DePIN
The Decentralized Cloud Gaming / Pixel Streaming Network (DePIN) is engineered to redefine how immersive gaming experiences are accessed and enjoyed worldwide. At the heart of YOM's innovative approach is an architecture that facilitates seamless interaction between various components designed for scalability, efficiency, and real-time performance.
This architecture is built around Streamer Nodes and their operating system called Node OS, an Ubuntu-based OS that engineered to support seamless and efficient interaction across the gaming network. This architecture is focused on scalability, real-time performance, and user accessibility.
Below, we delve deeper into the critical components that orchestrate this sophisticated network, each contributing uniquely to the robustness and dynamic capabilities of DePIN.
Streamer Nodes:
Streamer Nodes are integral to the DePIN framework, responsible for the heavy lifting of rendering and delivering high-quality gaming content directly to users. These nodes operate using the SSD and Node OS, optimized to handle intensive processing tasks required for a seamless gaming experience.
The Node OS is a custom-designed operating system tailored for cloud gaming. It is pre-installed on a 2TB SSD, which serves as the primary plug-and-play device for YOM’s decentralized network. This setup eliminates the need for complex hardware configurations, making premium gaming accessible to a broader audience.
The nodes are tasked with the heavy lifting involved in downloading and initializing game images, managing the execution of games, and streaming high-quality content directly to users.
Capabilities of Streamer Nodes:
High-Performance Streaming: Optimized to minimize latency and maximize responsiveness, ensuring a smooth gameplay experience irrespective of the player's location.
Plug 'n Play: No technical setup is required beyond connecting the SSD to an existing computer. This approach allows users to bypass traditional hardware limitations and access games directly.
Enhanced Security: With encryption built into the operating system, user data and gameplay integrity are safeguarded against tampering from the operating system up.
Headless Operation: The system is designed to be managed remotely, enabling updates and maintenance without physical interaction, enhancing convenience for users.
Robust Storage: With 2TB of capacity, the SSD is capable of hosting numerous high-end games, providing end-users with a vast library of gaming content.
P2P Responsiveness: End-users can adjust game settings such as audio controls and streaming quality directly through the interface provided by the Streamer Node.
Resource Orchestrator (AI)
At the core of the network’s efficiency is the AI-driven Resource Orchestrator, which dynamically allocates resources across Streamer Nodes. This AI-driven component dynamically allocates resources across the network's nodes, taking into account various factors such as network latency (ping), holdings of soul-bound tokens ($YRX), and available storage capacities.
Functions of the Resource Orchestrator:
Load Balancing: Automatically adjusts resource allocation to manage the varying demand across different games and peak times.
Performance Optimization: Ensures that each game session is routed through the node that offers the best performance metrics at any given time, thus reducing bottlenecks.
Scalability Management: Facilitates network growth by seamlessly integrating new nodes and scaling down underutilized resources, adapting to changes in user base and game popularity.
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