# Introduction Consumer AI has evolved rapidly since the launch of ChatGPT—from developing open-source foundation models to creating wrappers that makes applications more accessible. Companies and developers are racing to embed AI into various applications, aiming to enhance functionality and improve efficiency. Despite this progress, the ecosystem remains fragmented. Search engines, virtual assistants, browsers, hardware technologies, MCP servers, and standalone applications all operate independently. This isolation creates a disconnected experience where users cannot seamlessly transfer context or maintain continuity across different platforms, tasks, tools, and environments. This lack of integration makes it difficult for AI to fully realize its potential in simplifying how we process information or automate actions. Without Interoperability and orchestration, users are stuck piecing together disconnected systems, which limits how effectively AI can transform how we access, process, and act on information. Tasks that could benefit from interconnected systems—such as referencing multiple sources of information, managing files across applications, or automating workflows—are hindered by the absence of a unified framework. Orchestration addresses this issue by enabling systems, applications, and agents to work together in a coordinated way. Rather than operating as standalone tools, these components become part of an interconnected network. This allows users to interact with a single interface while the underlying systems handle the complexities of transferring context, managing data, and automating processes. For example, orchestration can allow an AI assistant to: * Access a document stored in one application and share its insights with another. * Stay updated with real-time information from the web while considering personal preferences stored in local applications. * Automate multi-step tasks, such as scheduling a meeting by coordinating between calendars, messaging platforms, and email. * Optimize inventory by analyzing sales trends from e-commerce platforms and updating stock levels across multiple marketplaces automatically. * Handle personal finances by syncing transaction data from banking apps, categorizing expenses, and generating monthly budget reports or alerts for unusual spending patterns. * Enable seamless content creation by integrating writing tools with image generators and publishing platforms to streamline the production of articles, presentations, or videos. * Sync with your grocery list to automatically update your Amazon cart with needed items. * Monitor your Jira tickets and seamlessly create or update GitHub issues based on task requirements. By integrating and automating these tasks, orchestration removes silos between tools and applications, enabling users to achieve more with minimal effort. This approach moves AI beyond isolated tasks and transforms it into an adaptive, integrated part of the user’s ecosystem. By bridging gaps between applications and enabling seamless interaction, orchestration removes inefficiencies, making data access and task execution more intuitive and efficient. That’s where PlayAI steps in—building an intelligent orchestration layer, PlayAI transforms fragmented components into a cohesive user experience and playground for developers. # Into the PlayAI Ecosystem The PlayAI Network is the orchestration network and interface for users and developers for seamless communication and coordination between tools, agents, applications, and data sources. Acting as the backbone of the agentic ecosystem, it addresses the challenges of fragmented AI systems by creating an interconnected environment where tasks can flow seamlessly across different platforms and contexts. The orchestration layer ensures that the appropriate tools and agents are deployed for each task, removing the need for users to manage complexities. It creates a unified ecosystem where information, tasks, and actions are synchronized, fostering efficiency, accuracy, and adaptability. It also provides a playground for developers to for connecting to consumers and agentic internet—it’s a dynamic ecosystem designed to encourage innovation and collaboration. Developers can seamlessly create, integrate, and deploy applications, tools, and agents within the orchestration environment, transforming standalone ideas into interconnected components that contribute to a unified AI-driven workflow.
## PlayHub PlayHub serves as the enduser interface for the PlayAI Network, providing a seamless way for users to interact with workflows, tools, agents, and MCPs (Model Context Protocols). By automatically selecting the most suitable resources for each task, PlayHub simplifies complex workflows while still offering customization options for advanced users. For developers, PlayHub enables easy integration of their applications into the network by turning them into MCP servers. This allows their applications to connect with AI systems and PlayAI’s agentic ecosystem without requiring significant manual overhead. {% content-ref url="/pages/uQtm7vhrzhnzrum7Hwm6" %} [PlayHub](/playhub/introduction) {% endcontent-ref %} ## PlayStudio PlayStudio provides a platform for developers and users to create, customize, and monetize AI workflows. These workflows can be tailored to specific use cases, strategy, skills, workflow with apps and tools integrated across the PlayAI’s ecosystem. {% content-ref url="/pages/Ghy8SrQ4KspmCODEejZZ" %} [PlayStudio ](/playstudio/introduction) {% endcontent-ref %} ## Data Mining & Marketplace Data Mining ensures AI models remain up-to-date by leveraging a consensus-driven mechanism for curating and verifying information. Users contribute to maintaining the accuracy and relevance of shared knowledge bases, earning rewards while keeping the ecosystem reliable. {% content-ref url="/pages/N0RfvTS5ZEc0NpJs6D6l" %} [PlayCollective and Data Marketplace ](/playcollective-and-data-marketplace/introduction) {% endcontent-ref %} ## Oasis Nodes Oasis Nodes manage off-chain computation, data processing, and AI model evaluation within the PlayAI ecosystem. They aggregate, clean, and preprocess data, validate AI models, and optimize performance. By performing heavy computations off-chain and enabling distributed computing, Oasis Nodes ensure system efficiency, scalability, and continuous model improvement without overloading the blockchain. {% content-ref url="/pages/nSt0svkPPKKVsTCaJiEp" %} [Oasis Nodes](/oasis-nodes/introduction) {% endcontent-ref %} # Introduction The increasing number of tools, protocols, and AI agents has brought new challenges around interoperability and orchestration. Managing multiple assistants, apps, and agents often leads to inefficiencies rather than enhanced productivity. MCPs (Model Context Protocols) address part of this challenge by providing a standardized way for agents and tools to communicate and collaborate seamlessly. However, in the evolving web3 and AI landscape, many agents and apps remain isolated, resulting in poor user experience and friction in accomplishing complex workflows. PlayHub solves this by acting as the central aggregation and orchestration layer in the PlayAI ecosystem. It brings together various protocols and tooling, including MCPs, x402 (an AI-native payment protocol), and ERC8004 (a trust and verification layer powered by EigenAI), enabling workflows to leverage the full range of PlayAI’s capabilities. Through conversational chat interfaces, PlayHub lets users invoke and combine these diverse tools simply by asking, abstracting away the underlying complexity. It bridges the divide between web2 and web3 applications, serving both as an MCP client and a powerful orchestration hub that unlocks enhanced functionality and cross-framework collaboration. Whether you’re connecting conversational AIs, triggering cross-chain actions, or automating complex, multi-agent flows, PlayHub’s orchestration ensures interoperability, security, and simplicity, no matter how many protocols or endpoints it brings together. ### Key Features of PlayHub * **Orchestration Layer:** Get your tasks done without worrying about using the right tool or application — Aura picks the suitable one. * **Assistance on Steroids:** Natural language chat powers all your interactions, connecting you with AI models, utilities, and workflows for sophisticated automations. * **Unified Interoperability:** Aggregated tooling (MCPs, x402, ERC8004, and more) enables seamless context and communication between historically disconnected agents and ecosystems. * **Frictionless Integration:** Developers can connect their tools, APIs, or endpoints to PlayHub, instantly exposing them to the entire PlayAI network and unlocking new possibilities for innovation. ### Demo {% embed url="" %} # Tooling PlayHub serves as a central hub that aggregates various essential tools and protocol endpoints to facilitate seamless workflows and automated operations. These are the core components that empower PlayHub’s orchestration capabilities: #### MCP: PlayHub integrates a comprehensive set of MCP (Model Context Protocol) endpoints. These endpoints expose standardized interfaces allowing different AI models and agents to communicate, share context, and execute tasks within workflows. When a workflow is initiated, PlayHub dynamically routes requests to the appropriate MCP endpoint based on the task at hand, enabling interoperability across diverse models and applications. #### x402 Endpoints: The x402 protocol, a groundbreaking AI-native payment system, is fully integrated within PlayHub. The x402 endpoints enable real-time, frictionless micropayments over the blockchain using stablecoins like USDC. This allows workflows and AI agents to perform pay-per-use transactions without needing pre-funded accounts or complex API keys. Whenever a payment is required for a service or data access, PlayHub can invoke the relevant x402 endpoint to handle instant, secure transactions seamlessly. #### Additional Protocols: As the PlayAI ecosystem evolves, other protocols and API endpoints may also be integrated into PlayHub’s tooling layer, further expanding the capabilities available for orchestrated workflows.
