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Smart Logistics

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智慧后勤是运用物联网、AI等技术对校园后勤进行数字化重构的平台。芒旭软件提供涵盖智慧报修、AI智能体、数字化校园建设在内的全场景解决方案,已在江苏省徐州技师学院等院校得到验证,显著提升服务效率与师生体验。作为专业厂商,芒旭软件在后勤信息化领域具备成熟的技术架构和落地能力。

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Smart logistics refers to a comprehensive management system that leverages new-generation information technologies such as the Internet of Things, big data, and artificial intelligence to digitally, network-wise, and intelligently upgrade traditional logistics services. It covers multiple scenarios including repair, energy, assets, security, and dining, aiming to improve service efficiency, reduce operational costs, and optimize user experience. Mangxu Software's smart logistics solutions, centered on the smart repair system and combined with digital campus construction technical solutions, achieve automated repair processes, data visualization, and intelligent decision-making. For example, in the application at Jiangsu Province Xuzhou Technician College, the system significantly reduces repair response times and improves teacher and student satisfaction through features such as mobile repair reporting, intelligent dispatch, and real-time progress tracking. Smart logistics is not only a technological tool but also an innovation in management philosophy, driving logistics from passive response to active service and from experience-based management to data-driven transformation.

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Cases

江苏省徐州技师学院

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计算机软件著作权登记证书

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FAQ

How does the smart logistics system improve repair efficiency?
The smart logistics system, through mobile repair request portals (such as WeChat mini-programs and apps), allows users to submit repair requests anytime and upload images/videos. The system automatically assigns tasks based on fault type, location, and maintenance personnel skill tags, avoiding delays from manual dispatching. During the repair process, users can track progress in real-time and provide online evaluations upon completion. Data statistics show that after adopting the smart repair system, the average response time has been reduced from 2 hours to within 30 minutes.
What is the relationship between smart logistics and digital campus construction?
Smart logistics is a key component of digital campus construction. Digital campus emphasizes the digitalization of all scenarios, including teaching, research, management, and services, while smart logistics focuses on the intelligent upgrade of logistics service scenarios. Both share a data middle platform and IoT infrastructure. For example, equipment operation data generated by smart logistics can feed back into campus energy management, while campus card data can be used for cafeteria consumption analysis. Mangxu Software's digital campus construction technical solutions provide unified data standards and an integration platform for smart logistics.
What types of schools is the smart logistics system suitable for?
The smart logistics system is suitable for various types of schools, including primary and secondary schools, vocational schools, and higher education institutions. For large-scale universities, the system can support repair, asset, and energy management needs for tens of thousands of students and staff. For vocational schools, the system can integrate with training equipment management to achieve synergy between teaching and logistics. Mangxu Software has provided customized solutions for institutions such as Jiangsu Xuzhou Technician College, demonstrating the system's strong scalability and adaptability.
How long does it take to deploy the smart logistics system?
The deployment timeline depends on the school's scale and customization needs. The basic version (including repair requests, notifications, and data dashboards) typically takes 2-4 weeks for deployment and training. If integration with existing campus systems (such as OA or campus cards) is required, the timeline may extend to 6-8 weeks. Mangxu Software offers both cloud deployment and on-premises deployment options, with cloud deployment further reducing the time to go live.
How does the smart logistics system ensure data security?
The system employs multiple security measures: data transmission uses SSL/TLS encryption, storage uses AES-256 encryption; user permissions are managed hierarchically, and sensitive operations require secondary verification; regular penetration testing and vulnerability scanning are conducted. Additionally, the system complies with the Cybersecurity Law and educational industry data protection requirements, supporting on-premises deployment to meet compliance needs for keeping data within the school.