Incubated by PKU Changsha Institute of Computing and Digital Economy

Build Efficient, Stable, and Intelligent
Integrated HPC & AI Solutions

Providing full lifecycle computing power management from underlying scheduling to upper-level applications for governments, universities, enterprises, and operators. Breaking computing silos, enabling HPC, AI, Quantum, and Cloud integration.

Core R&D Team from Peking University

Peking University
PKU-Changsha Institute for Computing and Digital Economy

Full-Stack Computing Product System

Based on deep platform management experience, providing a complete product line from underlying scheduling, platform management to upper-level LLM applications.

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SCOW Computing Platform

Integrated HPC/AI/Quantum/Cloud computing portal. Lower usage barriers, support VM management in HPC environments, enable flexible Windows/Linux operation without admin privileges for GPU resources.

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XSCOW Network Integration

Breaking computing silos. Connect HPC, AI, and cloud computing centers to build a unified computing network marketplace with unified authentication, scheduling, and billing.

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CraneSched Scheduler

High-performance computing scheduler. Compatible with Slurm/LSF, supports domestic chips (Kunpeng/Ascend/Hygon). Proprietary algorithms improve resource utilization.

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ShadowDesk Remote Desktop

High-performance remote visualization. Supports 4K resolution, 144FPS for EDA chip design and CAE simulation. Browser-based access with data security.

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Garlic LLM Agent

Privately deployed local LLM system. Provides RAG knowledge base Q&A and agent applications, ensuring data stays within domain with fine-grained permission control.

MaaS LLM Service

One-stop access to all models. Aggregates mainstream model APIs including DeepSeek, OpenAI, Qwen. Provides unified authentication, billing, and multi-model scheduling.

Solution Highlights

Focused on super-intelligent computing integration and practical engineering delivery for scalable long-term platform evolution.

Full-Stack Integration

Unifies resource access, scheduling, usage, and AI application workflows to reduce system fragmentation.

HPC-AI Integration

Brings HPC and AI resources into one operational framework with unified scheduling and elastic supply.

Heterogeneous & Vendor-Neutral

Supports multi-chip, multi-OS, and multi-scheduler environments with smooth onboarding for existing clusters.

Efficient Scheduling & Operations

Covers user management, permissions, billing, settlement, and auditing for sustainable platform operations.

Remote Desktop & Visualization

Provides browser-based high-performance remote desktop for EDA, CAE, data visualization, and remote work.

Private AI & Agent Platform

Supports on-prem deployment and private knowledge management for secure and compliant AI applications.

Replicable Industry Delivery

Built on proven university, research, and enterprise practice with repeatable deployment and operation methods.

Trusted Partners

Serving multiple top universities and high-tech enterprises

Whether you are a university research institution, enterprise, or computing operator, TATU can provide customized solutions.

中国农业大学 logo
浙江大学 logo
中国水利水电科学院 logo
鹏城国家实验室 logo
香港中文大学 logo
北京理工大学 logo
南京航空航天大学 logo
深圳湾实验室 logo