PRODUCTS

CloudSino DCOS (Data Center Operating System)

CloudSino DCOS is committed to creating a centralized and unified management platform for all-in-one IT infrastructure in data centers. Its aim is to achieve fully automated, digitized, visualized, and unmanned operation and maintenance throughout the lifecycle of hardware devices in data centers. The platform's management capabilities comprehensively cover the entire lifecycle process of devices, including procurement planning, purchase acceptance, installation deployment, energy consumption management, control management, shelving and deployment, status monitoring, inspection maintenance, fault repair, asset inventory, and retirement and scrapping. It is suitable for industries with substantial IT infrastructure maintenance needs such as finance, telecommunications, healthcare, education, government, and medium to large enterprises. This solution empowers clients to achieve cost reduction and efficiency enhancement in the operation of data center equipment.

Data Center Visualization

CloudSino DCOS achieves precise collection of data center equipment status, offering a unified and centralized display of overall health status, service capacity, device physical locations, room energy consumption, and more from various perspectives such as device type and room. It provides real-time control of device operations for administrators through multiple means like SMS, WeChat, voice, and automated work order triggers.

Comprehensive Monitoring Across Vendors and Hardware Platforms

CloudSino DCOS offers real-time monitoring of the hardware operational status for various brands and models of servers including blade servers, rack servers, and tower servers, such as IBM, HP, Dell, Lenovo, Huawei, Inspur, Sugon, Cisco, and more. It also supports monitoring of storage and backup devices from brands like IBM, HP, Dell, HDS, EMC, KunLun, NetApp, Oracle, Fujitsu, Huawei, Inspur, and H3C. Furthermore, CloudSino DCOS provides monitoring capabilities for major brands of fiber switches, including Cisco, Brocade, and Huawei. Additionally, it extends its monitoring to encompass all-in-one solutions like SmartX, Oracle Exadata, Oracle Exalogic, Nutanix, Teradata, and more. The comprehensive range of monitoring coverage in CloudSino DCOS ensures effective oversight of hardware across different brands and device types, enhancing IT operational management.

Asset Management

CloudSino DCOS offers comprehensive end-to-end asset lifecycle management, enabling fully automated and visualized control over data center, rack, and equipment. It provides precise and timely "component-level" IT asset information, addressing the accuracy challenges of manual data entry. The system automatically collects hardware configuration data, ensuring accurate and up-to-date asset information. The automated collection of "component-level" asset data facilitates tracking of device configuration changes, guaranteeing auditable and traceable asset alterations, which cannot be modified or deleted. It supports automated asset inventory with conditional combinations, instantly generating accurate data reports and offering integration with CMDB and other platforms.

Maintenance Management

CloudSino DCOS intelligently manages equipment maintenance information, enabling automated reminders for equipment that is approaching its maintenance expiration. It offers a dedicated maintenance assistant client that allows users to efficiently query and aggregate maintenance data in bulk through external networks. The platform allows data filtering and display based on different dimensions such as equipment that has exceeded maintenance, equipment about to expire, and normally functioning equipment. When equipment is nearing its maintenance expiration, administrators are proactively notified through SMS, email, or WeChat, prompting customers to renew maintenance in a timely manner. This helps prevent situations where equipment is no longer under maintenance, leading to potential delays in addressing faults.

U-space Management

"U-level" asset automated management, using passive active RFID positioning technology for real-time asset location to U-level, automatically updating asset placement and removal information. Real-time monitoring of cabinet U-space and assets, with the ability to promptly alert for asset changes and forecast rack power loads. "U-level" asset automated management, using passive active RFID positioning technology for real-time asset location to U-level, automatically updating asset placement and removal information. Real-time monitoring of cabinet U-space and assets, with the ability to promptly alert for asset changes and forecast rack power loads.

Energy Consumption Management and Space Management

CloudSino DCOS real-time collects energy consumption and temperature data from devices, providing reliable insights for daily decision-making and long-term forecasting. It aids in planning cabinet space based on actual energy consumption needs, maximizing rack density, and reducing power failures and other issues. "Device-level" heat monitoring creates real-time heat maps to identify localized hotspots, improving heat distribution and reducing cooling consumption.

Report Management

CloudSino DCOS collects device data from multiple dimensions: asset operational status, failure rate, space, energy consumption, maintenance, etc. It then performs statistical analysis on the data, generating comprehensive scheduled reports and custom reports. This helps clients gain a comprehensive understanding of the overall hardware equipment situation and specialized assessment, effectively assisting in management and investment decisions.

CloudSino iBSM(Intelligent Business Service Management)

CloudSino iBSM has undergone a complete redesign of its underlying system architecture, incorporating the latest mainstream technologies. This has resulted in significant enhancements in product performance, stability, and user experience compared to its predecessor BSM. For instance, the web interface adopts responsive design to accommodate various devices, and page loading utilizes front-end and back-end separation with asynchronous multi-threaded data loading, thereby enhancing page responsiveness. The backend employs data caching technology to alleviate database pressure and boost system performance. Additionally, a distributed service framework has been employed to enhance fault tolerance. The revamped underlying architecture adopts an internet product design framework, leading to a 30% performance improvement and 30% increase in monitoring efficiency. Alerts are also more timely.

Internet-style UI

A brand-new internet-style UI design with a flat design architecture provides a cleaner interface and a better interactive experience. Users can customize their own homepage based on their specific management needs.

Multiple different perspective dashboards

CloudSino iBSM achieves precise data collection of all running devices in the data center. It presents a unified and centralized view of the overall health status, service capabilities, physical locations of devices, and data center energy consumption from different perspectives such as device type, business, and room. With accurate monitoring and comprehensive insights into business issues, administrators can have real-time control over the operational status of devices through various methods such as SMS, WeChat, voice communication, and automated work order triggering.

Fully compatible with cloud, containers, and microservices

Keeping up with the development of IT technology, CloudSino iBSM supports monitoring and management of private clouds, public clouds, containers, microservices, etc. For example, it covers platforms such as Alibaba Cloud, AWS, QingCloud, FusionCompute, Docker, Memcached, Zookeeper, Kafka, and more.

From a perspective of business service management

By employing a unified business service management architecture, the value of business is elevated. Business Service Management (iBSM) is a comprehensive approach and unified platform that aids in optimizing IT costs, enhancing transparency, increasing business value, mitigating risks, and ensuring service quality. The business service management architecture simplifies, standardizes, and automates IT processes, allowing efficient management of various business services across distributed, virtual, and cloud-based resources.

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