XCMG HANYUN Deeply Integrates with DeepSeek: Pioneering a New Era of Industrial Intelligence

XCMG HANYUN Deeply Integrates with DeepSeek: Pioneering a New Era of Industrial Intelligence

XCMG HANYUN (China) - Press Release: XCMG HANYUN, a leader in the industrial internet sector under XCMG Machinery, has taken a significant step in industrial intelligence by integrating with DeepSeek. Through this deep integration, XCMG Hanyun and DeepSeek will concentrate on critical areas within the Internet of Vehicles (IoV) sector, including big data analysis, predictive maintenance, and fault pattern databases. Simultaneously, in the smart manufacturing sector, the collaboration will drive innovations in intelligent scheduling, process optimization, and supply chain forecasting.

Building on DeepSeek's advanced foundational model capabilities, the Hanyun Industrial Internet Platform has implemented a collaborative architecture that integrates large models with specialized models. At its core lies an intelligent data analysis platform powered by multimodal large models. This platform features a deep learning framework and a robust foundational model, with DeepSeek serving as the base model to enhance algorithms and model performance. It autonomously interprets user needs, generates deep learning code, and conducts training and validation, ultimately creating a comprehensive repository of specialized models.

Building on this intelligence platform, XCMG HANYUN is driving innovations across two key application areas:

  • Intelligent Connected Vehicles: Enhancing six core scenarios, including big data analytics, intelligent scheduling, equipment prediction, edge computing, smart services, and fault pattern libraries.
  • Smart Manufacturing: Strengthening five critical areas, including intelligent scheduling, production simulation, process optimization, production enhancement, and supply chain forecasting.

By continuously refining learning techniques and algorithm capabilities, XCMG HANYUN ensures high-performance applications while optimizing cost efficiency.

For example, a single piece of construction machinery generates over 300 operational parameters, such as location, working conditions, hydraulic pressure, and vibrations. Traditionally, modeling for telematics data analysis could take up to two weeks. However, with DeepSeek's foundational model technology, developers can now complete the entire process, from demand analysis and feature engineering to model deployment, through simple interactions. This reduces predictive model development time to just 20 minutes, profoundly improving development and deployment efficiency, turning "what you think is what you get" into reality.

By strengthening its capabilities across platforms, edge computing, industrial applications, and ecosystem collaboration, XCMG HANYUN aims to build a more resilient supply chain, advance flexible production, and enhance interactive intelligence. With AI-driven innovation, XCMG HANYUN continues to push the boundaries of industrial productivity, providing a strong driving force for the development of next-generation industrial internet solutions.

For more information about this article from Articles for AutomationInside.com click here.

Source link

Other articles from Articles for AutomationInside.com.

Interesting Links:
GameMarket.pt - Your Gaming Marketplace with Video Games, Consoles, PC Gaming, Retro Gaming, Accessories, etc. !

Are you interested on the Weighing Industry? Visit Weighing Review the First and Leading Global Resource for the Weighing Industry where you can find news, case studies, suppliers, marketplace, etc!

Are you interested to include your Link here, visible on all AutomationInside.com articles and marketplace product pages? Contact us

© Articles for AutomationInside.com / Automation Inside

Share this Article!

Interested? Submit your enquiry using the form below:

Only available for registered users. Sign In to your account or register here.

XMobots Launches Military Drone: Nauru 100D

Grok 3 Beta: The New Era of Rational Intelligence