From September 11th to 13th, the SII TechFest 2025 Innovation Future Conference, hosted by Shanghai Innovation Academy, successfully concluded. The conference, themed "Dream as a Torch · Imagination Ignites the Prairie Fire," focused on innovative practices in the deep integration of artificial intelligence and education. As a key client of SIXUNITED, Gao Yiyi, General Manager of Shanghai Yinghe Zhilin's Government and Enterprise Division, was invited to attend the forum on "Industry Development and Technology Trends of AI Terminals" on the 11th and delivered a keynote speech titled "New Infrastructure for Intelligent Computing · New Future for Terminals." During the event, the Modular Speed Space Edition Desktop AI Personal Computing Center, jointly developed by SIXUNITED and Yinghe Zhilin, attracted attention for its outstanding performance and education-oriented solutions, becoming a highlight of the conference.

Pain Points in Education in the AI Era

At the beginning of his speech, General Manager Gao Yiyi pointed out that educational institutions currently face dual challenges of data security and insufficient computing power when promoting AI implementation. Sensitive data such as student information, academic records, and research results are at high risk of leakage once uploaded to the cloud; meanwhile, existing campus IT equipment has limited performance, making it difficult to support large-scale AI inference tasks. As a result, AI technology often remains at the demonstration stage and has not truly penetrated the core teaching processes.

01 The Dual Shackles of Data Security and Misaligned Needs

Although large models demonstrate strong intelligence, they lack deep optimization for the education sector, often producing uniform outputs that fail to reflect the personalized teaching needs of different schools. More critically, teacher and student data in public cloud environments may be used for model training, posing compliance risks and leakage concerns. "Data not leaving the school" has become a core reason many educational entities hesitate to adopt AI applications.

02 The Practical Barriers of Computing Power Thresholds and Maintenance Costs

Building an in-house computing center requires significant investment in data centers, power, and cooling systems, as well as a professional maintenance team. For most educational institutions, such high-cost and technically complex projects are difficult to advance and sustain, hindering the large-scale popularization and practical application of AI resources on campuses.

SIXUNITED's Breakthrough Solution

To address the above pain points, SIXUNITED, in collaboration with Yinghe Zhilin, jointly designed and developed the Modular Speed Space Edition Desktop AI Personal Computing Center. Inspired by the Rubik's Cube, it emphasizes a modular structure and sustainable scalability, aiming to provide efficient, secure, and easy-to-maintain localized computing support for education, research, and public service sectors.

01 Innovative Expression in Materials and Design

In terms of materials, the collision of metal cut surfaces and semi-transparent materials presents the symbiotic relationship between hardware and intelligent systems; the rhythmic movement between the cube faces represents the millisecond-level response speed of local AI and symbolizes the seamless flow of data between virtual and real spaces.

02 The "Super Brain" on the Desktop

Performance-wise, this Modular Speed Space Edition Desktop AI Personal Computing Center is a "new desktop-level ultimate computing power species." It is equipped with the AMD Ryzen AI Max+ 395 processor, integrating 128GB of unified memory/VRAM, with AI computing power reaching 126 TOPS. Coupled with the InnoSpark educational large model and the WuWen XinQiong inference engine, it achieves over 45 tokens per second in edge inference speed. It can smoothly run large models such as Qwen3-235B MOE and Llama-4Scout locally and supports multi-model concurrency. Notably, it compresses the traditional multi-card integrated machine into a silent desktop host size, capable of running large models like Llama4-109B without a dedicated data center, truly achieving a perfect balance between size and performance, providing technical feasibility for "bringing supercomputing into everyday classrooms."

A Complete Solution from Hardware to Ecosystem

Centered on this Modular Speed Space Edition Desktop AI Personal Computing Center, SIXUNITED and Yinghe Zhilin further launched a comprehensive smart school solution that fully meets school needs from deployment, functionality to interaction.

01 "Plug and Play" Minimalist Deployment

This solution features rapid deployment capability, with total power consumption lower than desktop clusters, requiring no dedicated air conditioning, UPS, or cabinets, and can operate by simply plugging into a standard classroom power outlet. It comes pre-installed with educational large models and RAG frameworks, ready to use upon startup, truly achieving "arrive today, start class tomorrow" rapid deployment.

02 Local Intelligence That "Understands You More the More You Use It"

The built-in model store offers AI functions such as Qwen3 30B, personal knowledge bases, and intelligent agent platforms, allowing schools to call on them as needed; all knowledge retrieval and lesson plan generation are completed locally, using vectorization technology to ensure original files do not leave the school, effectively protecting school intellectual property and data security.

03 A New Classroom Form of "Multimodal Interaction"

In terms of interaction experience, the solution integrates devices such as ASR, TTS, smart wristbands, AI mouse, and health watches, enabling multimodal input through voice, gestures, and one-key wake-up, enhancing the naturalness of human-computer interaction. Meanwhile, the system supports real-time speech transcription, classroom emotion recognition, teacher health monitoring, and student mental health warnings, creating a closed data loop of "teaching — management — health," allowing teachers to focus on teaching itself and significantly improving the daily usage stickiness of AI tools.

Low Cost, High Security, Promoting Inclusive AI in Education

In the final part of his speech, General Manager Gao Yiyi emphasized that the solution not only has a low implementation threshold but also shows significant advantages in security and sustainability. He also stressed, "The ultimate goal of educational AI is not to be a high-end toy for a few, but to be usable and effective in every classroom."

01 Lightweight Clusters: 4-8 Devices Supporting AI Computing Power for the Entire School

By paralleling 4-8 AI workstations and leveraging campus 10G networks for flexible scheduling, an AI computing pool can be built to support simultaneous access by 40 teacher terminals and 200 student terminals, providing a cost-effective new infrastructure path for resource-limited schools.

02 Data Security Closed Loop: Making "Data Not Leaving the School" the Norm

The system builds a local encrypted memory bank for each teacher and student, automatically accumulating classroom Q&A, error tracking, and research notes; it supports multi-step reasoning and task decomposition, enabling one-click generation of personalized learning paths or research summaries, achieving a "private intelligent agent that understands you more the more you use it." Meanwhile, all computing power, storage, and model inference are completed within the campus network, with teacher and student data encrypted using national cryptographic algorithms, physically isolated from the internet, and combined with local audit logs to form a data security closed loop where "sources can be traced, destinations can be tracked, and responsibilities can be held."

The Modular Speed Space Edition Desktop AI Personal Computing Power Center, jointly developed by SIXUNITED and Yinghe Zhiling, made its debut at the Shanghai Innovation and Intelligence Future Conference. It not only showcased the phased achievements of their collaboration but also provided the industry with a clear path for the implementation of new infrastructure for intelligent education computing. In the future, SIXUNITED will continue to deepen cooperation with partners in the education sector, empowering inclusive education through technological innovation and bringing high-quality computing resources to every classroom.