Data tamper-proof: In principle, EAZStor has a natural WORM (Write Once, Read Many) feature, which effectively prevents data tampering.

Extremely resistant to data lost: EAZStor decentralized storage system allows up to half of the data nodes in the cluster to be damaged and the system is still able to function normally without data lost.

Data leakage preventiont: High-security encryption mechanism, no plaintext data in the entire storage network, no risk of leakage of important data, and strong privacy protection.

High disk space utilization rate: The underlying storage engine utilizes advanced erasure code technology and implements ciphertext deduplication. Compared with the traditional copy method, EAZStor storage resource utilization rate is much higher.

High data transmission efficiency: EAZStor cannot improve the performance or latency of a single data node. But it can use the high concurrency of multiple data nodes to improve data transmission by
bypassing slow networks, low-performance or temporarily high-load nodes. It can also improve redundancy through erasure correction codes, thereby not affecting the overall performance of the system.

Strong scalability: There is no theoretical limit to storage expansion and it does not affect performance. The expansion of storage scale will not lead to sharp increase in management costs.