HPE Launches Full-Scale Self-driving Network with New AI-Native Features

HPE (Hewlett Packard Enterprise) has announced new features for its Self-driving Network, delivering the industry's first fully autonomous, agent-based AI AIOps networking. By implementing new Self-driving actions across HPE Mist and HPE Aruba Central, HPE has realized its vision of a secure, AI-native, fully autonomous network that detects, diagnoses, and resolves network issues in real-time without human intervention. At the core of this approach is a differentiated architecture composed of microservices, autonomous agents, and an advanced agent-based mesh. This architecture is designed to go beyond insight-based operations to achieve true autonomy, proactively resolving issues before they impact revenue, operations, or brand value. The Self-driving Network has entered the practical stage. Networking is evolving from a system that merely notifies of issues to one that takes autonomous action, enabling operations teams to focus on innovation. HPE's Self-driving Network is already delivering results for many customers. The UK Ministry of Justice spent four years intelligentizing its complex, nationwide multi-vendor environment, establishing a system that predicts and resolves issues before they affect users. As a result, they reduced help desk tickets by approximately 75% and brought the management of about 15,000 devices in-house, establishing highly resilient and flexible IT operations. HPE continues to expand its Self-driving Network capabilities, implementing new autonomous actions in the HPE Mist and HPE Aruba Central platforms. Autonomous agents utilizing agent-based AI further reduce the need for manual intervention. The newly announced agents enable capacity and wireless optimization, automated security responses, and resolution of user roaming issues. These features prevent network issues, avoid business impact, and continuously improve user experience. New Self-driving actions include dynamic capacity optimization, autonomous VLAN repair, rogue DHCP protection, real-time Dynamic Frequency Selection (DFS), client roaming optimization, and user experience latency metrics. Furthermore, HPE is accelerating the transition to Zero Trust security through enhanced OpenRoaming integration, simplified inline micro-segmentation, and NAC sandbox testing based on real-world environments. Additionally, HPE has begun shipping the AI-native, dual-platform compatible Wi-Fi access point, 'HPE Networking AP-723H,' announced in December. HPE is supporting network transformation through discounts on data center networking for AI workloads and limited-time interest-free financing programs for software.