Detailed analysis of the case
The industrial resource collaborative cloud platform for agricultural drones is an industrial cloud platform built based on the underlying services of the industrial Internet, which includes relevant functions of the DaaS, PaaS and SaaS layers. At the DaaS layer, data on the operation, control, and collaborative business of agricultural drone equipment are aggregated to form an industry application big data center, laying a data foundation for the subsequent optimization of equipment, deepening of business, and expansion of applications. At the PaaS layer, core components such as industrial engines, models and algorithms are encapsulated and flattenedEncapsulate the external functions of various products and provide unified external platform services in the form of apis. At the same time, it is oriented towards the entire process of industrial APP design, development and operation and maintenance management, offering enterprises a full life cycle service of rapid one-stop application deployment and operation. At the SaaS layer, it provides relevant functions for the management, monitoring, control, and maintenance of agricultural drone equipment, and also offers corresponding services for resource collaboration among enterprises in the upstream and downstream of the industrial chain.
This test is based on GB/T 25000.51-2016 "Systems and Software Engineering - Quality Requirements and Evaluation of Systems and Software - Part 51: In accordance with the "Quality Requirements and Test Details for RUSP Products", the GJB/Z 141-2004 "Guidelines for Software Testing in Military Software Evaluation Reports" standard and related requirements, software acceptance tests were conducted on its functionality, performance efficiency, and information security in three aspects, and a software evaluation report was issued.
