What's New in Gaming Patents? H1 2026 Half-Yearly Granted Report

227 patents across 79 companies in H1 2026 concentrated most heavily in AI/ML, Hardware, Game Engine, Cloud Gaming, and UI/UX, with Cross-Platform and VR/AR leading platform distribution. A consistent problem appeared across categories: making games respond to individual players in real time, whether through hint delivery, matchmaking, difficulty adjustment, or personalized audio. Cloud streaming quality, multiplayer synchronization, and VR/AR tracking formed a second major cluster, all addressing stability when conditions change unpredictably. Sony (50 patents), Tencent (17), Nintendo (16), EA (10), and NetEase (9) were the most active companies.

227 patents were granted by the USPTO in H1 2026, spanning 79 companies across six months.

Sony led all companies with 50 granted patents. The next tier included Tencent (17), Nintendo (16), EA (10), NetEase (9), Activision Blizzard (6), and Microsoft (6).

Rounding out the top 15: Voyetra Turtle Beach (5), Konami (4), Nvidia (4), Google (3), Roblox (3), Apple (3), Niantic (3), and Beijing Zitiao Network Technology (3).

54 patents in AI/ML made it the largest category in H1 2026. Patents cover a wide range of machine learning applications: NPC behavior and decision-making, player behavior clustering, matchmaking systems, automated bug detection, and generative AI for character creation, dialogue, and narrative audio. Sony, EA, Nintendo, Tencent, and ByteDance all filed patents in this space.

A large cluster of AI/ML patents addresses player-facing assistance and personalization. Sony patented multiple systems covering dynamic help generation, gameplay hint delivery, personalized soundtracks, and real-time content moderation. EA patented systems for speech-driven facial animation and motion capture gap-filling. The common problem across these patents: making games more responsive to individual players without requiring manual content creation.

Hardware followed with 38 patents covering controllers, arcade machines, and mobile gaming accessories. Patents describe modular controllers with swappable components, adjustable joystick tension, customizable button layouts, and wireless charging via laser-beamed power. Voyetra Turtle Beach, Sony, Backbone Labs, and multiple Chinese hardware manufacturers filed in this space. A recurring problem addressed: allowing players to physically adapt controllers to their preferences and play styles.

Game Engine patents numbered 21, covering tools for content creation, automated testing, and in-game physics systems. Nintendo filed several patents describing object fusion mechanics, automated collision geometry generation, and NPC positioning on moving platforms. Activision Blizzard patented LED wall-based motion capture and automated test farm systems. The shared problem: reducing manual effort in game development and quality assurance pipelines.

Cloud Gaming and UI/UX each produced 19 patents. Cloud Gaming patents address bandwidth optimization, GPU resource allocation, encryption, and cross-device session management. Google, Tencent, Sony, and Nvidia filed here. UI/UX patents from Tencent, NetEase, Nintendo, and Netflix cover mobile joystick controls, haptic feedback signatures, and multi-touch interfaces for touchscreen gaming.

Cross-Platform patents led all platforms with 89 patents across 30+ companies. Technologies cover a broad range: multiplayer networking and state synchronization, AI-driven player behavior systems, game engine tooling, and cross-device session management. Sony (21), Nintendo (9), NetEase (8), EA (7), and Activision Blizzard (5) were the most active here. The common problem addressed: building systems that work reliably regardless of what device a player is using.

VR/AR and Cloud Gaming tied at 41 patents each. VR/AR patents cover mixed-reality device tracking, AR map validation, scent-generation hardware for headsets, frame rate extrapolation for displays, and automotive mixed-reality environments. Sony (10), Tencent (3), Roblox (3), Apple (3), Niantic (3), and Microsoft (2) all filed here. The recurring problem: maintaining accurate spatial tracking and display quality as users move through physical and virtual environments simultaneously.

Cloud Gaming patents address the full streaming pipeline, from server-side GPU allocation (Google, Nvidia) to client-side bandwidth adaptation (Sony, Tencent). Specific technologies include per-object video encoding at variable resolutions, scene-change-aware rate control, cutscene offloading to separate servers, and two-layer content encryption. Tencent (6), Sony (15 across cloud), and Adeia also filed patents addressing low-bandwidth degradation and content security during remote game delivery.

Mobile and Console platforms each produced 16 patents. Mobile patents cover gamepad attachments with integrated cooling, eye-tracking controllers, virtual joystick controls, and smartphone-as-controller systems. Console patents from Nintendo (7) and Sony (4) address input device mechanics, controller calibration, and hardware ergonomics. Both platforms share a common problem: adapting physical controls to match the wide range of play contexts and player preferences.

Out-of-Home contributed 8 patents, with Bob's Space Racers and Shenzhen Qanba Technology Development covering automated carnival game machines and customizable arcade fight sticks.

