Supernet | AIoT Interface
The integration of AIoT will provide the entire system with more flexible and powerful models.
Last updated
The integration of AIoT will provide the entire system with more flexible and powerful models.
Last updated
The Supernet project, through its integration with AIoT (Artificial Intelligence of Things), combines the AI Agent SDK, Distributed Validator, and Access Control Mechanism to provide a decentralized platform for smart devices and IoT applications. This platform supports efficient and secure data exchange and processing, enabling seamless interaction between AIoT devices and blockchain, driving the intelligent and automated operations of smart devices, and ensuring the reliability and security of the system.
The AI Agent SDK provides an efficient development framework for AIoT devices, enabling them to easily interact with the Supernet network. Device manufacturers can quickly build intelligent agents using the SDK, allowing them to interact with other devices and services on the Supernet network through smart contracts. For example, in a smart home system, each smart device can act as an AI agent and use the SDK to call smart contracts for tasks such as temperature control, lighting adjustments, and more. Devices can execute automated actions based on real-time environmental data, such as temperature or humidity sensor readings, and the SDK enables them to process complex logic efficiently.
Furthermore, AIoT devices can share data with other devices via the SDK, forming an intelligent collaborative network. For instance, a temperature sensor can send data to the Supernet network through the SDK, and the smart contract can automatically adjust the settings of a thermostat based on this data. With the SDK, devices are no longer isolated units, but part of an intelligent network that enables smart decision-making and automation.
The Distributed Validator plays a critical role in ensuring consistency and security in the Supernet network, especially in the context of AIoT. In AIoT environments, interoperability between devices relies on trusted data transmission and real-time state validation. Every interaction and data transfer between devices must be confirmed by validator nodes to ensure data accuracy and integrity.
For example, environmental data (such as temperature, humidity, light intensity) collected by multiple smart sensors is transmitted to the Supernet network. To ensure data validity and consistency, the distributed validator performs real-time validation and consensus of all device data. This means that even if some devices fail or are attacked, the other nodes ensure the integrity and consistency of the network’s data, thus preventing system-wide failure. For instance, if a sensor provides erroneous data due to malfunction, the distributed validator quickly detects and excludes the invalid data through majority consensus, ensuring that devices in the network always operate on accurate data.
The Access Control Mechanism is another crucial security feature of the Supernet network, ensuring that AIoT devices and agents can only interact with resources based on predefined permissions. IoT devices often deal with sensitive data, such as personal information or control data for household devices, so controlling access to these devices is paramount. In the Supernet network, each device (or agent) is assigned to a specific privilege group, and devices can only access resources (such as other agents’ LLM interaction history or tool usage logs) if they are within the same privilege group.
For instance, in a smart factory, each device on the production line (such as robotic arms, sensors, monitoring devices) has its own privilege level. Some devices may only be able to access their own data, while advanced devices, such as central control systems, have access to the entire production line’s data. The access control mechanism ensures that these devices can only perform operations corresponding to their permission levels, preventing unauthorized data access or operations.
Additionally, the access control mechanism prevents malicious devices from attacking the network or abusing resources. For example, if a device attempts to access sensitive data or modify the execution of smart contracts without proper authorization, the system will reject the request and trigger an alert. Through permission management, the Supernet network provides robust security, ensuring the safety and stability of IoT systems.
