Extreme Performance for AI, Analytics, and Mission-Critical Workloads
Suitable for industries such as finance, healthcare, and manufacturing that require artificial intelligence and machine learning workloads, real-time data analysis and processing, mission-critical applications, and database systems. It provides fast data read and write capabilities, especially in scenarios where frequent data access and modification are needed.
ZStack Block Storage (ZBS) is a high-performance distributed storage system designed for mission-critical workloads. Leveraging all-flash technology, ZBS delivers ultra-fast I/O performance with microsecond-level latency, supporting millions of IOPS for demanding enterprise applications in finance, healthcare, and AI workloads.
Capable of flexibly adapting to various hardware platforms, including general-purpose x86 servers and mainstream domestic chip servers (such as Kunpeng, Feiteng, Hygon, etc.), providing extensive hardware support capabilities. Its design fully takes into account deployment needs of multiple scenarios, enabling smooth operation in enterprise data centers, localized deployments, and hybrid cloud environments.
Utilizing advanced storage technologies and high-performance data processing engines, this system ensures data access latency is reduced to the microsecond level. Its architecture supports read and write capabilities of up to millions of IOPS, making it an ideal choice for scenarios with extremely high storage performance demands, such as financial transactions, high-performance computing, and AI training.
With exceptional high-throughput performance, the system supports massive parallel data processing and rapid transmission, ensuring efficient and seamless data exchange between nodes during large-scale computing tasks. Even in data-intensive scenarios, it maintains stable and efficient operation.
Designed with scalability at its core, the system supports a horizontal expansion architecture, allowing users to seamlessly increase storage capacity and performance by adding nodes as needed without interrupting system operations. This enables organizations to tackle explosive data growth while reducing upfront investment costs.
Adhering to energy-saving and environmentally friendly principles, the system optimizes hardware power consumption and thermal efficiency. Compared to traditional storage systems, it significantly reduces energy consumption while improving space utilization. This design lowers the carbon footprint of data centers and saves operational costs.
The system integrates multi-layered data protection mechanisms, including RAID, multi-replica storage, and disaster recovery across different locations. During data transmission and storage, real-time verification and error correction technologies ensure data integrity. It also supports automatic backups and periodic snapshots for rapid recovery.
Significantly reduces data access time and accelerates application response.
Simplifies storage management and reduces hardware investments.
Ensures business continuity and reduces the risk of data loss.
Provides a robust infrastructure for emerging technologies such as AI and big data.
Compared with a foreign product under the same configuration conditions, the batch processing time was actually reduced by 62%. This improvement significantly enhanced operational efficiency and provided a competitive advantage.
The Vhost main storage achieved industry-leading read/write performance in the cluster, improving by approximately 21% compared to high-end storage array products.
Compared to traditional physical machine + storage array solutions, the concurrent registration capacity increased by 63%. Patients can now make appointments via a mobile app or mini-program without waiting in line, saving significant time. Actual waiting time for registration was reduced by 30%, greatly improving the patient experience.
ZStack supports over 5,000 customers, with business covering more than 30 countries and regions worldwide, and encompassing over 100 business scenarios. ZStack ZBS has been widely adopted across finance, healthcare, manufacturing, and government sectors, delivering extreme performance for mission-critical workloads.
"It was not until 2019, when FLEXIV comes into contact with ZStack, that things truly changed. Whether it was the features of rapid deployment and elastic scalability, or the advantages of high compatibility, ZStack left a deep impression on Mr. Hu."
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