#### Workflow Execution: Every workflow triggered within PlayHub leverages this aggregated tooling suite. Whether it’s invoking an AI model via MCP, processing a micropayment through x402, or interfacing with additional integrated protocols, all actions are coordinated through PlayHub’s unified interface. This design ensures that users and developers can build complex, multi-step automations without managing each protocol separately, streamlining interoperability, security, and ease of use. # Into the MCPs ### **What are MCPs?** MCP (Model Context Protocol) is an open standard that enables secure and structured communication between AI models, applications, and external data sources or tools. MCP servers provide services or functionalities (e.g., integrations, task execution, or enhanced AI model features) that can be accessed by MCP clients like PlayHub or Aura. Key Features of MCP: * **Standardized Communication:** MCP defines how clients and servers exchange data for consistency across different implementations. * **Extensibility:** New functionalities can be added without disrupting existing systems. * **Security by Design:** MCP ensures secure data handling and access control. ### General architecture At its core, MCP follows a client-server architecture where a host application can connect to multiple servers:
* **MCP Hosts**: Programs like Claude Desktop, IDEs, or AI tools that want to access data through MCP * **MCP Clients**: Protocol clients that maintain 1:1 connections with servers * **MCP Servers**: Lightweight programs that each expose specific capabilities through the standardized Model Context Protocol * **Local Data Sources**: Your computer’s files, databases, and services that MCP servers can securely access * **Remote Services**: External systems available over the internet (e.g., through APIs) that MCP servers can connect to ### **AI Workflows with MCPs** Workflows are designed to handle specialized, complex tasks and automations, reducing the need for users to constantly provide prompts. These workflows become even more powerful when integrated into the MCP ecosystem, where they can interact with other MCP servers and applications. By leveraging MCP services, workflows can adapt to diverse contexts, enhancing their capabilities and ensuring seamless collaboration across tools and applications. This transforms them into highly flexible, efficient, and productive components of a unified system. # Verification Layer PlayHub incorporates ERC8004, powered by EigenAI, as its foundational verification framework to ensure trust, identity, and reputation for autonomous AI agents operating within workflows. #### **ERC8004 Protocol** ERC8004 standardizes how AI agents establish and prove their identity, reputation, and validation on-chain. Each agent is assigned a unique, portable blockchain identity based on ERC-721 tokens, containing metadata and endpoints describing its capabilities. This identity enables decentralized discovery and interaction: Key components include: * **Identity Registry:** On-chain, censorship-resistant identifiers for agents. * **Reputation Registry:** Public feedback and scoring systems that reflect an agent’s reliability and performance. * **Validation Registry:** Mechanisms for third-party or cryptographically secured verification of agent outputs or actions. This framework addresses the critical trust gap in autonomous multi-agent ecosystems by allowing workflows to programmatically verify the authenticity and effectiveness of AI agents they invoke. It supports a range of verification models from client feedback to stake-secured re-execution or zero-knowledge proofs. #### EigenAI Integration EigenAI leverages ERC8004 to power trust-minimized AI services. Within PlayHub, EigenAI-backed verification ensures that agents’ claimed performance, model provenance, and compliance are transparently auditable. By integrating EigenAI’s cryptoeconomic and deterministic verification technologies, PlayHub users gain confidence that invoked AI agents operate as advertised. #### Refining PlayAI as EigenLayer AVS While “PlayAI as EigenLayer AVS” traditionally focused on node infrastructure, its verification principles are refocused within PlayHub’s verification layer. This shift highlights PlayHub’s role as the primary trust and verification hub, where EigenAI-powered ERC8004 capabilities enforce security and validation in agentic workflows. # How it Works PlayHub serves as the primary interface for end-users within the PlayAI Network, designed to seamlessly connect workflows, MCPs, agents, applications, and tools. It coordinates complex tasks efficiently across both on-chain and off-chain environments, managing the flow of information and processes without requiring manual intervention. #### Step-by-step workflow orchestration: 1. **Task Initiation:** When a user submits a request or command via PlayHub’s conversational interface, the system analyzes the task’s requirements, whether it involves data retrieval, computation, payments, or multi-agent coordination. 2. **Tooling Aggregation:** PlayHub consults its aggregated tooling layer, which includes MCP endpoints for AI model invocation, x402 endpoints for real-time blockchain micropayments, and other connected protocol endpoints. This aggregation ensures it has a rich set of capabilities at its disposal. 3. **Verification Check:** Before execution, the system invokes the Verification Layer, powered by ERC8004 and EigenAI, to authenticate and validate any AI agents or tools involved in the workflow. This step ensures trust and security by verifying agent identities, reputations, and compliance within the network. 4. **Automatic Selection & Orchestration:** Based on the verified tooling and agent capabilities, PlayHub intelligently selects and deploys the best-fit MCP, agent, or workflow component required to fulfill the task. It seamlessly orchestrates multiple steps or agents when needed. 5. **Cross-Environment Execution:** PlayHub handles the interactions and data flow between blockchain-based (on-chain) services and traditional off-chain systems. It ensures smooth communication and coordination across these environments. 6. **Task Completion & Feedback:** Once the task is completed, PlayHub delivers results to the user, collects feedback, and updates reputations as needed to improve future automation accuracy and trustworthiness. By automating the selection and deployment of verified agents and tooling, PlayHub removes technical complexity and streamlines interactions across systems. Users no longer need to navigate fragmented workflows or choose tools manually; PlayHub’s orchestration handles everything transparently. In summary, PlayHub extends PlayAI’s capabilities by acting as the intelligent orchestrator connecting agents, protocols, and applications. This automated orchestration simplifies workflows, enhances productivity, and opens powerful integrations to users without requiring deep technical expertise. # Getting Started ## **How to Sign Up/Log In** * Go to **hub.playai.network**. * Sign up using your preferred method. New users receive 20 Aura to start. * Optionally, add a referral code during signup to earn bonus Aura. ## **Using the Chat or Workflow** * The PlayHub chat lets you interact with workflows and MCPs effortlessly, handling complex tasks through simple natural language. * Choose a specific MCP/app, or workflow from the Play Portal to it with, or tag the `@MCP/workflow` across the Aura chat, or let **Aura** automatically select the best option for you to get your task done. * You can headover to Play Portal to access Workflows, Apps and MCPs and engage with it directly. ## **Crypto Wallets** PlayHub is powered by Alchemy for creating a **Solana** and **EVM-compatible wallet** with your Email or Passkey, simplifying and secure blockchain-based interactions by eliminating repeated transaction signing. ### **Creating Wallet** 1. Once signed up, you can create your wallet by accessing the Profile. 2. You'll be prompted to use your Email or Passkey to save the private keys securely. 3. In case of **Email,** you'll be asked to enter and verify your email via a OTP. This will create the wallet and delegate the signing access to workflows/MCPs to engage in onchain interactions. 4. In case of **Passkey,** your credential keys will be stored locally. You'll be required to sign the Passkey twice, one for wallet creation, and other for delegating the singing access to workflows/MCPs to engage in onchain interactions. ### **Depositing Funds** 1. Open your **Profile Settings** and go to the **Wallet** section. 2. Copy the wallet address for Solana or EVM, depending on your needs. 3. Send funds into your platform wallet from another crypto wallet or exchange. ### **Withdrawing Funds** 1. In the **Wallet** section, select **Withdraw**. 2. Select the token and amount, enter the withdrawal wallet address and specify the amount to transfer. 3. Confirm the details and complete the withdrawal process. ### **Exporting Your Wallet** * Use the **Export Wallet** feature to access your private key for use in other applications or wallets. **Important:** Keep your private key secure and never share it with others. * Import your wallet into third-party applications using the private key provided by PlayHub. *** ## **Earning Aura with Data Mining** ### **Curate and Mine Data** 1. Find relevant information on **Twitter**. 2. Tag **Aura** in the post and request data mining (you can mine upto 5 data pieces a day). 3. Track mined data’s progress on PlayHub. * Each data mined enters a **verification window**, during which other users verify its accuracy. 4. Earn **Aura** for every data point successfully verified by the community. ### **Verify Data** 1. Go to the **Mine Data** section in PlayHub. 