Sony accounted for 50 patents across 12 categories, with AI/ML (28) making up the majority. Sony's AI patents cover systems that watch players, listen to them, and respond: detecting when players need hints, generating personalized soundtracks mid-session, moderating voice chat in real time, and creating avatar images from player photos. Several patents address spectator and esports contexts, including systems that collect audience physiological data to identify exciting moments and AI players that stream gameplay while gathering viewer feedback.

Sony's remaining patents span hardware (5), cloud gaming (3), audio (3), VR/AR (2), and game engine (2). Hardware patents cover a wearable glove controller with repositionable input pads, a flat customizable controller using printed conductive surfaces, and a controller that uses optical sensors to detect touch and gesture inputs. Cloud gaming patents address bandwidth-aware encoding and a split architecture that divides game processing between local and remote components. Audio patents cover generating narrative descriptions for game content and isolating voice audio from background sound.

Tencent's 17 patents span 8 categories, with UI/UX (5) and cloud gaming (4) accounting for the largest shares. UI/UX patents address mobile control problems: improving virtual joystick responsiveness with tap-to-run shortcuts, adding weapon attachment switching through touch gestures, and displaying ranked match progression through secondary reward systems. Cloud gaming patents cover cutscene offloading to separate servers, reduced-resolution fallback streaming during poor network conditions, and AI-assisted game update automation.

Tencent also patented a live streaming feature that automatically links two broadcasters showing the same in-game battle, and a system that overlays interactive virtual characters onto streams that respond to gameplay events. Networking (1) and graphics (2) patents cover GPU-accelerated texture decoding and color format conversion, addressing performance bottlenecks during rendering.

Nintendo's 16 patents concentrated in game engine (8) and networking (3). Game engine patents describe the underlying systems powering object fusion mechanics, including automated generation of collision shapes for fused items and automated naming of combined equipment. Several patents address NPC behavior: how characters imitate player movement, position themselves on moving platforms, and adjust their actions based on proximity to players. Networking patents cover multiplayer state synchronization across three or more devices and a dual-space architecture where each player's device maintains an independent copy of the game world.

EA's 10 patents concentrated in AI/ML (7), addressing character animation and player behavior. Patents cover speech-driven facial animation for voice actors, real-time motion prediction for character poses, gap-filling for missing motion capture data, and player clustering based on gameplay behavior. One patent describes NPCs that make decisions based only on information they could realistically perceive, addressing the problem of opponents that behave with implausible awareness.

NetEase's 9 patents covered UI/UX (5) and networking (2). UI/UX patents address stealth game map displays, cosmetic item purchasing interfaces, screenshot capture during specific game phases, teammate marker customization, and mobile joystick zone design. Networking patents cover a smartphone-as-relay system for console connections and a proxy server that reshapes data packets to reduce latency.

Activision Blizzard's 6 patents spanned game engine (4), graphics (1), and AI/ML (1). Game engine patents cover LED wall-based motion capture, automated test farm deployment, and a system that edits game content to fit a player's available time window. The graphics patent addresses visual artifacts when players peek around corners in first-person games. The AI/ML patent covers behavioral tracking across multiplayer sessions to model player patterns.

Microsoft's 6 patents covered audio (1), AI/ML (1), cloud gaming (1), networking (1), game engine (1), and VR/AR (1). These address spatial audio adjustment based on physical environment, generative AI for narrative and character creation, personalized ad insertion during low-activity streaming moments, split-screen simulation for online-only games, and dynamic frame rate adjustment for head-mounted displays.

Voyetra Turtle Beach's 5 patents split between audio (3) and hardware (2). Audio patents describe headsets that analyze incoming game audio to generate contextual alerts, such as flagging specific in-game sounds before players consciously notice them. Hardware patents cover a controller that tracks performance metrics during play and a system that lets players customize analog stick response curves.

Konami (4), Nvidia (4), Google (3), Roblox (3), Apple (3), Niantic (3), and Beijing Zitiao Network Technology (3) each contributed smaller but distinct patent clusters. Konami addressed digital card game architecture and rhythm game data delivery. Nvidia patented cheat detection through mouse movement analysis and two-layer content encryption for game distribution. Google covered cloud GPU allocation across concurrent sessions and AR display calibration for prescription lenses. Roblox patented abuse detection in virtual environments and facial landmark mapping for avatar control. Apple covered motion planning for diverse virtual agents in XR and frame rate extrapolation for VR displays. Niantic addressed AR map validation, player location data retention, and parallelized anticheat processing. Beijing Zitiao Network Technology patented AI agent behavior control and automated voice imitation game flow management.

14 patents from 6 companies address AI-driven player assistance and adaptive content delivery. Sony, EA, Nintendo, Tencent, Cygames, and GNA all patented systems that monitor player behavior to adjust what players see, hear, or receive during a session. Sony covers hint generation, personalized soundtracks, and real-time content modification. EA patented environment-aware contextual assistance for navigating virtual spaces. Cygames patented automated difficulty detection in match-3 games. The shared problem: responding to individual player needs without requiring developers to manually author every possible intervention.

