Solana
A DePIN Unit embodies the fusion of cutting-edge blockchain chips, sophisticated middleware. This isn’t just integration; it's the embodiment of a new paradigm where devices are not only interconnected but are also empowered with intelligence and autonomy.
Utilizes edge computing to process and optimize data collected by devices, reducing reliance on central servers
Employs Digital Signal Processing (DSP) for data filtering, compression, and feature extraction.
an IoT-focused hardware featuring chips and modules with integrated blockchain support via Echo Lite SDK, designed for easy deployment in a wide range of IoT devices while enabling generation and reporting of Proof of Data Work (PoDW).
At its heart lies the Data Trust Engine, a system designed not merely to
process information but
to imbue it with a level of trustworthiness, previously unattainable.
MPDI is a virtual machine instance that allows loading and executing plugins as JavaScript modules to customize the PoDW flow. DePIN project developers can write their own JavaScript modules to process PoDW, making them adaptable to their specific blockchain and smart contract environments.
This controller acts as a scheduler, distributing verified PoDW to respective data interfaces (Data Interface) according to the DePIN project and PoDW model.
An isolated execution environment is created for processing sensitive data, typically focusing on extracting information rather than the raw data. If some PoDW contains sensitive data (such as personal information), plaintext PoDW must be encrypted before leaving the IoT device.
Utilizes the PoDW consensus mechanism to measure and report trustworthiness through the Data Trust Engine. PoDW is then verified based on its signature for DID (Device Identity Document). Once verified, the data is sent to the Dynamic Data Flow Controller for scheduling.
EchoLink is a blockchain oracle deployed on the Solana designed for DePIN IoT devices. It bridges and extends a variety of IoT devices, collecting, measuring, and verifying their workload through a unique proof mechanism to generate credible data reports. This data is encrypted with Zero-Knowledge Proof and sent to oracle nodes, which evaluate the rewards that can be earned by each device unit. EchoLink also offers a comprehensive software SDK plus a hardware design combination, aimed at becoming the infrastructure for more DePIN projects.
EchoLink utilizes Zero-Knowledge Proof and Fully Homomorphic Encryption (FHE) technologies to protect data. This means that even when data is shared or transmitted, the content of the original data is not revealed.
Users can participate by purchasing and deploying IoT devices that support EchoLink. Developers can use our SDK to develop or optimize their own IoT applications.
EchoLink operates on the Solana public chain, using blockchain to record and verify data generated by IoT devices. Through smart contracts, EchoLink can automatically handle tasks like data verification and reward distribution.
EchoLink employs edge computing technology and an efficient blockchain protocol to achieve real-time processing of large-scale data. Our system can quickly verify data while ensuring synchronization of on-chain and off-chain data, supporting real-time data processing for numerous devices.
EchoLink is primarily used to enhance the functionality of IoT devices, improve the reliability and security of data, and provide reward mechanisms for the use and generation of data by IoT devices.
The details of the project's token economy will be elaborated in our official documentation, including token distribution, use cases, and how to earn tokens by participating in the ecosystem.
EchoLink’s DePIN-specific Oracle is designed to handle the large volume of highly sensitive data generated by IoT devices for specific application scenarios. It enhances data processing efficiency and ensures data security and privacy protection through advanced encryption technologies like Zero-Knowledge Proofs, optimizing IoT device integration and effectively supporting the diverse and specific needs of DePIN projects.
Litepaper