Summary of Key Points
The era of AI intelligent agents (where multiple agents work together) has arrived, and tokens—the “fuel” that powers AI operations, akin to the food for pets—have become a critical resource. These tokens need to be abundant, inexpensive, and secure. Huawei has introduced the “Star River AI Network,” which addresses the entire lifecycle of tokens from four aspects: enhancing token production efficiency (by coordinating network, computing, and storage resources), ensuring secure transmission (through both inherent security measures and quantum protection), accelerating application performance, and improving defense capabilities (with AI-powered countermeasures). Additionally, Huawei’s “Kunling” products help small and medium-sized enterprises (SMEs) access AI infrastructure, facilitating their transition to an AI-driven future.
Detailed Explanation
1. Why have tokens become a “hard currency” in the era of AI intelligent agents?
You can think of AI intelligent agents as robots that can perform tasks on their own, such as automating financial risk management or collaborating in industrial processes. Tokens serve as the energy for these robots; every thought, interaction, and task execution consumes tokens. Wang Wuwei from Huawei explains that nurturing AI intelligent agents is similar to raising pets, requiring a large supply of inexpensive tokens to maximize their capabilities and reduce costs.
However, traditional networks are no longer sufficient for this new reality. While they were once designed to connect people and devices, they now need to support AI intelligent agents, which require high bandwidth, low latency, high reliability, and strong security to handle large amounts of data quickly and securely. For example, in financial applications involving payment settlements, thousands of tokens must be processed per second; any disruption or theft could lead to significant issues. Therefore, networks must evolve into intelligent hubs that understand the needs of AI.
2. How does Huawei increase token availability and reduce costs?
To improve token production efficiency and lower costs, Huawei focuses on coordinating network, computing, and storage resources. In traditional architectures, data must be transferred through CPUs, which adds latency and increases costs. Huawei’s innovation allows NPU (Huawei’s AI chips) to directly connect to storage, bypassing the CPU, thereby increasing transmission bandwidth by 8 times and token production efficiency by 2-5 times. This means that the same amount of computing power can generate twice as many tokens.
To prevent token shortages, Huawei has also implemented “Flash Start 2.0” technology, which enables switches to restart in just 5 seconds (compared to the industry standard of 120 seconds) and allows for rapid detection of issues with optical links, doubling the availability of AI services. As a result, tokens can be supplied to AI systems in abundance and at low cost.
3. How does Huawei protect tokens during transmission?
Tokens are particularly vulnerable to theft during transmission, such as through optical interception or quantum hacking. Huawei addresses this challenge with two approaches:
- Inherent device security: Network devices are equipped with intelligent security modules that monitor memory, logs, and traffic in real time, promptly detecting and blocking any suspicious activity.
- Quantum security for data links: Quantum encryption technology is integrated into routers, eliminating the need for additional hardware or fiber optic cables. This approach reduces costs by 60%. For instance, a domestic bank used this solution for cross-border transactions, ensuring both quantum resistance and compliance with regulatory requirements, preventing the theft of funds or leakage of information.
4. How does Huawei defend against AI attacks?
Hackers also use AI to launch attacks, automatically identifying vulnerabilities, generating attack paths, and mutating malicious code. Traditional security measures based on known virus signatures are ineffective in this context. Huawei’s “AI versus AI” approach involves installing an AI Core engine in firewalls that learns from traffic and behavior patterns in real time, enabling the detection of unknown attacks with 95% accuracy. Additionally, a three-layer security framework, combined with optimized Kunpeng servers, ensures that security measures do not impact AI performance.
5. How can SMEs benefit from AI?
AI is not exclusive to large enterprises; SMEs also need it. Huawei’s “Kunling Digital Communications” series of products (such as office solutions for businesses, hotels, and shops) provide high-speed connectivity and privacy protection for various industries. With thousands of partners nationwide, Huawei offers one-stop services and 24/7 support. Last month, these products helped 300,000 SMEs, enabling them to easily implement AI systems for tasks like automated checkout and customer analysis without the need for complex infrastructure setup.
In conclusion
Huawei’s Star River AI Network represents the “superhighway, security guards, and gas stations” of the AI era. It ensures an abundant supply of affordable tokens, provides secure transmission, and offers intelligent defense mechanisms. It also helps SMEs embrace the AI revolution, facilitating their transition from using AI to becoming fully AI-driven organizations.