NADI Application Scenarios
NADI serves as the core token of the Naai DePIN project, seamlessly integrated across all layers of the ecosystem—from the foundational network infrastructure to application systems, hardware terminals, and the entire DePIN platform. As the value carrier of the decentralized physical infrastructure network (DePIN), NADI is not merely a tool for incentives and payments; it is the fundamental link that connects and powers the entire Naai DePIN ecosystem.
The following sections outline the use cases, implementation mechanisms, and user value of NADI across four key layers: the network layer, system layer, hardware layer, and DePIN platform layer.
Network Layer (Underlying Architecture)
The network layer forms the foundational architecture of Naai DePIN's high-performance distributed computing network, which includes the blockchain public chain and the Distributed Computing Collaboration Protocol (Naai-HPCS Supercomputing Protocol). At this layer, NADI serves as the core medium for maintaining the network’s operation and facilitating computing power exchanges.
Application Scenarios and Payment Logic: In the network layer, NADI acts as both the transaction fuel and the unit for computing power billing. On the one hand, all on-chain transactions and smart contract executions require the payment of NADI as "fuel" fees to ensure the efficient use of network resources. On the other hand, in distributed computing power tasks, the initiator of the task needs to use NADI to pay for computing services as compensation for the nodes providing the computational power. This payment logic enables a direct value exchange between the demand and supply sides of computing power: the demand side pays with NADI, while the supply side earns NADI by contributing computing power.
Implementation Method: The network layer ensures the above processes through blockchain consensus and supercomputing protocols. The Naai DePIN public chain adopts a decentralized consensus mechanism, potentially combining Proof of Stake (PoS) and Proof of Useful Work (PoUW), a hybrid model that uses NADI tokens for node staking and reward distribution. To become a validator node, a certain amount of NADI must be staked in order to gain the qualifications to package transactions, schedule tasks, and maintain network security. The staking mechanism ensures that node behavior remains honest, with penalties (such as slashing the staked tokens) imposed on violators, thereby enhancing network security and credibility. Meanwhile, numerous mining nodes participate in computing power sharing through the Naai-HPCS protocol: these nodes connect their computers or servers (including Naai’s official SO-1 supercomputing devices) to the network, joining the distributed computing power cluster. These nodes are assigned tasks according to the protocol and submit computation results. The network automatically rewards them with NADI tokens based on the valid computing power they contribute. This node mechanism forms a high-performance computing power network, where nodes discover each other dynamically through P2P networking and self-organize for collaboration, ensuring efficient and reliable underlying network communication.
User Value: At the network layer, NADI creates value for various participants. For computing power providers (mining nodes), they can monetize their idle computing power to earn NADI rewards, realize the value of their hardware investments, and contribute to maintaining network security. Through token incentives, high-performance computing resources are aggregated, significantly lowering overall computing costs compared to traditional centralized supercomputing centers, with all network participants sharing the dividends from the expanding computing power market. For task initiators and developers, the introduction of NADI ensures reliable access to computing services and stable costs—because prices are determined by market supply and demand and are written into smart contract executions, reducing trust costs and intermediary fees. At the same time, the NADI staking mechanism enhances network security and service quality, allowing end-users to access a reliable and tamper-proof computing infrastructure, with a more stable and secure service experience. In summary, the NADI incentive and payment system in the network layer ensures the efficient operation of the computing power network, allowing users to reduce costs while enjoying security guarantees and computing power services provided by a decentralized network.
System Layer (Developer Ecosystem)
The system layer is built on top of the underlying network and encompasses the developer ecosystem, including a decentralized smart contract platform and cross-chain compatibility framework. This layer focuses on application development, protocol expansion, and tokenomics, enabling developers and project teams to leverage the computing power network provided by Naai DePIN to create various applications and services. At this level, NADI acts as both a platform token and a functional utility token, driving the prosperity of the developer ecosystem.
