ZStack ZSphere Virtualization Platform

ZStack ZSphere boasts high autonomy, stability, performance, and security. Sharing the same core engine with the ZStack Cloud, it supports four major architectures and eight distinct platform environments. Aligned with the enterprise-level virtualization capabilities of leading international virtualization vendors, it ensures a consistent and seamless user experience. It enables intelligent unified O&M, smooth and seamless migrations, and guarantees business safety and reliability. Furthermore, streamlining the transition process.

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Features
High Autonomy Rate
From the underlying code and engine to the product design and solution implementation compliance requirements.
Code-Level:
Achieve nearly 100% self-developed code rate.
Engine-Level:
Compatible with four major architectures and eight distinct platform environments.
Product-Level:
Built-in cryptography module enables one-stop compliance with commercial cryptography application security assessment.
Solution-Level:
Offer a comprehensive solution for Level 3 Information System Security Protection, fully addressing compliance requirements.
High Stability
Power failure self-recovery, data loss prevention, and continuous uptime
Architecture:
Full plugin architecture, in-process microservices, redundant databases, and metadata consistency.
Mechanism:
Features a robust self-healing mechanism that includes management service High Availability (HA), network HA, virtual machine HA, virtual machine fault detection, and business fault detection, ensuring automatic recovery from failures and maintaining system uptime.
Testing:
Passed rigorous testing with over 100,000 test cases, including 1,000 hours of automated testing per release; underwent monthly stress tests with 4,500 instances of violent power-off, thoroughly testing the product's stability and reliability.
Practice:
Proven stable operation for over 60,000 hours, supporting enterprise-level production applications, including financial-grade core transaction systems.
High Performance
Comprehensive optimization of computing, storage, and networking, supporting the efficient operation of various high-performance workloads
High Computing Performance:
High Computing Performance: Jointly with Kunpeng and Kylin, achieved top scores in the international standard SPEC Cloud performance test under equivalent deployment conditions. Leverages message bus technology to support high concurrency, processing tens of thousands of API requests per second, creating 100 virtual machines in 40 seconds, and 2,000 virtual machines in 15 minutes.
High Storage Performance:
Features the proprietary Shared Block storage technology, which optimizes SAN and NVMe-oF storage with less than 5% performance overhead, achieving millions of IOPS for virtual machine storage vhost solutions enable compatibility with general vhost storage, increasing performance by an average of 70%.
High Network Performance:
Through OVS-DPDK optimization, achieves a 6x performance improvement compared to Linux Bridge. Through SR-IOV optimization, achieves a 60x performance improvement compared to Linux Bridge. Virtual Load Balancing: Meets the standards of leading international products in the same category.
High Unification
Unified Management of IT Resources: Support diverse devices, leverages existing infrastructure, and ensures effective investment protection
Unified Computing:
Full plugin architecture, in-process microservices, redundant databases, and metadata consistency
Unified Storage:
Features a robust self-healing mechanism that includes management service High Availability (HA), network HA, virtual machine HA, virtual machine fault detection, and business fault detection, ensuring automatic recovery from failures and maintaining system uptime.
Unified Network:
Support multiple networking configurations, offering both Soft SDN and Hard SDN capabilities.
Unified PCIe Devices:
Offer comprehensive support for passthrough and virtualization of PCIe devices, including GPUs, DPUs, FPGAs, and others, efficiently supporting LLMs and big data applications.
High Security
Safeguard user operations and ensures business continuity through a four-level security framework.
Network Security:
Network traffic access control with distributed firewalls and security groups, filtering north-south and east-west network traffic.
Business Security:
Virtualized antivirus protection with a non-agent-based virtualization security engine that promptly detects and removes security threats.
System Security:
Conduct comprehensive vulnerability scans using commercial tools, timely patches vulnerabilities to reduce the risk of attacks, and minimizes the cost of post-incident remediation.
Data and Account Security:
Commercial data encryption and identity authentication, supporting the effective use of commercial cryptography to build a secure password barrier for the network.
High Intelligence
Multiple Smart Components: Reduce business failure rates, enhance operational efficiency, and improve satisfaction.
Intelligent O&M Alarm:
Customizable alarm metrics for various events and resources.
Virtual Resource Topology:
Provide a clear view of the number and interconnections of resources within the data center.
Enhanced SNMP Management:
Comprehensive SNMP management with a proprietary MIB library.
Smart Script Library:
Manage a vast collection of scripts in a unified manner.

Use Cases

  • Core Production Environment
  • Testing and General Business
  • Independent Disaster Recovery Environment
  • Commercial Cryptography
Support the efficient and stable operation of applications and databases
Hyper-Converged Infrastructure
Deployed using an all-flash hyper-converged architecture, connected to distributed storage via vhost to ensure low latency, and utilizes a three-replica storage mechanism to guarantee stability.
Baremetal Architecture
Deploy high-performance workloads that cannot be virtualized, ensuring stability while providing performance equivalent to physical machines. It also leverages the convenient management and rapid maintenance capabilities of the virtualization platform.
Storage and Compute Separation Architecture
Use FC-SAN or NVMe over RoCE for the integration between the virtualization platform and centralized storage, providing high I/O throughput and low latency for core business systems.

ZStack ZSphere

Unlimited Servers, Free Trial for Three Month

Compatibility List

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  • CPU architecture
  • Manufacturer and model

Model description:

When using vSphere 7.0+, the boot disk capacity should be 240G or larger.

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Resources

  • ZStack ZSphere Installation Tutorial

    This tutorial describes how to install and upgrade ZStack ZSphere in single management node deployment and dual management node deployment.

  • ZStack ZSphere User Guide

    The user manual helps you quickly understand how to use ZStack ZSphere, including the installation and deployment of ZStack ZSphere, system configuration, and detailed operating instructions.

Case Studies

ZStack supports over 4,000 customers, with its business covering more than 30 countries and regions worldwide, and encompassing over 100 business scenarios.

“It was not until 2019, when FLEXIV came 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.”

  • Internet 2024 Hurun Global Unicorn List

    SHEIN, a global leader in fashion and lifestyle online retail, has chosen the ZStack ZSphere virtualization platform to revamp its existing virtualization infrastructure, aiming for cost savings and enhanced business flexibility.

  • Financial Futures

    The smooth upgrade and cloud integration capabilities of ZStack ZSphere have laid a solid foundation for the next phase of Dayou Futures’ data center transformation.

  • Education World-class Universities

    The ZStack ZSphere virtualization platform was adopted to meet the urgent demands of high-performance computing (HPC) and GPU-accelerated business applications. Leveraging its lightweight architecture, exceptional performance, and ease of use, the platform successfully addressed the challenges faced by the medical school of a “World-class Universities” in virtualization and GPU application scenarios

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