This tool utilizes distributed big data processing technology to facilitate high-speed and stable data movement and processing between diverse data sources. It offers a user-friendly visual design interface for defining data processing tasks, enabling users to efficiently process data with ease. With nearly a hundred built-in components for data reading, writing, extraction, cleansing, transformation, association, comparison, identification, and quality inspection, it supports flexible customization of data processing flows.
The data visualization tool is a comprehensive platform for intelligent data analysis, incorporating data access, modeling, processing, and visual data analysis. By integrating diverse data sources, it enables the analysis of vast amounts of data across multiple dimensions, levels, and granularities, addressing various complex analytical needs in enterprise operations and facilitating efficient digital transformation.
Our IoT platform offers an out-of-the-box solution for enterprises, providing integrated cloud-to-end management capabilities. With its advantages of low cost, high reliability, superior performance, and enhanced security, it serves as a bridge between the perception and application layers. Through integration with various mainstream protocols for accessing IoT devices, it gathers data from the device side, facilitating online monitoring and management of IoT hardware across diverse application domains.
Grounded in a distributed computing framework, our platform provides users with comprehensive lifecycle management features for visualizing machine learning model training, prediction, evaluation, and deployment. By lowering the technical barriers to AI model development and boosting productivity, it aids enterprises in unlocking the value of data and driving business innovation.
API gateway is a crucial element for modern digital enterprises, providing comprehensive API hosting services throughout their lifecycle. This service not only simplifies API management but also enhances API performance and security. Through the API gateway, enterprises can seamlessly expose their capabilities, services, and data to both upstream and downstream partners, enabling shared capabilities and mutual complementation between businesses.
Low-code tools offer a streamlined approach to application development, boasting core features such as unified user management, centralized permission control, robust form design, and powerful workflow engines. Designed to provide enterprises with efficient and flexible development experiences, these tools lower the barriers to entry, empowering businesses to swiftly adapt to market changes and embark on their digital transformation journey.
The product, characterized by focusing on providing high-quality business travel services and supporting flexible access to multi-ecological tri-partite systems, is designed to build a one-stop operational service platform that integrates official travel, employee travel, business visits and other ancillary travel products.
As an integrated data analysis and management tool, the CableVHub big data platform is dedicated to improving the operational and management levels of the cableway business. The platform deeply mines and integrates a variety of business data to provide scientific data support for safety management of cableway operations, satisfying the collaborative management needs of industry customers. It is capable of accurately grasping operational status and identifying potential problems, thus providing comprehensive and efficient business management solutions.
Inspur Utrip Intelligent Cultural Tourism Platform and its products, taking the “spatial computing + cultural and tourism” as the breakthrough point and integrating multi-dimensional cultural and tourism digital resources, is capable of providing panoramic, immersive tourism experience services based on the integration of multiple techniques including, AR augmented reality, VR virtual reality, ultra-HD and low-latency acquisition and transmission technology of panoramic video, 3D modeling, and multi-platform support, etc.
Inspur virtual desktop (cloud desktop) uses virtualization technology to migrate all the desktops, applications and data originally stored locally on traditional PCs to the data center for unified bearer management, and uses hyper-converged technology to release desktop virtual machines for server CPU, memory and storage resources according to the needs of different users, and transmits the operating system interface to the user’s access device in the form of images through the desktop protocol, providing users with the same desktop environment as traditional PCs.
The digital archives management system, which is developed based on the OAIS reference model (ISO 14721-2012) standard, can integrate and manage various types of digital archive resources, and has the functions such as collection, metadata capture, registration, classification, cataloging, description, storage, digital signature, retrieval, utilization, identification, statistics, disposal, format conversion, naming, transfer, auditing, backup, disaster recovery, user management, rights, and management. The system can be flexibly expanded and suitable for different industries.
Under the national and industry standards and overall framework for warehouse management and construction, as well as under the guidance of the construction plan of archives informatization, in accordance with the principle of “safety, intelligence, efficiency, speediness, practicality and economy” and the requirements of “ten preventions” of archives management, the real-time monitoring, automatic access and integrated management of warehouse equipment are realized, and the unmanned intelligent archives of software and hardware integration with full traces, intelligence, integration, visualization and full closure is built
This marks the inauguration of the first national, non-profit, and open resource integration platform and knowledge service in the field of engineering science and technology. Over the course of 6 years, it has amassed a staggering 7.4 billion data entries, totaling 105 TB of resources. Providing high-quality data services to 132 academicians, 98 major consulting projects, and 2,000 domain experts, the platform has garnered a remarkable 136 million page views (PV) and attracted 42 million unique visitors (UV).
The Lashi Lake Comprehensive Management Platform integrates various sensing devices, such as those for atmospheric, soil, hydrological, and dust monitoring, as well as miniature buoy water quality monitoring stations, using mainstream Internet of Things (IoT) protocols. This platform provides functions for operational monitoring, anomaly alerts, firmware management, online upgrades, and device control. It collects diverse types of IoT perception data from the device side, including water quality, soil moisture, and meteorological monitoring data. Through the API gateway, it shares various monitoring data to support the diverse needs of the environmental resource monitoring system.
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