ZeroHybrid Network is a decentralized trusted computation network based on blockchain which will be the underlying fundamental infrastructure of the future digital world. ZeroHybrid is the industry's first ARM-based decentralized trusted computing network that can use mobile devices to provide computing power. ZeroHybrid utilized the wildly spread ARM chipsets to implement TEE, which guarantees the process of computation through the power of the hardware, enabling a trusted environment not able to be modified by other software. With the diversity of ARM chips and wide range of application scenarios, to form a safe, credible, and decentralized computing environment.

Key features of ZeroHybrid Network:

Trusted Computing Resources. Smart contracts are executed in the TEE, consuming privacy computing power resources and taking up miners' equipment running time. Unlike traditional blockchains, Zero-Hybrid smart contracts do not rely on consensus algorithms for their execution. Therefore, each contract runs in only one TEE, allowing contracts to be executed in parallel across the network
On-chain computing. A transaction is packaged by block TEE and synchronized to the whole network, which occupies the on-chain data space of Zero-Hybrid, the process needs to consume on-chain computing resources, and the larger the amount of data generated by the operation, the more on-chain computing resources are consumed. We refer to the resource design of POA and other project networks, and the rate cost is very low
Storage Resources. The Zero-Hybrid network goal is designed for large-scale, long-tailed joint computation in the encrypted state of data, encouraging as much as possible the uploading and calling of others' data for encryption and intra-TEE decryption computation under the Zero-Hybrid protocol.

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