Application Scenarios and Payment Logic: At the system layer, NADI is widely used in application deployment and ecosystem activities. On one hand, developers must consume NADI as Gas fees when deploying smart contracts or launching decentralized applications (DApps) on the Naai DePIN public chain, to pay for the computational resources required to create contracts and execute computations. As a platform token, NADI ensures fair use of network resources by developers and prevents abuse. On the other hand, NADI also serves as a medium for value circulation within applications: various applications based on Naai DePIN (such as decentralized AI model training platforms, data trading markets, IoT data analytics applications, etc.) price their services in NADI. When end-users use AI services from these applications (e.g., invoking a certain algorithm model or storing analytics data), they pay the corresponding fees to the application providers and the underlying computing power network using NADI.
Additionally, NADI is used to support new project ecosystem activities, such as serving as a fundraising and crowdfunding medium for newly launched AI projects, or as a voting credential for community governance to decide which projects receive resource support. Through this logic, NADI connects developers, users, and investors, promoting a healthy ecosystem within the system layer.
Implementation Method: The system layer of Naai DePIN provides a comprehensive smart contract and cross-chain support, enabling the technical realization of the roles played by NADI.
First, the Naai DePIN public chain comes with a built-in smart contract virtual machine environment (compatible with mainstream contract platforms), allowing developers to easily write and deploy contracts to implement automatic scheduling of computing tasks and result verification. All contract calls require NADI as a transaction fee, which directly enters the miner/node reward pool, ensuring that contract execution and computing power provision form a closed-loop incentive. Second, the system layer integrates cross-chain interoperability protocols, supporting the mapping and exchange of NADI with assets from other major public chains. Through cross-chain bridges or asset anchoring mechanisms, NADI can circulate across different chains or map assets from other chains to the Naai DePIN platform, enabling broader compatibility. This means that external users or applications can also use NADI to access Naai DePIN’s computing power services, and developers can seamlessly integrate services from this chain into multi-chain ecosystems, extending their user reach. Finally, the system layer provides open APIs and SDKs to offer developers interfaces for invoking the Naai-HPCS supercomputing protocol. Developers can integrate these interfaces into their applications, enabling them to automatically publish computing tasks, retrieve results, and complete settlements while packaging complex distributed computing scheduling within the smart contract backend. Throughout this process, NADI acts as a value carrier to realize tokenized settlement for computing power invocation, data storage, algorithm trading, and other functional modules. The platform also supports the use of NADI in DeFi scenarios, such as staking, lending, and liquidity provision, allowing token holders to earn financial returns while supporting ecosystem development.
User Value: At the system layer, NADI brings dual value to both developers and end-users. For developers, Naai DePIN provides high-performance computing power and a ready-made tokenomics framework, lowering the barrier to building complex AI applications. Developers do not need to build expensive backend computing infrastructure on their own but can instead use the network’s supercomputing capabilities by consuming NADI. This enables them to focus on algorithm and product innovation, saving costs and shortening product development cycles. Additionally, by incorporating the NADI incentive mechanism into their applications, developers can attract users to participate (e.g., offering token rewards to users who contribute data or verify models), enabling rapid ecosystem expansion. Development teams can also use NADI for project fundraising and community governance: new projects can raise NADI funds through crowdfunding, and token holders can vote on the project’s development direction, improving decision-making transparency and democracy.
For end-users, NADI allows them not only to access high-quality AI services but also to become participants and beneficiaries in the ecosystem. Users can hold and use NADI to purchase computing power services, access professional algorithms, and even obtain service discounts or upgrade rights through staking. Token holders can also participate in application governance, suggesting and voting on contract upgrades, pricing models, and other decisions.
The system layer, through NADI, unifies the value of developers, investors, and users: developers gain resources and funding, users receive services and rewards, and the entire ecosystem achieves self-incentivization and sustainable development.