2. Switch to **Verify Data** mode and review curated data. 3. Vote on accuracy as **Approve** or **Reject** (you can review upto 15 data pieces a day). 4. Earn **Aura** for being part of the consensus for verifying the data. *** ## **Missions: Earn While You Engage** Complete interactive quests to earn Aura. Examples include: * Using, or adding new workflows or MCPs. * Participating across data mining or verification. * Engaging with PlayAI’s social channels. *** ## **Referrals: Invite and Earn** * Invite friends to PlayHub using a your referral code. Earn **5 Aura points** for each successful referral. * The referred user receives **10 extra Aura points** when signing up with your code. * Over the time, you also receive **10% Aura points** of your successful referrals upto 2 levels. # Introduction PlayStudio is the creative and development heart of PlayAI, designed to empower developers and users alike to craft, deploy, and interact with autonomous AI agents, known as “Plays.” These Plays seamlessly connect with diverse applications, agents, tools, and Model Context Protocols (MCPs), enabling a rich variety of use cases that evolve with user needs. By providing a flexible and intuitive framework, PlayStudio allows creators to build AI-driven workflows without deep technical expertise while still offering powerful customization for developers. Creators can integrate plugins, fine-tune models, customize prompts, and transform applications into interoperable MCPs, unlocking discoverability across the ecosystem. At the core of PlayStudio’s economy is the $PLAI token, which rewards creator contributions and incentivizes active participation. Through tokenized monetization, access controls, and governance rights, $PLAI ensures a sustainable and equitable environment where developers and users are motivated to grow and expand the autonomous agent ecosystem together. PlayStudio thus acts as both a playground and a marketplace, where innovation meets collaboration, making AI agents accessible and profitable across industries and communities. # PlayStudio PlayStudio features two main types of building: Workflow Creation and Developer Tooling Integration. ### Workflow Creation PlayStudio offers a comprehensive, no-code environment for building, customizing, and deploying AI-powered workflows (Plays). Creators can design sophisticated multi-step workflows by connecting various building blocks, such as triggers, AI models, external data sources, and action modules. * **Visual Editor:** A drag-and-drop interface simplifies creating sequences, branching logic, and integrations, allowing users to build workflows without coding knowledge. * **Templates and prebuilt plays:** Get started quickly with a library of customizable templates tailored to common tasks, such as data analysis, content generation, or automated onchain transactions. * **AI Model Integration:** Seamlessly incorporate pre-trained or fine-tuned AI models, enabling personalized automation and intelligent decision-making. * **External System Connectors:** Integrate APIs, blockchain protocols, databases, and third-party services to extend the power and utility of workflows. * **Human-in-the-Loop Controls:** Introduce manual checkpoints or override options for critical decision points, ensuring flexibility and safety. This design empowers creators to build powerful, context-aware agents that execute complex tasks across multiple environments effortlessly. ### Developer Tooling Integration For developers, PlayStudio acts as an extensible platform to contribute tooling and expand ecosystem capabilities: * **MCP Server Creation:** Developers can convert their applications or APIs into Model Context Protocol (MCP) servers, making them discoverable and callable by PlayAI clients within workflows. * **Plugin Development:** Create plugins to add custom functionality into workflows, such as data transformations, notifications, or integration with offchain/onchain systems. * **Prompt Engineering & Model Fine-tuning:** Craft and share advanced prompt templates or contribute fine-tuned AI models for reuse within community workflows. * **Data Source Connectivity:** Enable connections to specialized datasets, oracles, or decentralized data stores to fuel AI insights. * **API Exposure:** Allow other developers and users to invoke your tooling securely as part of sophisticated PlayStudio workflows. Through these capabilities, developers can broaden adoption of their tools, monetize integrations, and contribute to a growing ecosystem of interoperable agentic services. # Creator Monetization PlayStudio's monetization model is fundamentally driven by the $PLAI token, which fuels a dynamic flywheel ecosystem connecting creators, users, and AI agents in a mutually reinforcing loop of value creation and capture. #### The PlayStudio Flywheel The flywheel consists of several interconnected elements: * Creators develop autonomous Plays, plugins, and AI agents tailored to diverse use cases and workflows. * Users deploy and interact with these Plays, deriving value through automation, insights, and enhanced productivity. * Data & Feedback Loops empower agents to improve through real-world interactions, while $PLAI incentivizes quality and innovation. * Marketplace & Governance ensure fair distribution of rewards, access to premium tools, and community-driven evolution of the platform. This flywheel establishes a sustainable creator economy, where $PLAI is the medium of exchange, reward, and governance. #### How Creators Earn $PLAI * **Usage Rewards:** Creators receive $PLAI tokens based on the frequency and impact of their Plays. The more their creations are employed in productive workflows, the greater their rewards. * **Premium Access Sales:** Creators can offer premium versions of their Plays or plugins accessible via $PLAI token payments, unlocking advanced features for paying users. * **Contribution Incentives:** Active contributors who enhance ecosystem tooling, curate datasets, or build integrative plugins are incentivized with $PLAI. * **Governance Participation:** Creators holding $PLAI influence the platform’s direction, proposals, and reward mechanisms, aligning incentives towards community growth. #### Empowering a Sustainable Creator Economy This flow of $PLAI rewards fuels continual development and engagement within PlayStudio. By rewarding meaningful contributions and balancing accessibility with premium features, PlayStudio drives innovation, user satisfaction, and economic sustainability in the decentralized AI ecosystem. # MADRIMS # Introduction Madrims are AI-powered smart glasses developed on the PlayAI Network, designed to bridge the gap between the physical and digital worlds by making real-life environments as interactive and programmable as the web. Built for crypto natives and AI enthusiasts, Madrims enable users to interface with decentralized applications, collect vision data, and automate complex tasks using natural language and ambient computing.
Each pair of Madrims features a high-resolution 12-megapixel camera with electronic image stabilization, dual open-ear speakers, snap-on shades, and a high-fidelity microphone for instant voice activation. The glasses convert spoken commands to executable actions, allowing users to control blockchain applications, trigger workflows, or contribute data hands-free. Madrims is positioned at the convergence of wearable tech, decentralized AI, and real-world data collection. Users can participate in pilot programs such as vision data for robotics, where footage captured by Madrims is securely processed, labeled, and anonymized by PlayAI and Hub.xyz’s infrastructure, powering AI, robotics, and enterprise applications. This “decentralized living” approach prioritizes privacy, user data ownership, and seamless portability across ecosystems. Madrims also support an open builder marketplace, where developers can create and monetize new use cases or dApps directly for the glasses, expanding functionality and engagement. The devices launched with a limited-edition presale, rapidly attracting demand from crypto users and builders excited by features like hands-free dApp access, instant task automation, and ambient digital identity support. Ultimately, Madrims represent the next generation of experiential AI wearables, unlocking new streams of data for PlayAI’s agent network and providing users with powerful tools to automate, collect, and interact with both digital and physical worlds in real time. # Features of MadRims #### Specs Overview: **Weight & Build** * 39g ultra-light TR90 frame, ergonomically designed for long wear. **Battery** * 270mAh battery providing up to 10 hours of moderate usage per charge. **Camera** * 12MP camera equipped with Electronic Image Stabilization (EIS) for smooth, high-quality POV capture. **Audio System** * 5-mic array for high-fidelity input. * Dual open-ear speakers for seamless ambient listening. **Interaction** * Hands-free calling and music playback. * Ambient touch controls for navigation and instant task execution. **Snap-On Shades** * Interchangeable black and brown lenses for flexibility and sun protection. **Operating System & Controls** * Play Hub app pairs glasses with your phone for easy management. * "Play It" AI wake word for instant AI agent activation. **Charging Case** * Charging case with 36-hour capacity for extended use and portability. **Connectivity** * Bluetooth 5.4 and Wi-Fi 6 support for high-speed wireless communication. **Open-Source SDK** * Workflow creation enabled with Play AI SDK, allowing developers to build custom integrations. **Storage** * 32GB onboard flash storage for local data and workflow retention. **AI Model** * Supports custom AI models and mainstream options for advanced, on-device intelligence. **Water Resistance** * IPX4 splash-resistant for reliable everyday and outdoor use.
