UniStrong

V3.0 Imagery Database Management System

Original UniStrong unit·Authorized distributor

Dispatch in 3 to 7 working daysShips in 3–7 days · DDP / CIF / FOB
DDP / CIF / FOB to most countries
Local coordinate system preset before shipping

Overview

About the V3.0

Centering on imagery data management, the Imagery Database Management System is developed and expanded based on the domestic spatial database system BeyonDB. It enables the management, viewing, and distribution of raw data, process data, and deliverable data across massive geospatial datasets. It focuses on resolving the challenges of difficult management, searching, and service delivery caused by the large data volumes and diverse formats of large-scale discrete raw imagery and deliverable map tiles. By providing a full-stack imagery database management cloud platform and integrating core imagery algorithms into a distributed database, it utilizes distributed cluster algorithms to abstract underlying imagery data with different coordinates and resolutions, delivering standardized time-series map services to users. Product Description: The Imagery Database Management System mainly comprises three major components: a unified integration portal, a cloud management system, and an operation and maintenance management system.

1. Product Introduction

The Imagery Database Management System is an imagery data management system developed and extended on the foundation of the BeyonDB spatial database system, centered on imagery data management. It achieves the management, viewing, and distribution of raw data, process data, and deliverable data for massive spatial datasets of all kinds. It focuses on resolving the challenges of difficult management, searching, and service delivery caused by massive volumes and diverse formats of large-scale discrete raw imagery and deliverable tiles. By providing a full-stack imagery database management cloud platform and integrating core imagery algorithms into a distributed database, it leverages distributed cluster algorithms to abstract underlying differences in coordinates and resolutions of imagery data, providing users with standard temporal map services. 2. Product Description The Imagery Database Management System mainly consists of three parts: the Unified Integration Portal, the Cloud Management System, and Operation and Maintenance Management.

2.1.2 User Center

Manages personal information, user-downloaded resources (download, delete), and tasks awaiting approval (approve, reject).

2.1.3 Global One-Map

The Global One-Map provides display of global unified spatial framework imagery maps. It supports the display of 2D and 3D imagery data resources, allows map zooming, panning, and roaming operations, and includes map tools, attribute queries, and keyword search functions, as shown in the figure below:

2.1.4 Resource Catalog

The resource catalog module includes attribute queries, information viewing, popular resources, and statistical analysis functions, as shown in the figure below:

2.2.1 Database Setup Configuration

Provides data cataloging management: adding child nodes, editing child nodes, and deleting child nodes, as shown in the figure below:

Specifications

Technical data

Values from the UniStrong datasheet. Ask us for the full sheet or a side by side with another model.

Specification: Parameter
Independent & Controllable: Meets national standards, supports spatial big data, high performance, domestic independent controllability, and secure, reliable military application requirements
Supported Data Types: Supports general relational data models, spatial data models, etc. Supports unified management of diverse information including visible light imagery, infrared imagery, SAR imagery, multispectral imagery, and hyperspectral imagery
Database Concurrency Performance: Maximum number of simultaneous concurrent accesses is not less than 100
Spatial Database Interface: Does not rely on third-party software or middleware. System query language and interfaces support general structured query language compliant with SQL92 and above standards; spatial structured query language is compatible with and compliant with ISO SQL/MM Spatial and OGC SFSQL 1.1 and above standards. Database access interfaces include C/C++, ODBC, JDBC, .NET, etc. Provides GeoSQL access, spatial object-oriented programming access, and service-based data access methods. Provides geospatial information data service interfaces compliant with OGC standards and general commercial standards.
Backup / Recovery: System supports backup and recovery functions
Reliability Performance: System supports 24/7 continuous operation