Project Background

Beijing Guoke Huanyu Technology Co., Ltd. was established in 2004 and is recognized as a national-level high-tech enterprise and a national "Specialized, Fine, and New" Little Giant enterprise. The company provides cutting-edge, mission-critical electronic system products and services to customers across aerospace, defense, and specialized industrial sectors. Headquartered in Beijing, Guoke Huanyu has R&D centers in Xi'an and Tianjin, while also building a smart manufacturing facility in Nanjing. Additionally, the company maintains offices in Shanghai, Shenzhen, and Chengdu, creating a comprehensive nationwide service network. Beyond its core operations, Guoke Huanyu actively participates in incubating and strategically investing in companies across upstream, downstream, and other complementary technology sectors. Furthermore, the company has partnered with Loongson China and Xi'an Electronic Science and Technology University to establish the Aerospace Application Joint Laboratory and the High-Speed Multi-Source Image Big Data Coding and Processing Joint Laboratory, respectively, fostering the commercialization of research outcomes through industry-academia collaboration. Our main products and services include embedded real-time operating systems, servers, intelligent inspection equipment, board cards, chips, and more. The company’s flagship product is the Wanghu Real-Time Linux System. Wanghu Real-Time Linux System WHLinux-2.0 is an embedded, intelligent, real-time operating system developed as a key initiative by Guoke Huanyu. Built on open-source Linux, it boasts exceptional real-time performance, high reliability, robust security, advanced intelligence, extensive compatibility, and strong support for China’s domestic ecosystem.

Unlike traditional microkernel-based real-time operating systems, WHLinux-2.0 fully integrates with the Linux ecosystem while also offering industry-specific intelligent components, enabling customers to swiftly develop tailored solutions for their respective sectors.

Wanghu Real-Time Linux System is dedicated to fostering China’s domestic software and hardware ecosystem, ensuring seamless integration with mainstream Chinese chips and hardware platforms. By providing comprehensive, domestically produced solutions, the system not only guarantees superior functionality and performance but also helps address critical bottlenecks in strategic industries.

In 2024, during the finals of the "Straight to Wuzhen" Global Internet Competition, Wanghu Real-Time Linux System stood out from fierce global competition, earning the prestigious third-place award. The servers primarily include network storage servers, edge storage servers, edge computing microservers, and compute power servers, delivering products that offer high security, high reliability, and ease of use.

GuoKe HuanYu has always taken it as its mission to serve national strategies and defense development. After years of dedicated efforts, the company has established a comprehensive R&D and production system for highly reliable electronic systems and intelligent testing solutions, placing it at the forefront of China's industry. GuoKe HuanYu has made outstanding contributions to the modernization of our nation's weapons and equipment.

Leading innovation in critical electronic technologies and ensuring that its systems are safe, reliable, and trustworthy remain GuoKe HuanYu's unwavering pursuit. Upholding the core values of "Integrity, Collaboration, and Progress," the company remains steadfastly customer-centric, continuously driving innovation in high-reliability, intelligent hardware and software technologies. Through these efforts, GuoKe HuanYu strives to become a leading domestic supplier of key electronic systems for advanced intelligent equipment.

 

Project objectives:

SIPM/PLM project implementation achieved the following objectives:

Through this platform, companies can streamline and standardize their design and R&D processes, enabling the digitalization of business workflows. 

By establishing a product knowledge base, we accumulate the company's intellectual property while ensuring the accuracy, completeness, standardization, and security of product data.

 Implement electronic management of R&D documents and electronic signature for drawings;

Implement technology document association management centered around the BOM, seamlessly integrating the flow of technical information.

All drawings, process documents, and other technical materials must be stored in the repository before being issued. 

Product materials and BOMs are generated by PLM.

All design activities are conducted within the PLM system, standardizing and solidifying the change management process to ensure that 100% of changes are managed through the system, thereby enabling full traceability of all technical data.