#### How to Purchase Pre-orders for Madrims are available directly at madrims.playai.network. The Founders’ Edition is now available for reservation. * You can reserve yours at $49 by visiting: * Full purchase will cost $249 ($200 after reservation) * Initial drop limited to 1,000 units for crypto-native users and early adopters. For up-to-date purchase windows, availability, or future releases, visit the official site at . # Data Usage and Integration ### Madrims Data Usage & Integration * **Decentralized Vision Data Pipeline:** Madrims smart glasses capture real-time vision data from users in the physical world, streaming it directly into the PlayAI and Hub.xyz combined pipeline. This partnership turns raw footage from Madrims into verified, structured datasets ready for enterprise use across AI, robotics, and finance. * **Play Collective Integration:** All data collected by Madrims is funneled into Play Collective - PlayAI’s collaborative data aggregation and incentivization layer. Here, the data is annotated, labeled, and quality-checked within Hub.xyz’s end-to-end infrastructure. Contributors are rewarded for data that helps improve agent intelligence and application workflows, fueling the development of smarter agents and more robust decentralized AI services. * **Enterprise and Agent Workflows:** Quality-controlled Madrims datasets are delivered as live, AI-ready streams for training models in robotics, trading algorithms, real-time market analytics, and situational awareness. As PlayAI agent workflows are directly connected to Hub’s low-latency pipelines, agents can react to live signals, like emerging trends or threats, based on this vision data, making PlayAI a bridge between physical environments and next-generation machine intelligence. This initiative represents a move toward “decentralized living,” where privacy, portability, and verifiable digital agency are foundational, and where users, developers, and enterprises all benefit from frictionless, high-quality, and incentivized real-world data. # Getting Started # Introduction #### Play Collective: Data Collaboration and Incentivization Play Collective is PlayAI’s collaborative layer for decentralized, high-impact data collection, curation, and rewarding contributors. It powers the aggregation of diverse, real-world datasets and fuels AI agent improvement through community-driven incentives, all linked seamlessly to the $PLAI token economy. #### Types of Data: Play Collective aggregates multiple forms of data for use in improving AI workflows and models: * **Streaming Data:** Real-time user actions, gameplay streams, and environmental sensor feeds are continuously ingested to enhance real-time analytics and agent adaptability. * **Vision Data:** High-quality images and video streams, especially from devices like MadRims, provide essential input for robotics, compliance, and perceptual AI systems. * **Social Data:** Social interactions pulled from platforms (such as Twitter) supply rich context for sentiment analysis, content moderation, and behavioral AI. * **Other Specialized Data:** Web2 and web3 integrations introduce diverse external datasets, ensuring PlayAI agents adapt to evolving use cases across industries. #### Incentivization Powered by $PLAI Token At the core of Play Collective is a transparent reward structure. Contributors of valuable data are incentivized with $PLAI tokens, aligning interests between users, developers, agents, and enterprises. By rewarding data generation, curation, and validation, $PLAI ensures high-quality, privacy-respecting datasets flow toward AI training and real-world applications. #### Pilot Programs **Stream-to-Earn** Launched as the foundational pilot, Stream-to-Earn connects gamers and game publishers at the crossroads of gameplay and data. Participants who stream games integrated via PlayAI’s SDK earn points and $PLAI rewards for their activity, while game studios boost engagement and use real gameplay data to fine-tune AI agents and game mechanics. **PlayHub Data Mining: Season One** The first large-scale mining campaign focused on Twitter data collection, with over 1,000,000 data shards mined and more than 30,000 users participating (as shown in the attached dashboard screenshot). This initiative provided a massive social dataset for improving conversational agents and network intelligence within PlayAI. **Madrims vision data initiative:** In partnership with Hub.xyz, PlayAI will be launching a decentralized vision-data pipeline powered by MadRims smart glasses. These wearables collect world-scale imagery and audio, which Hub.xyz processes, labels, and distributes as high-fidelity AI-ready datasets. The MadRims program enables enterprise-grade, privacy-centric data streams for AI and robotics, integrating ambient identity, autonomous dApp access, and real-time agent workflows. MadRims pre-orders opened at $49 (reservation) and $249 (full device), with rapid adoption among crypto users, developers, and builders. #### Forthcoming Programs Play Collective’s roadmap includes expanded pilots across new forms of data aggregation, spanning multimodal social streams, real-time market analytics, advanced robotics input, and privacy-preserving personal productivity data. Additional integrations and open SDK campaigns will continually broaden the spectrum and utility of Play Collective’s incentivized datasets. Play Collective establishes PlayAI as the leading platform for data-driven collaboration, empowering everyday users, developers, and enterprises to co-create and co-monetize the next generation of decentralized AI agents. # Data Marketplace The Marketplace bridges gaps in the agent economy by creating a decentralized ecosystem where users, developers, and agents interact to exchange value seamlessly. ### Key Components: * **User Data Contributions:** Users securely provide data, earning rewards for its use in agent training or outputs. * **Developer Plugins:** Developers create specialized plugins, enhancing agent capabilities while earning incentives. * **Self-Improving Agents:** Agents autonomously access datasets, computational resources, and plugins to refine their functionalities and connect with external systems. ### Data Economy Highlights: * **Demand Creation:** Developers and agents autonomously define data requirements for fine-tuning, training, or creating new capabilities. * **Contributions:** Data collected via PlayAI’s ecosystem is securely contributed, validated, and rewarded. **Oasis Nodes** process and validate contributions, enabling agents and developers to tap into these resources via the Marketplace, fostering a dynamic and self-sustaining agent economy. # Introduction PlayAI Oasis Nodes play a crucial role in the coordination of data within the ecosystem by facilitating the off-chain computation, processing, and evaluation of data, as well as managing the performance and integrity of AI models. These nodes are integral to ensure that the ecosystem operates efficiently and securely, with rewards allocated based on various performance metrics.
