiaomi glasses can translate language in real time, display navigation cues, and even control smart home/EV devices, illustrating how affordable AR is catching on in Asia .
Finally, Amazon entered the space: Reuters reported in Sept. 2025 that Amazon has an internal project codenamed “Jayhawk” – AR glasses with a camera, speakers and a full-color monocular display – slated for a late-2026 or early-2027 consumer launch . This positions Amazon to compete with Meta’s Ray-Ban line and Google’s glasses on its home turf. In short, 2025 saw AR glasses on nearly every front – from fashion brands to consumer electronics – moving closer to mass market.
Beyond hardware, the VR/AR software landscape matured in 2025. Apple’s new spatial OS (visionOS 26) brought richer UI: users can now place widgets in 3D space, browse the web with embedded 3D models, and share VR experiences (e.g. watching 3D movies or playing games together with friends in the same room) . Google’s Android XR platform emphasized open standards: it supports familiar tools (Android SDKs, Unity, OpenXR) so developers can port apps and build new AR experiences more easily. Meta’s Horizon OS continued powering Quest VR games and workspaces, with growing libraries of titles and social apps. Standalone game engines (Unity, Unreal) and app stores (Apple’s Spatial Computing Store, Google Play on XR) expanded their AR/VR catalogs.
AI integration was a running theme: devices gained “intelligence” to interpret context. On Vision Pro, Apple introduced new AI features (like Look-to-Scroll and Siri-based search in VR) and on-device AR “Spatial Scenes” that use generative AI to add depth to photos . Google built Gemini into Android XR devices, enabling services like instant translations and AI-assisted assistance overlaid on the real world . Snap’s developer update even announced Prism OS enhancements (e.g. OpenAI/Gemini integration for Spectacles) to let AR apps call into LLMs for tasks like cooking instructions or language translation, blending AI with AR content .