Xinghan Larce-Scale AI Models

A SYSTEM OF STRUCTURED INTELLIGENCE

The Dahua Xinghan Large-Scale AI Model places visual analysis at its core, integrating multimodal capabilities and embedding deep industry expertise to create a large model tailored for diverse application scenarios. Built upon this real-world foundation, it serves as the key to achieving scalable and commercially viable AI solutions.

FIVE ADVANTAGES OF XINGHAN

FROM ACCURACY
TO PRECISION

Precise processing of massive data across diverse and complex real-world scenarios

High algorithmic precision with fewer false alarms and sharper insights
FROM INDIVIDUALIZATION TO
CENTRALIZED APPLICATIONS

Unified architecture replaces fragmented, task-specific AI models for broader, scalable application

Speeds up development and eliminates repetitive system rebuilds with modular adaptability
FROM RECOGNITION TO
UNDERSTANDING

Multimodal perception breaks visual cognitive limits — enabling deep understanding of behavior

Delivers situationally aware intelligence by interpreting context and real-time operation logic for actionable insights
FROM STATIC REACTION TO
DYNAMIC ADAPTATION

Real-time, full-spectrum dynamic scene monitoring and understanding

Self-learning algorithm refinement that adapts to environments and user needs - enabling smarter deployment and a more intuitive experience
ENHANCED LANGUAGE AND
MULTIMODAL CAPABILITIES

Grounded in deep industry expertise, it fuses visual and numerical data to enhance multimodal coordination across diverse applications

Automatically transforms complex workflows into orchestrated, closed-loop AI actions - enabling true human-AI teamwork

XINGHAN
VISION MODELS

Xinghan Vision Models enhance detection and tracking in complex scenes. With a Transformer-based structure, it improves target visibility, increases detection range, reduces false alarms and allows for easy operation.

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XINGHAN
MULTIMODAL MODELS

Based on the multimodal capabilities of the Dahua Xinghan M-series large model, it achieves efficient alignment and collaborative understanding between images and natural language, empowering diverse applications such as WizSeek (text-to-image search) and Text-Defined Alarms features.

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Industrial Applications

City Business

Enterprise Business

PUBLIC SECURITY

SMART TRAFFIC

SOCIAL GOVERNANCE

ELECTRIC POWER

MINING

INDUSTRIAL PARK

2024-12-27

Cryptographic Hash Algorithm of SHA Series

The hash algorithm, is used to map input data with variable (but usually with an upper limit) length to a fixed-length output result. The output result is usually called hash value, message digest or fingerprint…

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