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## **Functions of Oasis Nodes** ### **Data Processing** * **Data Aggregation:** Oasis Nodes handle the aggregation of raw data collected from users and applications within the PlayAI ecosystem. This data can include everything from user-generated content to sensor data, all of which needs to be processed before it can be used for AI model training or other purposes. * **Data Cleaning and Preprocessing:** Once the raw data is aggregated, Oasis Nodes are responsible for cleaning and preprocessing it. This involves removing any irrelevant or corrupted data, normalizing the data formats, and ensuring that it is structured in a way that is conducive to accurate AI model training. * **Data Extraction:** Oasis Nodes initiate the process by extracting relevant data from various sources within the PlayAI ecosystem. This includes user interactions, keylogs, videos, images, textual data, sensor outputs, and any other data streams generated by applications and devices connected to the PlayAI Stack. The extraction process ensures that only pertinent data is captured for further processing, reducing noise and improving the quality of the datasets. * **Data Rating:** Oasis Nodes evaluate the quality of the data processed, ensuring that only high-quality, reliable datasets are used in AI model training and analysis. This rating helps maintain the integrity of the data and set a price for further usage within the PlayAI ecosystem. * **AI Model Evaluation:** Oasis Nodes also rate AI models and agents based on the outputs generated — assessing their accuracy, relevance, and overall quality. This evaluation ensures that the AI models produce trustworthy and actionable results, while also have a slashing mechanism to punish the bad actors. * **Feedback Loop:** The rating system creates a feedback loop where high-quality data and outputs are continually reinforced, driving the improvement of AI models over time. ### **Computing** * **Off-Chain Computation:** Oasis Nodes perform critical off-chain computation tasks, such as AI model training, parameter optimization, and executing complex algorithms that require significant computational resources. By handling these tasks off-chain, the ecosystem maintains high performance without overloading the blockchain. * **Model Validation:** After computing tasks, Oasis Nodes validate AI models by testing them against designated datasets. This validation ensures the models' accuracy, reliability, and suitability for deployment within the ecosystem. * **Agent Training:** Access compute from Oasis Nodes to train agent adapters to be used across different models. * **Parameter Exporting:** Once validated, the necessary parameters and datasets are exported back into the blockchain. This secure recording of results ensures transparency and accessibility for other nodes, developers, and users. * **Distributed Computing:** Oasis Nodes collaborate in a distributed computing environment, pooling resources to handle large-scale computational tasks more efficiently. This collaborative approach allows the PlayAI ecosystem to scale effectively, process compute heavy taks, and meet growing demands. ### Rating * **Data Rating:** Oasis Nodes evaluate the quality of the data processed, ensuring that only high-quality, reliable datasets are used in AI model training and analysis. This rating helps maintain the integrity of the data and set a price for further usage within the PlayAI ecosystem. * **AI Model Evaluation:** Oasis Nodes also rate AI models and agents based on the outputs generated — assessing their accuracy, relevance, and overall quality. This evaluation ensures that the AI models produce trustworthy and actionable results, while also have a slashing mechanism to punish the bad actors. * **Feedback Loop:** The rating system creates a feedback loop where high-quality data and outputs are continually reinforced, driving the improvement of AI models over time. # Component of Oasis Nodes PlayAI Nodes consist of these major components — **Client**: This is node client responsible for fetching tasks and submitting result of tasks **Server**: This is backend server of playAI responsible for assigning tasks to clients and track task execution and results **SmartContracts**: There would be 2 set of contracts here — 1. Tasks on chain contract where the taskdata is posted by backend server being an aggregator 2. NFT contract of node sale which acts as whitelisting for nodes integrated with 1 as well to verify attestation ### Functionalities of Server: Upon recieving rawVideo, the servers defines and generates task which are then assigned to clients based on ping, health, uptime, hardware, computing power, and other parameters required by tasks. The nodes then receives the task results and further actions to be carried out by Server. The Server keeps track of tasks and upon reaching defined threshold, it gets all signatured response and submit execution of task on Smartcontract by acting as aggregator. ### Functionalities of Client: The client discloses the ping, health, hardware, computing power to the Server. It fetches the tasks from Server by pulling assigned tasks at specific intervals. Once allotted, it executes the task by applying compute rules and logs the computation details and send result of task to Server along with SignedSignature.
### Task Engine The Task Engine is a system designed to manage and optimize the distribution and execution of tasks across a network of nodes. Each node registers with a unique key, submits system specifications, and receives tasks based on its capabilities. The engine tracks node health, assigns tasks with varying complexity, and rewards nodes accordingly. It includes features for logging, background service operation, and a user dashboard to monitor performance and rewards, ensuring efficient and reliable task processing in the network. # Node Bootstrapping Oasis Nodes implement a node bootstrapping model, giving users the flexibility to run nodes through a user-friendly interface or manually, based on their preferences. This streamlined process allows users to quickly set up and operate their nodes, enabling them to start earning rewards immediately from day one. Node bootstrapping make it easy to participate in the network and maximize your earning potential from the start. ### Node Economics The Oasis Nodes have a total supply of 70,000 licenses of which over 550 were claimed in the phase 1, with rewards distribution allocated from the Ecosystem Rewards, distributed over 36 months. Along with an additional token supply reserved for airdrop to incentivize Node Bootstrapping participants. ### Node Licence & Activation After purchase, Node Owners receive a non-transferable node license as an NFT on Base Mainnet. This license identifies the node owner, and only the holder of the NFT can claim the rewards. To operate the node, owners must either activate the license or delegate it to a burner address used during setup, or associated with NodeKit, or other operators. Once delegated, the burner address receives a non-transferable License NFT on PlayAI Testnet for verification. The burner address will also be funded with gas fees to run node operations. ### Rewards #### Airdrop Allocation: Node owners who have been early adopters and supported network operations since the testnet phase will be rewarded with a portion of the airdrop allocation. This recognizes their key role in bootstrapping the ecosystem. To ensure a fair market price for $PLAI, the airdrop allocation may be subject to a vesting schedule based on individual allocations. This approach not only rewards early participation but also stabilizes token distribution and avoids sudden market impacts from large unlocks. #### Token Allocation: A portion of the $PLAI Ecosystem Reward pool is allocated to node rewards, distributed steadily over the next three years. This ensures a consistent and long-term incentive for node operators to remain actively engaged and contribute to network stability and growth. Rewards will begin accruing from the moment nodes are active, ensuring immediate earning potential. An initial portion of these TGE rewards will be unlocked at the Token Generation Event (TGE), with the remaining balance gradually vested according to each node operator's allocation. This model provides sustained incentives while maintaining network security and decentralization over time. #### Reward Distribution The rewards are distributed on a weekly epoch schedule, based on the node's contribution to network operations and data verification. Each node’s reward is proportional to its uptime, reliability, and the amount of data processed or validated during the epoch. All rewards are recorded on IPFS and smart contracts for transparency and decentralization. License holders can claim their rewards through the Node Explorer. ### Whitelists Partners are eligible for unique referral codes and whitelist spots for their community. Whitelist spots provide exclusive access to sales before they go live to the public. These spots are offered across all tiers, allowing partners to reward their community. Partners can also share their referral link to earn a 10% commission, while their community members receive a 6% rebate on their purchases. ### Nexus Pass Participate in upcoming activations and community initiatives to secure your rare non-transferable Nexus Pass NFT on Base Chain. This pass grants you exclusive access to whitelist spots for nodes, bonus rewards, special access, and boosts across PlayCollective. {% embed url="" %} # Purchase Oasis Node with PlayAI's NodePortal Be part of the intelligence engine with Oasis Nodes. Here's how your can purchase your Key via PlayAI's NodePortal. ### **Visit PlayAI’s NodePortal** Begin by navigating to the PlayAI NodePortal. This is the official platform where all Oasis Nodes are listed and available for purchase.
### **Connect Your Wallet** Signup using your wallet, make sure to connect the wallet where you want to receive the Oasis Node Key.
### **Select the Tier and Add to Your Cart** Navigate to the list of available node tiers on the NodePortal. Add the Oasis Node to your cart to proceed with the purchase.
### **Proceed to Checkout** Once your desired node is in your cart, head over to the cart. Here, you can choose your preferred payment method—either using a credit card or crypto from your wallet.
### **Receive Your Oasis Node Key** After a successful payment, you’ll automatically receive the Oasis Node Key in your wallet. You can share your referral code with friends to earn a 5% commission on their node purchases, while your friend receives a 5% rebate on their purchase as a reward for using your code.
You can also view your purchase history in ‘My Orders’ page in the navigation bar. ### **Run Your Node** Now that you have your Oasis Node Key, you can begin running your node on NodeOps. Follow the guide shared below for detailed instructions on running and managing your node. # How to Run the Node PlayAI uses a decentralized network of nodes to bootstrap the computing required for running the AI tasks around data validation, verification, and more. This means your machine will contribute processing power and resources to the network, allowing AI models to be executed in a distributed manner. By running a node, you participate in the network's consensus mechanism and earn rewards. ## Get Oasis Node Key {% embed url="" %} ## Software & Hardware Requirements Currently PlayAI node support Linux operating system with the following requirements. ### Hardware Requirements * Memory: 4 GB or more * Storage: 20 GB or more ### Software Requirements * Git * Docker * Docker Compose **Network:** A stable and high-speed internet connection with sufficient upload and download bandwidth is crucial for communication with other nodes in the network ## Setup your Node
💡 Run with NodeOpsStart with NaaS operators for no-code setup with ease of management.https://docs.nodeops.xyz/nodes-info/playai
🖥️ Run it LocallyGet the node running on your local machine./pages/12koKOSEizL3N80aD9kj
🗄 Setup on E2C Interface

Easy steps to host your node remotely.