Hardware Layer (Naai Mobile and Smart Devices)
The hardware layer encompasses Naai mobile phones and other smart terminal devices, which are key elements in integrating physical computing hardware into the blockchain network of Naai DePIN. At this layer, the NADI token connects computing hardware, individual users, and the decentralized network, enabling each device to both contribute computing power for earnings and act as a network access node to enjoy services.
Application Scenarios and Payment Logic: In the hardware layer, NADI's primary use cases are "computing power as mining" and "computing power as a service."
Computing Power as Mining: Naai mobile phones and other devices can participate in network computing power sharing through built-in AI chips, earning NADI rewards. Specifically, users activate the device’s high-performance AI chips (e.g., the SO1684 dedicated AI acceleration chip) and join the global mining pool. When the device is idle or has available computing power, it will automatically accept AI tasks from the network (e.g., model inference, video analysis), and upon completion, the user receives NADI rewards. This mechanism extends the traditional concept of "mining" to useful computations, where the device’s hardware computing power is efficiently utilized and directly rewarded through NADI.
Computing Power as a Service: As a representation of "computing power as a service," personal devices can also use NADI to obtain additional computing power. When local device power is insufficient for certain large-scale AI tasks, the user can send task requests from the mobile app to the network, where more powerful nodes will handle the tasks. The user then pays NADI to receive the results. For example, a developer might send a model training task from their phone to the Naai DePIN network, where distributed nodes complete the training and the developer pays for the computing power in NADI. After completion, the trained model returns to the phone, and the local chip performs fine-tuning. This on-demand, pay-as-you-go computing model allows personal devices to access computational services beyond their hardware capacity at a lower cost, with NADI acting as the universal payment medium.
Implementation Method: The NADI application in the hardware layer is realized through the integration of software and hardware. Naai phones, as official designed computing power sharing terminals, come with a complete blockchain node client and security modules. The Naai-HPCS computing power sharing app on the phone reports the available computing power to the network when the device is idle and receives tasks suitable for processing based on task scheduling algorithms. The phone’s security engine and Trusted Execution Environment (TEE) ensure the security of computational tasks and key storage, ensuring the device’s participation in the network does not compromise user privacy or data security. When the phone completes a task, the system verifies the result's validity through smart contracts and triggers the contract to pay the corresponding NADI from the task escrow pool to the phone node. The entire process requires no manual user intervention, and the phone automatically acts as a "miner" to earn token rewards.
For other smart terminals (e.g., home AI servers, edge computing gateways, etc.), they can also access the network as nodes in a similar manner if they meet the Naai DePIN protocol specifications. After staking a certain amount of NADI, these devices can accept tasks and earn token rewards. The staking mechanism is equally important in the hardware layer: for example, manufacturers need to stake NADI to ensure that their devices comply with the protocol when connecting to the network. Device owners may also stake NADI to gain higher-level node qualifications or priority task allocation. In addition to computing power contributions, the Naai phone also serves as the user’s gateway to the entire DePIN network. The phone’s built-in digital wallet securely manages NADI tokens and supports payment methods like QR code scanning and NFC for use in IoT scenarios. Users can conveniently participate in governance votes, browse decentralized application markets, and monitor their computing power contributions and earnings via their phones. This integrated software and hardware approach ensures that each smart terminal is both a network node and the user’s personal cloud server, seamlessly linking devices, users, and the global supercomputing network through NADI.
User Value: The NADI applications in the hardware layer bring significant value to both individual users and device manufacturers.
For Individual Users:
Passive Income via "Mining": Users can earn passive income through their devices, such as smartphones, by "mining" with idle time to earn NADI, offsetting the cost of their devices. This income model enhances user engagement and the cost-effectiveness of owning devices equipped with Naai chips, providing long-term returns for users.
