Intelligent future, extraordinary vision - Shanghai Dishan Technology's robot technology leads the new era of intelligence

Overview

In today’s era of deep integration between artificial intelligence and robotics, Shanghai Dishan Technology Co., Ltd. is reshaping the boundaries of human-machine interaction with its forward-looking vision and solid technological achievements. As a high-tech enterprise dedicated to cutting-edge AI technology research and development, Dishan Technology has not only made breakthroughs in the field of intelligent dialogue systems and won the 2022 Annual Best Technological Innovation Award, but also taken robotics technology as its core strategic direction, committing to building an intelligent robot ecosystem characterized by "perception, thinking, and expression". Its technological outcomes have not only driven transformative changes in industries such as healthcare and education, but also interpreted the original aspiration of "technology serving humanity" through innovative practices of intelligent care robots and educational assistant robots.

 

 Core Technology-Driven: Making Robots "Smarter, More Natural, and More Attuned to You"

 Intelligent Dialogue Systems: Endowing Robots with a "Smart Brain"

Based on the independently developed Large Language Model (LLM), robots possess advanced capabilities in deep semantic understanding and contextual reasoning, enabling them to accurately respond to complex instructions and achieve human-like conversations. For instance, in the financial sector, robots can provide personalized wealth management advice by integrating user credit data and market dynamics, with an accuracy rate of over 95%.

 

Integrating Automatic Speech Recognition (ASR) and Text-to-Speech (TTS) technologies, the system supports real-time multilingual interaction with natural and smooth speech that closely resembles human expression. In multinational enterprise scenarios, robots can seamlessly switch between Chinese, English, Japanese and other languages to meet the needs of global clients.

 

The innovative application of voice cloning technology allows for customizing exclusive voices according to user preferences, enhancing emotional connection and immersive interaction. For example, in children’s education, parents can create a "mother’s voice version" of learning assistants for their kids, boosting children’s learning concentration and interest.

 

 Digital Human Technology: Building "Visualized Intelligent Entities"

Combining high-precision 3D modeling and motion capture algorithms, robots can present realistic digital human avatars and achieve emotional communication through micro-expressions, eye contact, and gestures. In healthcare settings, digital human doctor assistants can alleviate patient anxiety through eye contact, improving the diagnosis and treatment experience.

 

Supporting streaming transmission and low-latency response, the technology ensures real-time and smooth interaction, making it suitable for high-demand scenarios such as customer service, education, and healthcare. For example, in remote surgical guidance, digital human doctors can mark key surgical points in real time with a latency of less than 50 milliseconds, ensuring operational accuracy.

 

By incorporating AI-Generated Content (AIGC) technology, digital humans can generate personalized text, images, or video content on the fly to meet diverse expression needs. For instance, in live-streaming e-commerce, they can automatically generate product highlight videos, increasing conversion rates by 40%.

 

 Multimodal Perception and Decision-Making System

Integrating computer vision, environmental perception, and autonomous navigation technologies, robots are equipped with spatial positioning, obstacle recognition, and path planning capabilities, enabling autonomous movement in complex environments. For example, in logistics warehouses, Dishan Technology’s handling robots can accurately identify shelf positions. By leveraging advanced lidar sensors and deep learning algorithms, these robots achieve precise environmental obstacle detection and efficient path planning, resulting in an obstacle avoidance success rate of 99.9%.

 

Equipped with an intelligent machine learning engine, robots can continuously optimize service strategies based on user behavior patterns, providing personalized recommendations and proactive services. In smart home scenarios, robots analyze the living habits of family members and automatically adjust environmental parameters such as lighting and temperature, improving energy efficiency by 25%.

 

Through breakthrough research and development in edge computing and real-time reasoning technologies, robots can process data locally, reducing reliance on the cloud, safeguarding privacy and security, and enhancing response speed. This enables millisecond-level early warning of abnormal events in the security field.

 

 Application Scenario Expansion: Empowering Industries from Manufacturing to Daily Life

 Intelligent Customer Service and Virtual Assistants

Powered by natural language processing and machine learning technologies, these intelligent customer service systems can efficiently handle complex customer inquiries, including multi-turn conversations and emotion recognition. In the telecommunications industry, they can quickly resolve network faults and provide detailed consulting on tariff plans; in the government sector, they can address citizens’ complex inquiries about policies and regulations.