/pages/cx6CmvEPvnr7rgIfDwib
## Oasis Node Explorer The Oasis Node Explorer provides all essential details and verifications across the PlayAI Chain. Users can explore tasks, node contributions, network statistics, rewards, and more. Node Owners can manage their nodes, view detailed performance metrics, and perform delegation and undelegation actions with ease. {% embed url="" %} ### Node Delegation & Undelegation Node Owners can access the Keys section within the Oasis Node Explorer to manage their node keys and monitor activity. The delegation process allows owners to assign their node licenses to a burner wallet by entering the wallet address and confirming the transaction. Delegation and undelegation history is available for tracking node transfers and activity. #### Steps to Delegate/Undelegate Node: 1. Visit the Oasis Node Explorer website. 2. Connect the wallet that holds your node keys. 3. Navigate to the "Keys" section to access your node keys. 4. Select the 'Delegate' or 'Undelegate' option for the specific node key. 5. Enter the burner wallet address used during the node setup if delegating, or remove it if undelegating. 6. Confirm and initiate the transaction to complete the process. {% embed url="" %} ### Node Delegation & Undelegation via NodeOps Node Owners can also start running the Oasis Node via NodeOps. NodeOps makes it easier to operate the node with streamlined interface to deploy, monitor, and maintain nodes across various networks without needing technical expertise. #### Steps to Delegate/Undelegate via NodeOps: 1. Sign in to your NodeOps account to access the NodeConsole. 2. Navigate to the Node Bootstrapping Event Page and find the PlayAI Protocol. 3. Connect your EVM-compatible wallet, which holds your PlayAI Oasis NFT on the Base blockchain. 4. Headover to Nodefolio to delegate your node by clicking "Click to Delegate" and make sure your wallet is connected with enough ETH for gas fees on Base. 5. Confirm your setup in NodeFolio, where the node status will change from "Click to Delegate" to "Running."
### Node Bulk Delegation & Undelegation The bulk delegation feature allows Node Owners to manage multiple node licenses in one go, streamlining large-scale operations. Using this feature, owners can select multiple nodes and input single burner wallet addresses to delegate or undelegate nodes in a single transaction. This reduces the need for repetitive transactions, making the process efficient for those managing many nodes. #### Steps to Bulk Delegate/Undelegate: 1. Access the Node Explorer and log in using the wallet that holds your PlayAI Oasis Node Keys. 2. Go to the "My Keys" section to view your node keys. 3. Select "Bulk Delegate" or "Bulk Undelegate" from the top menu. 4. Choose the nodes you wish to manage from the list in the table. 5. Confirm your action by clicking "Continue to Delegate" or "Continue to Undelegate" at the top of the page. 6. Finalize the process by initiating the transaction and completing the delegation or undelegation. # How to Run with NodeOps Once you've purchased the Oasis Node key from PlayAI's NodePortal or any launchpad, NodeOps makes it easy to set up, operate, and manage your node through a streamlined interface. ### **Steps to Run an Oasis Node via NodeOps:** **Step 1: Sign In to the NodeOps Console** Sign in to your NodeOps account to access the NodeConsole.
#### **Step 2: Sign In to the NodeOps Console** Navigate to the 'Node Deployment' page and locate the PlayAI Protocol.
**Step 3: Connect Wallet & Fetch Key** Connect the wallet that holds your PlayAI Oasis Key on the Base network.
Fetch your Key by clicking the "Fetch Key" button.
**Step 4: Subscribing to NodeOps Plan** Once your Oasis Node Key is displayed, select the appropriate duration to proceed. Confirm & complete your payment for the selected duration.
**Step 5: Delegating the Key** After completing your payment, click "Click to Delegate" to start running your node. Ensure your wallet is connected and has sufficient ETH for gas fees on the Base network.
**Step 6: Confirming the Setup** Confirm your setup. Once successfully delegated, the node status will change from "Click to Delegate" to "Running".
# Setup via LocalHost This guide will help understand how to install a PlayAI Node on a local Computer or Single Node. There are two major part, first is setting prerequisites to run a node and second is setting up node by running few commands listed in steps. At the end of document there is a demo video of this whole process and what a successful node deployment look like on a machine. ## Setting Environment ### Install Git Install Git on your system if you haven't already. Verify the installation by running `git --version` in your terminal. Expect an output showing the Git version. [Link](https://git-scm.com/downloads) ```python Command: git --version Expceted Sample output: >> git version 2.39.5 (Apple Git-154) ``` ### Install docker Download and install Docker from the official website. Check the installation with `docker --version`, expecting an output displaying the Docker version. [Link](https://docs.docker.com/engine/install/) ```python Command: docker --version Expected Sample Output: >>Docker version 27.0.3, build 7d4bcd8 ``` ### Install Docker Compose If not already installed (usually included with Docker Desktop), install it separately. Verify with `docker-compose --version.` ```python Command: docker-compose --version Expected Sample Output: >> Docker Compose version v2.28.1-desktop.1 ``` If you don’t have it already, go to this [link](https://docs.docker.com/compose/install/) and install. *** ## Running PlayAI Node Now all the dependency part is sorted and we are moving towards the steps to run a PlayAI node. Below is step by steps guide to run a node, which include downloading repo from PlayAI official github page. Make sure to keep node specific values ready that you’ll need in step 4, refer to step 4 for these values 1. Clone the PlayAI Node Client repository using ```python git clone ``` 2. Navigate to the cloned directory using ```python cd PlayAI-Node-Client ``` 3. **Create and Configure `.env`** add your wallet address, signer key, main server address, and node token ID. 4. Run below command to open file in write mode and paste and setup the below variables then press `CTRL + X` then `Y` and then `Enter` to save this file ```python nano .env ``` ```python NODE_WALLET_ADDRESS='xx' NODE_SIGNER_KEY='xx' NODE_TOKEN_IDS=[x,x] ``` 5. Pulling latest Node Client Containers, you’ll see some logs in the terminal, that confirms that you’re pulling latest container. This step is required to pull latest container, even if you are not setting it first time and you want to pull latest updates just run below command ```python docker-compose pull ``` 6. Now we have container ready, start the node in detached mode using ```python docker-compose up -d ``` 7. Check if the node is running using `docker ps`. Expect to see the node container listed ```python Command: docker ps ``` Sample output from running this command
8. Shutting down all services ( Do not use CTRL+C or Command+C to shut down nodes ) ```python docker-compose down ``` 9. To see live logs run below command ( optional ). This will show live logs of what’s happening with node, it will show some requests are coming and something is saving back to our database and all. Which confirm finally that your node is health and running and getting computations requests from our backends ```python docker-compose logs -f ``` 10. For closing live logs press `ctrl + C`. Don’t use `ctrl + c` to shut down the node service, use docker-compose down only which will remove some of the unnecessary files from last and you’ll have fresh node live whenever you start node again. *** ### Demo Video {% embed url="" %} # Setup via EC2 Instance This guide will help understand how to install a PlayAI Node on EC2 instance. This guide is divided into 5 major steps, all parts are descriptive and have video and image content to help you user and make this process more clear. **Prerequisites:**\ \- AWS ## Create Security Group This is first step one, create security group with the following inbound outbound rules, which we’ll discuss details in steps Steps -> 1. Go to Security groups by any of the following way 1. AWS Console → Services → EC2 → Security Groups ( Left panel ) 2. Link: [Here](https://www.notion.so/Node-on-EC2-1193361002a780e782fbdbfc6e920b18?pvs=21) 2. Then follow the guide in images, which allow inbound and outbound traffic for your instance 1. **Inbound Traffic** * **SSH (Port 22):** Needed for secure connection. * **HTTP (Port 80):** For web access. * **HTTPS (Port 443):** For secure web access. 2. **Outbound traffic** * **SSH (Port 22)**
*** ## Launch AWS Instance Steps -> 1. **Go to EC2 Dashboard:** * In the top search bar, type **EC2** and click on **EC2 Dashboard**. 2. **Launch an EC2 Instance:** * Click on **Launch Instance**. * **Name Your Instance:** Enter a name like `PlayAI-Server`. * **Select an Amazon Machine Image (AMI):** Choose **Ubuntu Server 24.04 LTS (64-bit x86)**. * **Instance Type:** Choose `t3.medium` or `t2.medium` or any other that have greater or equal 4 GB RAM, which is minimum resource requirements to run PlayAI Node * **Key Pair:** If you don’t have one, create a new key pair and download it. This will let you connect to the server securely. You can choose to ignore it if you are not accessing it from local machine. In EC2 you can connect to terminal without Key Pair. But you’ll definitely need it if you are accessing from your local machine or some other machine. * **Security Group Settings:** Select existing security group which you created in previous step * **Storage:** Set the storage size to 20GB (or more if you think you'll need it).