Access to Powerful Computing Power at Lower Costs: Users can access powerful computing resources without needing to purchase expensive GPUs or servers. They can pay a small amount of NADI to temporarily access distributed network computing power to complete heavy tasks. This on-demand computing model significantly improves the user experience, allowing complex AI tasks such as AI drawing, real-time translation, and big data analysis to be completed locally or in combination with network resources, tasks that previously required large cloud-based computing resources.
Enhanced Privacy and Security: Naai phones are optimized with local AI computing power and blockchain security modules, providing users with better privacy and security protections. User data and models can be processed locally or encrypted before being shared with the network, reducing the risk of sensitive information leakage.
For Device Manufacturers and Investors: The NADI incentive mechanism opens new business models for hardware: manufacturers can expand their market by selling devices capable of mining and continuously gain brand exposure and ecosystem rewards as users participate in the network using their devices. Overall, with the introduction of NADI, the hardware layer achieves a model of "resource sharing is value sharing," where users benefit from economic rewards and service convenience, while the network becomes stronger and more resilient due to the large number of connected terminals.
In summary, the NADI-driven hardware layer enables a unique, decentralized ecosystem where both users and manufacturers gain value, creating an efficient and scalable computing power network that benefits from the widespread participation of everyday devices.
DePIN Platform Layer (Decentralized Computing Power and IoT Collaboration)
The DePIN platform layer is the coordinating layer of the Naai DePIN ecosystem, representing a complete service platform that integrates computing power networks and IoT collaboration. This layer merges underlying computing power, data resources, and application scenarios, utilizing market mechanisms and governance structures to ensure the healthy operation of the entire ecosystem. At the platform layer, NADI plays a dual role as both a governance token and a value-exchange intermediary, being used for platform governance, incentive distribution, and as a universal settlement link for various services.
Application Scenarios and Payment Logic: At the DePIN platform layer, NADI is integral to the matching of supply and demand for services and the collaboration of data and computing power, forming a self-sustaining decentralized "computing power + IoT" market. Its application scenarios include, but are not limited to: decentralized supercomputing services, AI models as a service, data market transactions, and IoT device collaboration.
For example, enterprise users can post large model training tasks or real-time data analysis requirements on the platform, prepaying NADI as a reward. Global computing nodes will bid for the tasks, and once completed, smart contracts will follow pre-set rules to pay NADI to the node groups that contributed to completing the task. Similarly, IoT sensor data owners (individuals or organizations) can upload real-time data streams to the decentralized data market, and subscribers pay with NADI to access this data for model training or decision-making analysis. The platform contract will then distribute NADI to data providers based on their contribution to the data. This logic is similar to a decentralized "cloud service market," but the traded assets shift from traditional cloud computing and data resources to computing power and real-world data provided by community nodes, while settlement and trust are achieved through NADI on the blockchain.
NADI's payment and settlement functionality is particularly prominent at this layer—whether for computing power leasing, data purchasing, or cross-chain service calls, all transactions are priced in and settled immediately using NADI. Additionally, the platform layer allows NADI to be used for subscribing to premium services or obtaining membership benefits: for example, enterprise users who stake a certain amount of NADI may gain access to VIP computing power channels for faster resource allocation; developers holding NADI may enjoy reduced contract deployment fees or receive testing subsidies. Through diverse application scenarios, NADI tightly connects the supply and demand ends of the entire physical infrastructure network, constructing an efficiently operating value circulation system.
Implementation Method: The DePIN platform layer implements the above scenarios through a series of decentralized mechanisms and protocols. First, the platform has a comprehensive governance mechanism: NADI, as a governance token, grants holders proposal and voting rights. Community members can propose and vote on important parameters of the platform (such as transaction fees, reward distribution ratios) or developmental directions (such as new features, ecosystem fund usage). The governance results are executed by smart contracts, ensuring the process is transparent and the outcome is fair.