 

 Healthcare Robotics

In scenarios such as hospital guidance, rehabilitation care, and remote consultations, robots provide accurate information support and emotional companionship. Against the backdrop of an aging society, rehabilitation robots integrated with AI algorithms help patients recover limb functions, shortening rehabilitation cycles by 30%.

 

 Smart Education

Serving as AI teaching assistants, robots enable personalized tutoring and stimulate students’ learning interest. For example, in rural schools, robots implement intelligent class grouping and wrong-question analysis, increasing students’ average scores by 15%.

 

 Commercial Service Robots

Deployed in shopping malls, hotels, exhibition halls, and other venues, these robots perform functions such as welcoming guests, product guiding, and exhibition explaining, reducing labor costs and enhancing brand image. After adopting Dishan Technology’s concierge robots, an international hotel saw a 35% increase in customer satisfaction and a 20% reduction in operational costs.

 

 Industrial Automation Integration

Combining AI vision and sensor technologies, robots are applied in quality inspection, patrol inspection, assembly, and other processes, driving the upgrading of intelligent manufacturing. In new energy vehicle factories, Dishan Technology’s quality inspection robots can identify micron-level defects, raising the yield rate to 99.5%.

 

 Emerging Field Exploration

The company is actively expanding into the metaverse and virtual reality sectors, developing innovative applications such as virtual tour guides and digital employees. For example, in virtual scenic spots, robot tour guides can generate personalized travel routes based on tourists’ interests, achieving a 100% interaction satisfaction rate.

 

 Hard Technology Foundation: Beyond Software, Deepening Chip-Level Innovation

Dishan Technology not only leads in the application layer but also extends its reach to underlying technologies:

- It has made breakthroughs in semiconductor image sensor chips. The independently developed new CMOS image sensors and gyro sensor chips feature high sensitivity, low noise, and strong anti-interference capabilities, providing robots with "sharper eyes" and "more stable balance". Compared with similar products, these chips improve recognition accuracy by 50% in low-light environments, and have been widely used in drone obstacle avoidance, autonomous driving, and other fields. They enable robots to more accurately identify objects in dim environments, greatly improving efficiency in logistics sorting; meanwhile, in service robots, they ensure more stable movement and obstacle avoidance.

- The company has innovatively developed AI inference chips. Through collaborative optimization of algorithms and hardware, these chips achieve high energy-efficiency ratio inference computing, reducing power consumption by 40% and making them suitable for edge device deployment. For example, in smart city monitoring systems, robots equipped with these chips can conduct 24/7 real-time analysis, tripling recognition efficiency.

- Dishan Technology has established a full-chain capability covering chip design, manufacturing, and testing, and cooperates with top domestic semiconductor manufacturers to ensure technological independence and supply chain security, advancing the process of domestic substitution.

 

 Open Ecosystem and Global Layout

Adhering to the philosophy of "technology openness + ecosystem co-construction", Dishan Technology opens API interfaces and SDK toolkits to support third-party developers in quickly building customized robot solutions. Currently, it has partnered with over 200 enterprises across more than 10 industries including retail, healthcare, and education, creating a win-win ecosystem.

 

The company is actively expanding its international market, promoting the global outreach of AI robot technology to serve clients worldwide.

 

It will continue to increase R&D investment, with annual R&D expenditure accounting for over 30% of its revenue, and holds more than 300 core patents. By occupying a technological high ground in the global AI competition, Dishan Technology fulfills its social responsibilities and promotes the popularization of AI technology.

 

 Future Outlook: Robots as Partners, Not Just Tools

Shanghai Dishan Technology firmly believes that future robots will be more than just task-executing tools—they will be intelligent partners in human work and daily life. The company will continue to rely on its strong R&D team and technological innovation capabilities to deepen the integration of artificial intelligence, robotics, and chips, driving the intelligent transformation of society. In the next three years, it plans to invest 1 billion yuan in R&D, focusing on breakthroughs in cutting-edge fields such as embodied intelligence and brain-computer interfaces, and building a world-leading robot technology platform.

 

Intelligence Born from Chips, Wisdom Leading to the Future. Shanghai Dishan Technology accompanies you to embrace the new era of human-machine symbiosis. Imagine smart robot assistants taking care of the elderly and children at home, drones applying fertilizers precisely in farmland, automated factories producing various products efficiently, and intelligent transportation systems making travel more convenient and safe. These scenarios are gradually becoming reality. Dishan Technology is committed to integrating robot technology into every corner of life, bringing unprecedented efficiency and convenience.