3. **Go to EC2 Dashboard:** Once all settings are in place, click Launch Instance. It will take a minute or two to start. *** ## Connect to EC2 Instance This step will help you connect to ec2 instance, in other word, it gives you terminal to run all the commands for setting up PlayAI node AWS provides a way to connect to your instance directly from your browser without needing to download any software. Steps -> 1. **Go to Your Instance:** * Once your instance is running (you'll see it in the **Instances** list), select it. 2. **Connect to the Instance:** * Click **Connect** at the top of the page. * Select the **EC2 Instance Connect** option (this lets you connect via your browser). There are two option available, keep default if you don’t know which one to choose. * Click **Connect** — a new window will open with a terminal. 3. You’ll see a terminal there, run below command to see everything is fine upto now ```python echo "Hi, I am connected to EC2" ``` *** ## Host Machine Setup In this step, we’ll work on installing required software for smoothly running PlayAI node. Which is installing docker, docker-compose, git. Follow step by step to avoid trouble Steps -> 1. **Update the Server:** * Run the following command to make sure everything is up to date, this will update some basic setting and add some linux channel and all, nothing specific to our setting ```bash sudo apt update sudo apt upgrade -y ``` 2. **Install Docker:** * This step would install docker, which is needed to run AI engines provided by PlayAI. Run below command to install ```bash sudo apt install docker.io -y ``` 3. **Install Docker Compose:** * Docker compose is a way to run multi container setup in a managed way, which help us define configurations and mount volumes and much more. Install Docker Compose with this command: ```bash sudo curl -SL -o /usr/local/bin/docker-compose sudo chmod +x /usr/local/bin/docker-compose ``` 4. **Verify Docker and Docker Compose are Installed:** * Check Docker version by running: ```bash docker --version ``` * Check Docker Compose version by running: ```bash docker-compose --version ``` *** ## Run PlayAI Node Now all the dependency part is sorted and we are moving towards the steps to run a PlayAI node. Below is step by steps guide to run a node, which include downloading repo from PlayAI official github page. Make sure to keep node specific values ready that you’ll need in step 5, refer to step 5 for these values. Steps -> 1. Start to work as root user to avoid sudo all the time, for that you just have to run `sudo -i` ```python sudo -i ``` 2. Clone the PlayAI Node Client repository using ```python git clone ``` 3. Navigate to the cloned directory using ```python cd PlayAI-Node-Client ``` 4. **Create and Configure `.env`** add your wallet address, signer key, main server address, and node token ID. 5. Run below command to open file in write mode and paste and setup the below variables then press `CTRL + X` then `Y` and then `Enter` to save this file ```python nano .env ``` ```python NODE_WALLET_ADDRESS='xx' NODE_SIGNER_KEY='xx' NODE_TOKEN_IDS=[x,x] ``` 6. Pulling latest Node Client Containers, you’ll see some logs in the terminal, that confirms that you’re pulling latest container. This step is required to pull latest container, even if you are not setting it first time and you want to pull latest updates just run below command ```python docker-compose pull ``` 7. Now we have container ready, start the node in detached mode using ```python docker-compose up -d ``` 8. Check if the node is running using `docker ps`. Expect to see the node container listed ```python docker ps ``` Sample output from running this command
9. Shutting down all services ( Do not use CTRL+C or Command+C to shut down nodes ) ```python docker-compose down ``` 10. To see live logs run below command ( optional ). This will show live logs of what’s happening with node, it will show some requests are coming and something is saving back to our database and all. Which confirm finally that your node is health and running and getting computations requests from our backends ```python docker-compose logs -f ``` 11. For closing live logs press `ctrl + C`. Don’t use `ctrl + c` to shut down the node service, use docker-compose down only which will remove some of the unnecessary files from last and you’ll have fresh node live whenever you start node again. # Node Explorer The Oasis Node Explorer provides all essential details and verifications across the PlayAI Chain. Users can explore tasks, node contributions, network statistics, rewards, and more. Node Owners can manage their nodes, view detailed performance metrics, and perform delegation and undelegation actions with ease.
{% embed url="" %} ### Node Delegation & Undelegation Node Owners can access the Keys section within the Oasis Node Explorer to manage their node keys and monitor activity. The delegation process allows owners to assign their node licenses to a burner wallet by entering the wallet address and confirming the transaction. Delegation and undelegation history is available for tracking node transfers and activity. #### Steps to Delegate/Undelegate Node: 1. Visit the Oasis Node Explorer website. 2. Connect the wallet that holds your node keys. 3. Navigate to the "Keys" section to access your node keys. 4. Select the 'Delegate' or 'Undelegate' option for the specific node key. 5. Enter the burner wallet address used during the node setup if delegating, or remove it if undelegating. 6. Confirm and initiate the transaction to complete the process. {% embed url="" %} ### Node Bulk Delegation & Undelegation The bulk delegation feature allows Node Owners to manage multiple node licenses in one go, streamlining large-scale operations. Using this feature, owners can select multiple nodes and input single burner wallet addresses to delegate or undelegate nodes in a single transaction. This reduces the need for repetitive transactions, making the process efficient for those managing many nodes. #### Steps to Bulk Delegate/Undelegate: 1. Access the Node Explorer and log in using the wallet that holds your PlayAI Oasis Node Keys. 2. Go to the "My Keys" section to view your node keys. 3. Select "Bulk Delegate" or "Bulk Undelegate" from the top menu. 4. Choose the nodes you wish to manage from the list in the table. 5. Confirm your action by clicking "Continue to Delegate" or "Continue to Undelegate" at the top of the page. 6. Finalize the process by initiating the transaction and completing the delegation or undelegation. # Node Rewards Rewards are distributed on a weekly epoch schedule, based on the node's contribution to network operations and data verification. Each node’s reward is proportional to its uptime, reliability, and the amount of data processed or validated during the epoch. All rewards are recorded on IPFS and smart contracts for transparency and decentralization. License holders can claim their rewards through the Node Explorer. # Introducing $PLAI At Play AI we believe that the internet should run itself to fulfil your needs. That's why we're building the intelligent orchestration layer that transforms fragmented components of the web3 ecosystem into a cohesive, user-centric experience. Play AI connects the scattered tools of the internet, from wallets to APIs, tweets to tokens, and lets anyone automate powerful workflows with crypto and AI. No code. No dashboards. Rather than operating as isolated tools, systems, and applications, PlayAI connects these into a coordinated network. And at the heart of this is $PLAI , the native token of Play AI Network. It serves as the primary economic incentive for the Orchestration Layer, acting as the medium of payment, facilitating governance and enabling value accrual within the Play AI Stack. It is the central component that powers all interactions and transactions that happen within the ecosystem. And soon $PLAI will be the backbone powering all automation across the internet, and in physical devices as it evolves into its final form. # Use Cases for $PLAI The $PLAI token functions as the economic engine of the PlayAI network, driving activities across creation, infrastructure, data, consumer products, and governance. Its utility can be mainly categorized into the following domains.