Next, the platform uses market-matching smart contracts to connect the supply and demand for computing power and data. Task publishing, bidding, task completion verification, and funds settlement are all automated by contracts. When a computing power task is published, the contract will notify eligible nodes to participate in bidding and lock the computing power they promise to provide. Once the task is completed and verified, the contract distributes the NADI held in escrow according to predefined rules based on the workload or data contribution of each participant. This process also integrates reputation and staking mechanisms: nodes must stake NADI to accept high-value tasks. The more NADI staked or the better the node’s historical reputation, the more likely it is to be selected for key tasks, ensuring service quality and reliability. In the case of errors or fraudulent behavior, the staked NADI will be deducted as per the contract rules and used to compensate the affected parties, thus incentivizing good behavior, penalizing bad behavior, and maintaining platform integrity.
Furthermore, the platform's cross-chain compatibility is achieved through bridging contracts and relay networks: the Naai DePIN platform can communicate and exchange assets with other blockchains (e.g., Ethereum, Polkadot). For example, a DApp on Ethereum can call Naai DePIN’s computing power services through cross-chain messaging, with payments and settlements still conducted in NADI tokens, while the cross-chain bridge handles the transmission of value and validation results between the two chains. This allows NADI to achieve asset mapping and value interoperability—external assets can be converted into equivalent NADI tokens for use on the platform, and NADI can also be mapped to tokens on other blockchains, integrating Naai DePIN into a wider blockchain ecosystem.
Finally, the platform layer includes incentive distribution and ecosystem fund modules: the protocol reserves a portion of NADI tokens for long-term incentives, such as rewarding early participants, subsidizing developers who provide open-source models, and funding community education and marketing efforts. These incentives are allocated by the governance procedure to ensure that NADI issuance and usage always revolve around ecosystem development.
User Value: From a platform-layer perspective, NADI creates collaborative value for all participants in the Naai DePIN ecosystem.
For End Customers (e.g., Enterprises, Institutions): They can access a new, efficient, and low-cost computing and data service model through NADI. Compared to traditional cloud computing, the Naai DePIN platform aggregates global idle computing power and data resources, offering advantages of lower cost and greater flexibility. With NADI as the token for settlement, payment processes are simplified, transparent, and traceable. Enterprises no longer need to trust a single provider, but instead rely on smart contracts to obtain the services they need. Additionally, they can adjust the amount of NADI they invest to flexibly acquire resources based on actual demand. This pay-as-you-go, performance-based model reduces the barriers for enterprises to apply AI and IoT solutions, significantly enhancing the service experience.
For Providers of Computing Power and Data (individual users, miners, device owners, etc.): NADI offers them a new way to participate in the digital economy—idle computing resources and data are now tradable assets, generating income through platform participation. Community nodes, while contributing resources to the platform, also accumulate reputation and token rewards. The incentive mechanism ensures that they continuously optimize service quality, thus forming a positive feedback loop.
For the Overall Community: NADI gives every token holder the right to participate in governance and the opportunity to gain ecosystem dividends. Holding NADI represents a certain degree of ownership and decision-making power in the Naai DePIN ecosystem. Token holders can vote on platform rules, oversee the use of funds, and participate in the selection of ecosystem projects. This community-based governance model enhances the democratic nature of ecosystem decision-making, reduces the risk of power abuse by centralized institutions, and strengthens participants’ sense of identity and responsibility toward the platform.
Integration Across Network, System, and Hardware Layers: NADI connects the network, system, and hardware layers, ensuring high-level collaboration across all layers. Data generated by IoT devices drives computing power demand, the computing power network completes AI processing and feeds it back to IoT applications, and all these actions are measured through NADI, which rewards contributions. This ensures that every resource exchange in the ecosystem is traceable, with clear value flows, thus guaranteeing the security and prosperity of the entire platform.
NADI’s existence truly makes Naai DePIN a decentralized, user-driven autonomous network—connecting scattered physical infrastructure with people into an organic whole, forming a key link and value cornerstone that supports the operation of the entire ecosystem.
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