Integrate products and projects into PLM management, providing robust support for R&D as it transitions from project-based to product-oriented approaches.

 integrate PLM data with NCC, MES, and OA data flows.

Based on the company's current business situation, comprehensively plan the R&D management, establish an appropriate product development process, and integrate the R&D management workflow into the SIPM/PLM software for systematic implementation.

Data Panorama

Project Proposal Management

By integrating with the CRM system, the CRM project initiation request can be pushed into the PLM system. After converting the CRM document into an internal PLM document and supplementing it with the relevant project documents and information, the company-level project initiation process is carried out to determine whether the current project can proceed successfully—and finally, the updated information is sent back to the CRM system. 

CRM Project Proposal

Project Proposal

Based on the existing project processes, consolidate and organize them into project templates that align with system management, then input these templates into the system. Once the project proposal is approved, you can swiftly use the project templates to kick off project planning. Additionally, the project proposal will be linked to ongoing project data, making it easy to access and review relevant information. In the newly planned project, we will outline the team structure, key phases, milestones, deliverables, and other essential components. The plan will be directly assigned and broken down into actionable tasks, ensuring that responsibilities are clearly allocated to specific individuals. We’ll also define precise timelines and work hours for each phase, guaranteeing a thoroughly detailed project roadmap. Additionally, we’ll leverage a variety of built-in reports and visual tools to effectively track project progress, manage updates, and optimize performance throughout the initiative.

Project Information

Project Cost Management

By integrating data with the ERP system, we obtain the actual project costs from ERP and then aggregate them with the budget from the PLM system to display comprehensive project cost information.

Cost Information

Materials Request Form

Management In the PLM system, create a material requisition and then transfer it to ERP. This ensures that material requisition information approved in PLM can be directly synchronized with the ERP system for procurement purposes.

 

Material Request Form

Project Issue Management

Various issues arising during project execution and their corresponding solutions are managed through the "Project Issues" module. This module also serves as a crucial reference resource for project managers as they plan and carry out subsequent projects.

Project Issues

Product Management

 In the product structure, the first-level materials are separated from the BOM structure organizationally by using a configuration list, and these first-level materials are then arranged as sub-components under the main product. This setup lays the data foundation for future parametric design.

Components

Product R&D Material Management

Link material-related technical documents, 3D model files, and other information with the components for easy data access by technicians.

Components and parts

Material Inventory Management  

By integrating with the ERP system, real-time inventory information for corresponding materials in the ERP is automatically retrieved, enabling designers to make informed material selections during the design process and reducing information silos.

Inventory

Automatic Component Classification

The system automatically categorizes components based on their attributes, making it easier for R&D personnel to search and manage them while enhancing the portability of the system for users.

Parts Classification

Dynamic Parts Query

The system queries different categories of materials based on two statuses—new additions and changes—allowing for a clear, year- and month-specific view of new and modified items. This feature enables R&D management personnel to easily track the components produced by the R&D department for the current year and corresponding months, providing valuable data to support and guide their management efforts.

Parts Dynamics

BOM Management

The system builds the BOM structure based on component data and presents it in the form of a BOM tree, enhancing R&D personnel's efficiency when viewing and navigating through the BOM.

Parts BOM

Extract BOM information by designing a software interface

Standardize the sources of model data, and ensure the R&D department uses the same design software for all designs, facilitating easy referencing and comparison in later stages. Using the BOM as a central link, various technical documents, drawings, process sheets, and other information are centrally organized and displayed in a cohesive manner. Materials, models, drawings, and BOM structures are retrieved directly from the design software interface, while a rigorous approval process guarantees the accuracy of the data.

BOM structure extracted from the structural design software interface

Schematic Management

By integrating with hardware design software, schematic diagrams from the hardware design—and the corresponding electronic BOM information within those schematics—can be submitted to the PLM system for unified management. The system then converts the electronic BOM into a manufacturing BOM, linking the schematic directly to the final, corresponding components.

Pre-match

 

 

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