### Play Studio & Creator Economy Creators can design orchestrated Plays within the Play Studio, publish them, and earn $PLAI whenever their workflows are used. The $PLAI token will also power the broader MadRims ecosystem, incentivizing the creation of automations and integrations for Mad Rims and future products. This sets in motion a creator flywheel where earnings drive more creations, which in turn boost adoption and fuel greater demand for $PLAI. ### Infrastructure & Network Security Oasis Node operators contribute verifiable computing resources and, in return, receive $PLAI emissions as incentives. This system aligns token issuance with productive work, ensuring efficiency and scalability in network operations. In addition, community members can stake $PLAI to help secure the network and earn rewards. Staking creates accountability, as operators who fail to meet proof submission obligations face penalties, including slashing. This collateral-backed framework guarantees reliability while aligning participant incentives with the health of the network. ### PlayHub Access & Integrations Holding $PLAI unlocks advanced access within PlayHub, including orchestrated automations, premium features, workflow clusters, and higher orchestration layers. Furthermore, integrated automations can be published directly into the Hub, with entry and usage gated by $PLAI, reinforcing the token’s utility across the platform. ### Play Collective Data Mining Data contributors play a key role by mining the latest information from across social media channels and are rewarded with $PLAI for their efforts. Equally important are the data verifiers, who validate the mined datasets and also receive token incentives. Over time, this vertical will expand to include new types of data, broadening the scope and depth of the ecosystem’s data mining capabilities. ### Governance $PLAI holders gain governance rights in the future, allowing them to participate in decision-making over network upgrades, ecosystem development funds, economic parameters, and network security policies. Beyond voting, governance will also be coordinated through the treasury, with proposals potentially requiring a $PLAI deposit to be considered. This ensures meaningful participation while anchoring ecosystem growth and stability in the token itself. # Token Utilities PlayAI is powered by its native token $**PLAI**, and designed for multiple uses, including serving as the economic token for the PlayAI Coordination Layer, acting as the medium of payment, and facilitating incentivization within the PlayAI Stack. ## Token Supply $**PLAI** has a **capped supply of** 1,000,000,000 **$PLAI**. The supply will never be increase more than 1,000,000,000 **$PLAI.** ## **Token Utilities** ### **Payments** $PLAI is the primary token used for transactions within the PlayAI ecosystem. Whether it's for making purchases, subscribing to services, or paying for usage within the ecosystem, $PLAI ensures smooth and efficient transactions across the ecosystem. ### **Airdrop** $PLAI is also used to drive adoption and engagement within the community through carefully crafted airdrop campaigns, the token incentivizes specific in-app activities, rewards participation in contests, and create a competitive community atmosphere. ### **Access** Holding $PLAI provides users with exclusive access to certain features, tools, or services within the PlayAI ecosystem. This includes early access to new tools, premium data sets, and other specialized offerings that enhance the user experience. ### **Incentives** $PLAI serves as a dynamic incentive mechanism within the PlayAI network. Users who contribute their data are rewarded with $PLAI tokens, which not only compensates them for their input but also encourages continued participation. Additionally, specific campaigns are crafted to drive particular in-app actions, such as engaging with new features or participating in community-driven events. # The Play Studio Flywheel Play Studio is a core component of the PlayAI ecosystem. It acts as the creator economy engine of PlayAI, it let users create, publish and earn from "Plays", which are automated, multi-step workflows. These plays or workflows can then be distributed, reused, and scaled across the PlayAI ecosystem. These workflows can also be potentially tokenized in the future, enabling creators to license, trade, lend, or even collateralize them against $PLAI, creating a new layer of monetization.
As creators publish Plays, they earn rewards in $PLAI. These Plays in turn generate activity in PlayHub, feed demand for Node emissions, create new opportunities for Data Mining, and unlock incentives within consumer-facing layers like Mad Rims. The activity forms a flywheel effect: More Plays → more adoption → more demand for $PLAI → more rewards → stronger ecosystem growth. # Tokenomics $PLAI has a fixed supply of 1,000,000,000 tokens. The allocation of this is structured to ensure the network develops sustainably, while empowering creators, rewarding contributors, and fuelling ecosystem adoption. A large share of tokens is dedicated to community-driven initiatives, since the long-term success of PlayAI depends on an active creator base, a thriving integration ecosystem, and a deeply engaged user community.
### **Community Incentives (55%)** More than half of the total supply is set aside for direct community participation and ecosystem expansion. This pool is distributed across three primary tracks: * **Ecosystem Growth (30%)**: To drive the long-term expansion of the PlayAI ecosystem, 3% of tokens will be unlocked at launch, with the remaining tokens vesting over 36 months following a 3-month cliff. It will support reward pools for Play Studio creators whose contributions drive adoption, integrations into the MadRims ecosystem, and incentives for node operators who maintain and scale the network’s reliability. Together, these initiatives ensure builders and infrastructure providers are rewarded for their contributions to PlayAI’s success. * **Marketing & Liquidity (20%)**: Designed to strengthen PlayAI’s market presence and reward active participants, this allocation is partially unlocked at launch (10%) with the remaining (10%) released over 12 months. It will fund community focused incentives starting with rewards for programs like the Kaito Yapper community and expand to include initiatives for future contributors. At the same time, it underpins liquidity programs to ensure $PLAI launches to the open market in a healthy, accessible environment for all. * **Community Sale & Airdrop (5%)**: This pool creates immediate opportunities for broader participation in the network. Community sale vibes with a full unlock and gives individuals a chance to acquire tokens and join as stakeholders, while airdrops reward early supporters, decentralize ownership, and help seed a strong base of long-term aligned token holders. More details on the airdrop will be announced soon. ### **Core Team & Early Contributors (15%):** A 15% supply of the $PLAI token is allocated to the core development team and early contributors who were fundamental in building the network from its inception. This allocation is subject to a 1-year cliff, followed by a 4-year vesting period. This long-term schedule is designed to align the team's incentives with the sustained success and growth of PlayAI Network. ### **Backers & Advisors (18%):** An 18% supply of the $PLAI token is designated for strategic partners and advisors who provided crucial capital and expert guidance during the formative stages of the network development. This allocation also includes a 1-year cliff, followed by a linear unlock over 3 years. This structure rewards their early support while ensuring their continued involvement and commitment to the project's long-term vision. ### **PLAI Foundation (12%):** 12% supply of the $PLAI token will be held by the PLAI foundation. This independent entity will hold these tokens to support the network's long-term development, manage community-driven governance, and fund strategic initiatives that promote the health and growth of the PlayAI ecosystem. At launch, 2.4% of tokens will be unlocked, while the remaining tokens will undergo a 12-month lock followed by a 24-month vesting period. This structure ensures the foundation has a steady and reliable stream of resources to effectively fulfill its mandate.
### Conclusion PlayAI is a transformative orchestration protocol designed to unify the web3 ecosystem and the broader AI landscape into a seamless, interconnected experience. The $PLAI token is central to this vision, acting as the primary economic and governance mechanism that secures the network, incentivizes contributions, and powers transactions. By embedding the token's utility across its core functions including creator economics, network infra, data mining, and governance, PlayAI fosters a self-reinforcing flywheel effect. This model ensures continuous growth and community engagement, positioning PlayAI as a foundational platform for the next phase of AI and Web3 integration. # $PLAI Staking ### $PLAI Staking Staking $PLAI is your gateway to powering the PlayAI ecosystem and participating in Play Studio’s creator economy flywheel. By staking, you directly contribute to network security and stability, while unlocking an array of high-yield and utility benefits across PlayAI ecosystem. **Limited $PLAI Capacity:** * Staking slots are limited to ensure sustainable APY and rewards distribution. * Current rates: **75-100% APY** based on available capacity and staking duration.
#### Core Staking Benefits * **PlayHub Pro Discount:** Reduced fees and premium access within PlayHub for stakers. * **Exclusive Access to Plays:** Early or reserved access to top trending and creator Plays before public release. * **Bonus Free Credits:** Receive extra credits redeemable for workflows, PlayStudio features, or marketplace usage. * **Governance Power:** Gain voting rights in PlayAI proposals, tokenomics upgrades, and feature launches. * **Airdrop Eligibility:** Participate in exclusive airdrop rounds and PlayAI ecosystem campaigns. * **Data Mining Boost:** Enhanced rewards in Play Collective and gaming/data stream campaigns. * **Node Incentives:** Greater weight in node emission pools and staking multiplier for future infrastructure launches. * **Early Access:** Priority to beta features, marketplace launches, and limited-edition items like Madrims. ### Ecosystem Flywheel Staked $PLAI creates a feedback loop of value through the creator economy: * As Plays are published and used, $PLAI activity grows, boosting rewards for all stakers. * Usage fees, licensing, and marketplace transactions cycle value back to the staking pool and reward participants. * The ecosystem benefits as greater staked value drives adoption, liquidity, and further expansion of PlayAI’s creator, agent, and consumer-facing products. Stake now at [**hub.playai.network/stake**](https://hub.playai.network/stake) and become a foundational participant in the PlayAI innovation loop.