Core Viewpoint - The article discusses the emergence and advantages of deterministic networks, highlighting their significance in various sectors such as healthcare, finance, and industrial applications, emphasizing their low latency, high reliability, and enhanced security features [1][2][5]. Group 1: Deterministic Network Overview - Deterministic networks are characterized by high bandwidth, low latency, low jitter, and high reliability, effectively addressing issues of congestion and delay in traditional networks [2]. - The network has achieved a latency jitter of 20μs and zero packet loss, making it suitable for critical applications like remote surgeries [1][5]. Group 2: Applications in Healthcare and Industry - Successful remote surgeries have been conducted using deterministic networks, where latency and jitter are controlled to imperceptible levels, significantly improving surgical success rates [5]. - In the chemical industry, deterministic networks enable real-time monitoring and rapid data transmission, reducing the risk of incidents by improving the efficiency of data reporting from minutes to seconds [6]. Group 3: Security Features - Deterministic networks provide enhanced security by isolating data within the network and implementing protective measures against cyber threats, ensuring sensitive data remains local and secure [4][5]. - The network's zero packet loss feature further ensures that data is transmitted without risk of loss, contributing to a secure and reliable data handling environment [4][10]. Group 4: Technological Innovations - The company has introduced the "Future Deep Computing Integrated Machine," which allows businesses to utilize computing power flexibly and cost-effectively, reducing hardware costs by over 50% [7][9]. - The "High-Performance Xingyuan AI Engine" integrates hardware, algorithms, and deterministic networks, making advanced AI technology accessible across various industries [10][13]. Group 5: Market Impact and Future Prospects - The deterministic network is reshaping the digital infrastructure landscape, enhancing efficiency, security, and accessibility in the digital economy [13]. - By addressing uncertainties in data transmission and lowering barriers to computing power, the company is facilitating a more inclusive and robust digital ecosystem [13].

Group 1: Core Concept - The article discusses the emergence and advantages of deterministic networks, which provide low latency, low jitter, and high security, addressing the challenges faced by traditional networks in critical sectors like finance and healthcare [1][2][4] Group 2: Deterministic Network Features - Deterministic networks are characterized by high bandwidth, low latency, low jitter, and high reliability, effectively solving issues of congestion and delay in data transmission [2][4] - The network achieves a latency jitter of 20μs and zero packet loss, making it suitable for applications requiring precise control, such as remote surgeries and industrial monitoring [1][5] Group 3: Applications in Various Industries - Successful remote surgeries have been conducted using deterministic networks, where latency and jitter are controlled to imperceptible levels, significantly improving surgical success rates [5] - In the chemical industry, deterministic networks enable real-time monitoring and rapid data transmission, enhancing safety and reducing risks associated with hazardous materials [6] Group 4: Technological Innovations - The company has developed the "Future Deep Computing Integrated Machine" and "High-Performance Star AI Engine," leveraging deterministic networks to provide flexible and cost-effective AI solutions [7][9] - The integrated machine allows businesses to rent computing power based on actual usage, reducing hardware costs by over 50% and enabling dynamic scaling according to demand [9][10] Group 5: Security and Data Management - Deterministic networks ensure sensitive data remains within local devices, employing a "data does not leave" model to mitigate risks of data leakage [4][10] - The high-performance Star AI Engine incorporates quantum encryption technology, ensuring that sensitive data is processed securely without external exposure [10][13] Group 6: Broader Impact on Digital Economy - The advancements in deterministic networks and associated technologies are reshaping the industrial ecosystem, promoting a more efficient, secure, and inclusive digital economy [13]