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  • Introduction
  • POG
    • Five Key Dimensions
    • POG Score
    • Gamer Profile Mint, Updation, Data Ownership & Rights
    • Publishers & Brands: Data Access & Rights
    • POG-E: Augmented Gaming LLM
      • Foundational Elements
      • Key Components of POG-E tech stack
      • Foundational Data powering POG-E
      • Agent Development Framework
      • Data Orchestration
      • Developer Tools
      • Deployment, Scalability, Monitoring, Maintenance and Future Enhancements
      • AI Agent Use Cases
  • Tokenomics
    • r-KGeN
    • $KGeN
      • $KGeN Allocation and Unlock Schedule
      • $KGeN token utility
        • Demand Lever : Product
        • Demand Lever : Staking
        • Demand Lever : Business Model
  • Kratos Oracle Network
    • Oracles
    • Oracle Functionality
    • Consensus Mechanism
    • Oracle Acquisition and Staking Requirements
    • Key Purchase and Multichain Support
    • KGeN Sale and Staked Keys Growth
    • Oracle Reward Structure
    • Oracle Hardware and Software Deployment
  • Kratos Stack
    • Stack Composition and Interaction
    • Engagement
      • Play
        • KQuest
          • User Workflow
          • Technical Implementation and System Design
        • KDrop
          • User Workflow
          • Technical Implementation and System Design
        • Games API Integration
      • Compete
        • Klash
        • Protocols
          • ESports Protocol
            • User Workflow
          • Loyalty Protocol
            • User Workflow
      • Rewards
      • Redeem
        • E-Commerce
          • System Design
    • External Partner Interfaces
    • Reputation
      • The POG Engine
      • The POG Attribution
        • System Overview
      • Impact of The POG
    • Adoption
      • Web3 and Wallet Integrations
        • Foundation
        • Web3 Toolkit
        • Tokens
        • Chain abstraction
        • Solutions for Gamers
      • Clan Tools
        • Clan Chief and Member Overview
        • User Workflow
        • System Architecture
      • Profile
      • Leaderboards
    • Infrastructure and Scalability
      • Data
      • Frontend Architecture
      • Devops & Security
      • AI
  • Publishers
    • Self Serve
      • Technical Implementation
      • Publishers Flow
  • Appendix
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  1. POG
  2. POG-E: Augmented Gaming LLM

Key Components of POG-E tech stack

1. Data Infrastructure

  • Data Ingestion and ETL Pipelines

    • Event Streaming: Apache Kafka, AWS Kinesis, low-latency streaming of in-game telemetry and community activity.

    • ETL Frameworks: Apache Nifi for orchestrating data workflows.

    • API Gateways: REST APIs for structured data extraction from game engines, blockchain explorers, and community platforms.

  • Data Storage

    • Relational Databases: Amazon Aurora for structured data storage.

    • NoSQL Databases: DynamoDB for unstructured community insights.

    • Distributed Data Lakes: Delta Lake on Apache Hudi for scalable batch and streaming workloads.


2. AI/ML Model Development

  • LLM Frameworks

    • Hugging Face Transformers or OpenAI API for foundational LLM architecture.

    • PyTorch or TensorFlow for model customization and experimentation.

  • Fine-Tuning and Customization

    • Low-Rank Adaptation (LoRA) or parameter-efficient fine-tuning for LLM adaptation.

    • Domain-Specific Reinforcement Learning: Stable-Baselines3 for RL optimization in gaming scenarios.

  • Multimodal Integration

    • DeepMind Perceiver IO or OpenAI CLIP for integrating textual, visual, and telemetry data.

  • Knowledge Graphs

    • Neo4j, Amazon Neptune, or DGraph for managing Proof of Gamer (POG) data and context-aware relationships.

  • Model Deployment

    • NVIDIA Triton Inference Server or ONNX Runtime for scalable, low-latency inference pipelines.

    • MLFlow for model versioning and deployment lifecycle management.


3. Web3 and Blockchain Integration

  • Blockchain Access

    • Chainstack, DRPC and Alchemy for on-chain data querying.

  • Smart Contract Interaction

    • ethers.js or web3.js for tokenized gaming economies and POG score validations.

  • Wallet Integrations

    • SSO based KGeN multichain wallet APIs and compatibility with WalletConnect for seamless user onboarding and transactions.

  • Analytics and On-Chain Intelligence

    • Dune Analytics for query-driven blockchain data insights.

    • Proprietary KGeN ETLs


4. Backend Services

  • Orchestration

    • Kubernetes (K8s) for containerized microservice orchestration.

  • Service Communication

    • gRPC for high-performance service-to-service communication.

  • Real-time Processing

    • Apache Flink for low-latency analytics.

  • API Layer

    • FastAPI for REST API endpoints with async support.


5. Frontend Interfaces

  • Web Applications

    • React.js or Next.js for responsive, real-time dashboards.

    • D3.js for interactive data visualizations.

  • Game Engine SDKs

    • Custom C++/C# SDKs for Unity and Unreal Engine integration.

  • Mobile Frameworks

    • React Native or Flutter for cross-platform mobile companion apps.


6. DevOps and MLOps

  • CI/CD Pipelines

    • GitHub Actions or GitLab CI/CD for automated build, test, and deploy workflows.

  • Infrastructure as Code (IaC)

    • Terraform or AWS CloudFormation for reproducible infrastructure deployment.

  • Containerization

    • Docker for packaging services with dependencies.

  • Monitoring and Observability

    • Prometheus and Grafana for real-time system metrics.

    • OpenTelemetry for tracing distributed services.


7. Security and Compliance

  • Data Encryption

    • TLS 1.3 for data in transit and AES-256 for data at rest.

  • Blockchain Security

    • Tools like MythX and Slither for smart contract audits.

  • Authentication and Authorization

    • OAuth 2.0 and OpenID Connect for API security.

    • Role-Based Access Control (RBAC) in Kubernetes.


8. Advanced Features

  • Proof of Gamer (POG) Engine

    • Custom algorithms for computing the POG score based on velocity metrics and engagement analytics.

    • Integration with K-GeN (Knowledge Generation Engine) for dynamic data updates.

  • Edge Computing

    • Deployment on edge platforms (e.g., AWS Wavelength, Cloudflare Workers) for latency-critical scenarios.

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Last updated 3 months ago