Xybertic | XYB
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    • Short Overview
    • Vision and Mission
    • Market Overview
  • XYB Ecosystem
    • Overview
  • XYB Roadmap
    • Overview
  • XYB Token
    • Tokenomics
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  1. XYB Roadmap

Overview

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Last updated 13 days ago

Xybertic Roadmap

Phase 1: Foundation & Prototype Development (Q2 2025)

Objective: Build the core architecture, foundational technology, and initial proof-of-concept to demonstrate the viability of decentralized AI (DePAI) and autonomous robotics integration.

  1. Launch of Xybertic Core Protocol

    • Establish Xybertic’s decentralized blockchain infrastructure on Ethereum (or Layer 2 solution).

    • Develop the foundational DePAI Node Framework for secure, private AI computation.

    • Integrate basic consensus mechanism for decentralized AI model hosting and updates.

  2. Development of DePAI Nodes

    • Create the initial version of DePAI nodes capable of hosting small AI models, running inference, and training in a private environment.

    • Implement encrypted data handling and federated learning architecture.

  3. Prototype of Autonomous Robotic Agent (ARA)

    • Build the first prototype of an ARA (e.g., a small robotic agent with basic navigation capabilities, like a drone or ground vehicle).

    • Integrate AI decision-making models (e.g., computer vision, pathfinding) into the robotic agent.

    • Deploy robotic agent in controlled, real-world environments for testing.

  4. Launch of Autonomous Task Marketplace Beta

    • Alpha version of the Autonomous Task Marketplace, allowing a small group of users to post and complete AI-powered tasks.

    • Establish a feedback loop from early users to improve platform functionalities.

Phase 2: Platform Expansion & Early Ecosystem (Q2-Q3 2025)

Objective: Expand the ecosystem to include more advanced features, onboard early participants, and refine platform usability and functionality for larger-scale applications.

  1. Public Launch of DePAI Nodes

    • Open DePAI nodes to the public, allowing anyone to host AI models in exchange for rewards (token-based).

    • Implement AI sharding for more efficient model distribution and storage across decentralized nodes.

    • Begin incentivizing node operators with Xybertic’s native token to ensure healthy participation.

  2. Advanced Robotic Agent Upgrades

    • Enhance ARAs with more sophisticated capabilities (e.g., real-time autonomous navigation, multi-agent collaboration, advanced task execution).

    • Launch robotic agent fleet management system, allowing for coordination of multiple robots to execute complex tasks.

  3. Expanding the Autonomous Task Marketplace

    • Transition to beta phase with the Autonomous Task Marketplace, allowing a broader range of tasks to be posted.

    • Introduce task bidding and reputation systems for tasks, nodes, and ARAs, ensuring quality of service and transparency.

    • Expand the types of tasks (e.g., surveillance, delivery, data collection, cleaning).

  4. Platform-wide Incentive Model

    • Finalize and implement an incentive and reward system for users, task providers, node operators, and robotic agents.

    • Staking mechanisms for node operators and robotic agents to ensure continuous participation.

Phase 3: Scalability & Global Adoption (Q4 2025)

Objective: Focus on scaling the platform globally, integrating with more industries, and making Xybertic a truly self-sustaining ecosystem.

  1. Wider Integration of DePAI Nodes and Industry Applications

    • Integrate Xybertic’s DePAI nodes with larger-scale AI applications like machine learning, AI research, and enterprise-grade data processing.

    • Collaborate with academic institutions and industry players (e.g., IoT providers, healthcare AI providers, autonomous vehicles) to apply DePAI nodes in real-world AI use cases.

  2. Advanced Robotic Agents for Multiple Industries

    • Deploy ARAs for real-world use cases: logistics (warehouse automation), healthcare (surgical robots), agriculture (autonomous harvesters), and more.

    • Partner with manufacturers to mass-produce ARAs tailored to industry-specific needs.

    • Implement interoperability between robots and AI nodes, allowing for highly efficient task execution.

  3. Autonomous Task Marketplace Expansion

    • Open the Autonomous Task Marketplace to the global market, offering AI models, robot fleet management, and marketplace services to industries.

    • Integrate smart contract-based task validation and AI model verification through decentralized oracles.

    • Expand marketplace to include more complex, multi-step tasks that require collaboration between AI, robots, and human agents.

  4. Community Growth & Decentralized Governance

    • Launch DAO (Decentralized Autonomous Organization) for governance, allowing token holders to vote on key platform upgrades, policies, and funding initiatives.

    • Introduce a decentralized treasury to support ecosystem growth, partnerships, and development grants.

    • Launch community incentive programs for developers, researchers, and robot fleet operators.

Phase 4: Full Decentralization & Ecosystem Maturity (Q4 2025)

Objective: Xybertic achieves full decentralization, where the platform becomes completely autonomous, self-sustaining, and globally adopted.

  1. Complete DePAI Network Decentralization

    • Fully decentralize DePAI nodes, making them permissionless and community-owned.

    • Automate node incentivization via smart contracts based on performance metrics (e.g., uptime, model quality, task completions).

    • Global distribution of DePAI compute for a wide variety of industries, from finance to healthcare, ensuring the network can scale globally without friction.

  2. Global Robotic Fleet Deployment

    • Integrate robotic agents in diverse sectors: manufacturing, agriculture, logistics, healthcare, etc.

    • Introduce a universal robotic standard for ease of integration into various industries, making deployment easier and cheaper.

    • Enable autonomous robot fleets to collaborate on large-scale projects, such as construction projects or disaster recovery efforts.

  3. Global Task Marketplace Monetization

    • Full monetization of the Autonomous Task Marketplace, where users can create, bid, and complete tasks on a global scale.

    • Enable cross-chain integration with other blockchain ecosystems for broader adoption and task interactions.

    • Introduce task insurance mechanisms, ensuring all completed tasks meet pre-defined quality standards.

  4. DAO Governance Expansion

    • Full decentralized governance with Xybertic token holders voting on all major platform changes, upgrades, and new features.

    • Allow the community to propose and fund new innovations within the ecosystem through the treasury.