Tencent received 8 granted patents this quarter across 6 categories: UI/UX (2), Cloud Gaming (2), Networking (1), Graphics (1), Streaming (1), and Monetization (1).
The UI/UX patents cover an AI-assisted auto-targeting system for MOBA games on consoles and a one-tap auto-run control for mobile shooters, while the Cloud Gaming patents describe an automated update system using AI to simulate UI clicks and an adaptive Streaming system that caches reusable assets based on device capabilities. The Networking patent presents a hybrid architecture that processes non-visible game entities server-side for large multiplayer environments, and the Graphics patent details GPU-based parallel texture decoding to improve rendering performance. Additional patents address Streaming technology with AI-powered virtual characters that react to gameplay events and a Monetization approach using dynamic skill-based reward adjustments during seasonal events.
The 2 UI/UX patents tackle control friction on mobile and console Platformss. Tencent's MOBA aim-assist system applies intelligent cursor magnetism to joystick-controlled skill shots, automatically snapping to valid targets within a defined area to compensate for the imprecision of analog sticks compared to mouse input. The mobile shooter patent reduces the physical demand of touchscreen controls by letting players initiate continuous running with a single tap instead of holding a virtual joystick, and combines standing-up actions with movement initiation in one gesture to compress multiple inputs.
Both cloud gaming patents automate different aspects of content delivery infrastructure. The adaptive Streaming system treats game engines as rendering Platformss rather than relying on video players, intelligently caching 3D assets across scenes to avoid redundant transmission and adapting visual fidelity based on each device's Hardware capabilities. The automated update system uses computer vision to identify interface elements and simulate clicks within cloud gaming instances, allowing games to patch themselves across entire server farms without manual intervention or native API integration.
Tencent's single Networking patent divides computational responsibility between client and server based on visibility. The system determines which game entities each player can see, then processes visible elements locally while handling non-visible logic server-side, creating a hybrid that combines the responsiveness of peer-to-peer frame synchronization with the scalability of authoritative server architectures for games with large player counts.
The Graphics patent shifts texture decompression from CPU to GPU by distributing compressed blocks across independent shader workgroups. This parallel approach accelerates image decoding while freeing up processor resources that would otherwise handle decompression sequentially, addressing a performance bottleneck in games with high-resolution textures.
One Streaming patent introduces AI-driven virtual co-hosts for game broadcasts. These virtual characters respond automatically to both in-game events and viewer interactions, creating a layer of audience engagement that operates independently of the human streamer and reduces the multitasking burden of simultaneously playing and entertaining.
The Monetization patent personalizes in-game rewards by scaling resource bonuses according to player skill rankings during limited-time events. Instead of distributing identical quantities to all participants, the system adjusts reward amounts based on individual competitive standing, tailoring progression incentives to match different investment levels in games like MOBAs.