12 patents from 5 companies (Sony, Tencent, Activision Blizzard, Masahiro Sakakibara, Konami) address gameplay capture, replay, and broadcast enhancement. Sony patented ghost overlays from past gameplay footage and a system that attaches multimedia annotations to specific game states. Activision Blizzard patented LED wall motion capture for game content creation. Tencent patented automatic dual-streamer linking during shared battles. Konami patented modifiable replay states that preserve exact game progress. The common problem: capturing and presenting gameplay moments in ways that are more useful or engaging than raw recordings.

11 patents from 7 companies (Sony, Google, Tencent, Intel, Adeia, AMD, Samsung) address cloud gaming streaming quality and server efficiency. Patents cover scene-change-aware rate control, per-object variable resolution encoding, GPU slice allocation across concurrent sessions, cutscene offloading, and input processing isolation. The recurring problem: maintaining playable video quality and low latency when network conditions, server load, or game content change unpredictably.

10 patents from 6 companies (Sony, Apple, HTC, Microsoft, Niantic, Google) address tracking and display accuracy in VR and AR environments. Patents cover automatic switching between camera-based and sensor-based motion tracking, frame rate extrapolation based on headset movement, dynamic image quality scaling tied to GPU load, AR calibration for prescription lenses, and AR map validation through pose comparison. The common problem: preventing visual degradation and tracking errors as users move through mixed physical and virtual environments.

9 patents from 4 companies (Sony, Nvidia, Hangzhou Electronic Soul Network Technology, Niantic) address cheating, fraud, and abusive behavior detection. Sony patented content scanning systems using neural networks for audio and video moderation. Nvidia patented cheat detection through analysis of mouse movement patterns. Hangzhou Electronic Soul Network Technology patented multi-dimensional behavior analysis for detecting unsportsmanlike conduct in competitive games. Niantic patented parallelized anticheat server architectures. The shared problem: identifying bad actors at scale without creating false positives that affect legitimate players.

9 patents from 5 companies (Nintendo, Tencent, Magnopus, Hangzhou Electronic Soul Network Technology, Microsoft) address multiplayer state synchronization and server architecture. Nintendo patented dual-space architectures and three-device synchronization systems. Tencent patented visibility-based server and client logic splitting. Magnopus patented auto-scaling server clusters for massive cross-platform multiplayer. Microsoft patented split-screen simulation for online-only games. Hangzhou Electronic Soul Network Technology patented dynamic scene management based on live player counts. The common problem: keeping game worlds consistent across many simultaneous players without overloading servers.

8 patents from 6 companies (Sony, EA, Riot Games, Activision Blizzard, GNA, ByteDance) address player behavior modeling and clustering. EA patented self-organizing maps for clustering players by behavioral vectors. ByteDance patented ML-based matchmaking for MOBA games. GNA patented clustering by playtime and purchase history. Riot Games patented event-based player ranking separate from match outcomes. Activision Blizzard patented cross-game behavioral tracking using neural networks. The shared problem: grouping or ranking players in ways that reflect actual behavior rather than simple win-loss records.

Three patents from smaller companies cover distinct problems worth noting. Valeo Comfort and Driving Assistance patented an automotive mixed-reality gaming system that uses a vehicle's existing sensors, including cameras and LIDAR, to map the surrounding environment into a mixed-reality game space. Kawasaki Jukogyo Kabushiki Kaisha patented a mediation server that translates game controller inputs into commands for operating industrial robots. Truist Bank patented financial services systems that integrate real-world savings progress into game mechanics, using in-game rewards to reinforce financial goal achievement.

AI/ML was the dominant technology category with 54 patents from companies including Sony, EA, Nintendo, Tencent, and ByteDance. Across the AI/ML, UI/UX, and Emerging Themes sections, a consistent problem appears: making games respond to individual players in real time without requiring developers to manually author every possible outcome. This pattern spans hint delivery, matchmaking, difficulty adjustment, personalized audio, and behavior-based player clustering.

Cross-Platform compatibility produced the most patents of any platform grouping at 89 patents across 30+ companies. The volume reflects a broad industry problem: building networking, AI, and engine systems that function reliably across console, mobile, PC, and cloud simultaneously rather than optimizing for any single platform.

Sony's 50 patents across 12 categories represent a significantly different profile than any other company in the dataset. The next closest, Tencent at 17 patents, covered 8 categories. No other company in the 79-company dataset matched Sony's combination of volume and breadth across AI/ML, hardware, cloud gaming, audio, and VR/AR.

Multiple independent technology clusters converge on the same underlying problem: keeping game sessions stable and high quality when conditions change unpredictably. Cloud streaming (11 patents), multiplayer synchronization (9 patents), and VR/AR tracking (10 patents) each address different layers of the same challenge, representing 30 patents from 17 companies across three distinct categories.