In an era where cyber threats evolve at an unprecedented pace, enterprises face mounting challenges in safeguarding their digital assets across diverse environments, from remote branches to sprawling data centers, and Huawei has stepped into this complex landscape with its upgraded Xinghe AI Network Security Solution, unveiled at a major industry summit. This cutting-edge technology promises to transform enterprise security by embedding zero-trust principles and AI-driven automation into a comprehensive framework. Designed to tackle sophisticated attacks with precision, the solution addresses vulnerabilities in an increasingly interconnected and AI-reliant world. By focusing on proactive threat prevention, detection, and response, it sets a new benchmark for all-scenario protection. This development signals a shift toward intelligent connectivity, where security is not just a perimeter defense but a dynamic, adaptive system. As cyber risks continue to escalate, such innovations are critical for enterprises aiming to navigate digital transformation securely.
Revolutionizing Branch Security with Zero-Trust Access
Huawei’s Xinghe AI solution brings a transformative approach to securing branch environments, where remote access and cloud services often expose vulnerabilities. By integrating Secure Access Service Edge (SASE) capabilities, the system enables unified management of network and security devices through the iMaster NCE-Campus controller. This setup achieves an impressive 99% automation rate in policy orchestration and threat response, minimizing human error and accelerating reaction times. The USG6000F branch security gateway stands out with its AI-powered threat detection, utilizing an Emulator engine to identify malware variants with a 95% detection rate for unknown threats. This ensures that even the most elusive dangers are caught before they can infiltrate. Such precision in threat identification is vital for organizations with distributed workforces, as it fortifies the first line of defense against external risks, making branch access a stronghold rather than a weak point in the security chain.
Beyond hardware, the solution incorporates the HiSec Endpoint unified agent to enforce consistent zero-trust access for remote endpoints. This agent dynamically assesses risks and continuously verifies access, addressing the growing challenges posed by remote work and cloud dependency. Unlike traditional security models that assume trust within the network, this approach operates on the principle of never trusting and always verifying, thereby reducing the attack surface. It protects against unauthorized access and mitigates potential breaches by ensuring that every connection is scrutinized in real time. For enterprises, this means a significant reduction in endpoint vulnerabilities, allowing employees to operate securely from any location. The emphasis on continuous monitoring and risk assessment reflects a broader industry trend toward adaptive security, where static defenses are no longer sufficient to combat evolving threats in a digital-first world.
Strengthening Campus Networks Against Lateral Threats
In campus environments, where the proliferation of IoT devices expands the attack surface, Huawei’s Xinghe AI Zero-Trust Campus Security Solution offers a robust defense against lateral threat movement. Traditional manual policies often grant excessive permissions, creating pathways for threats to spread across networks. This solution counters that risk with AI clustering and active scanning, achieving over 95% accuracy in asset identification. By self-learning interconnect relationships, it automatically generates fine-grained isolation policies to contain threats before they propagate. Deployed at the edge, the zero-trust appliance enhances application-layer threat detection for east-west traffic, improving visibility into assets and tightening access control. This granular approach ensures that even if a breach occurs, its impact is limited, preventing widespread damage across the campus network and safeguarding critical systems.
Further enhancing campus security, the solution focuses on traffic governance to manage the complex interactions between devices and applications. With the ability to detect and isolate anomalies swiftly, it reduces the risk of undetected threats moving laterally within the network. This is particularly crucial in environments with diverse connected devices, where a single compromised endpoint can jeopardize the entire system. The AI-driven automation not only streamlines policy enforcement but also minimizes the burden on IT teams, allowing them to focus on strategic priorities rather than reactive firefighting. By addressing the unique challenges of campus networks, Huawei’s technology provides enterprises with a scalable framework that adapts to the growing complexity of IoT ecosystems. This proactive stance on security underscores the importance of evolving beyond perimeter-based defenses to a model of continuous protection and micro-isolation.
Securing Data Integrity in AI-Driven Environments
For data centers handling large AI models, Huawei’s Xinghe AI Intelligent Computing Security Solution delivers end-to-end protection across training, deployment, and application phases. During training, the XH6655 intelligent computing firewall detects embedded malware using a proprietary antivirus engine, ensuring that foundational processes remain untainted. In the deployment stage, the lightweight HiSec Endpoint blocks kernel-level vulnerability exploits in real time, safeguarding systems at their core. This multi-layered defense is critical for maintaining the integrity of AI models, which are increasingly targeted by sophisticated attacks. As enterprises rely more on AI for decision-making and operations, protecting these assets from corruption or manipulation becomes paramount, and Huawei’s solution addresses this need with precision and foresight.
During the application phase, the solution employs a coordinated “endpoint + network” defense mechanism to combat ransomware and prompt injection attacks. Features like one-click recovery for encrypted files ensure minimal disruption, while real-time protection mechanisms prevent malicious inputs from compromising AI outputs. This comprehensive approach not only secures data but also preserves trust in AI-driven processes, which are integral to modern business operations. By integrating AI into its security fabric, Huawei demonstrates a forward-thinking strategy that aligns with the industry’s shift toward intelligent, automated systems. Enterprises adopting this technology can confidently leverage AI innovations without fearing the associated risks, knowing that their data is shielded by a robust, adaptive framework designed for the challenges of today’s threat landscape.
Pioneering a Future of Intelligent Cybersecurity
Reflecting on the impact of Huawei’s Xinghe AI Network Security Solution, it’s evident that this technology marks a pivotal moment in enterprise protection. Its integration of zero-trust architecture with AI-driven automation establishes a new standard for threat prevention and response across varied scenarios. By achieving high detection rates and near-complete automation, it addresses critical pain points in branch, campus, and data center security. Looking ahead, enterprises are encouraged to adopt such scalable, intelligent systems to stay ahead of emerging risks. Collaboration with industry partners can further enhance these solutions, ensuring they evolve with the threat landscape. As digital transformation accelerates, embedding adaptive security into core operations becomes not just an option but a necessity for sustained resilience.
