HPE has announced a new set of autonomous networking capabilities designed to move enterprise networking towards fully self-driving operations powered by agentic artificial intelligence and advanced AIOps technologies. The latest innovations across HPE Mist and HPE Aruba Central platforms position the company among the first networking providers to enable networks capable of detecting, diagnosing and resolving issues in real time without human intervention. The announcement marks a significant advancement in AI-native networking, aimed at reducing operational complexity while improving reliability, security and user experience.
According to HPE, the self-driving architecture is powered by microservices, autonomous AI agents and an advanced agentic mesh designed to move beyond insight-based operations towards real-time autonomous actions. The company stated that the platform enables networks to proactively address issues before they impact operations, customer experience or business continuity.
Rami Rahim, Executive Vice President, President and General Manager, Networking at HPE, said autonomous networking has moved from concept to operational reality. He noted that the latest capabilities fundamentally change the role of enterprise networks by enabling systems to independently take corrective actions, allowing IT teams to focus more on innovation and business growth instead of routine operations.
HPE also highlighted successful deployments of its self-driving network capabilities among enterprise and public sector customers. The UK Ministry of Justice has leveraged the platform to significantly improve operational efficiency across its digital infrastructure. The ministry reported a major reduction in service desk tickets while bringing the management of nearly 15,000 devices in-house, enabling greater control and operational flexibility.
The newly announced capabilities include Dynamic Capacity Optimization, which autonomously adjusts wireless RF parameters such as power levels, channel bandwidth and band selection to improve user capacity and roaming performance. Autonomous Missing VLAN Remediation has also been introduced to identify and fix VLAN configuration issues automatically, reducing disruption to user traffic and improving network reliability.
Additional capabilities include Rogue DHCP Protection for detecting and neutralising unauthorised DHCP servers, Real-time Dynamic Frequency Selection to avoid interference-prone wireless channels, and Client Roaming Optimization to maintain uninterrupted wireless connectivity for users across locations. HPE has also introduced enhanced user experience latency metrics, enabling IT teams to gain end-to-end visibility into network latency from device connection to cloud access, helping accelerate root-cause analysis and issue resolution.
The company further expanded its OpenRoaming and Zero Trust capabilities to simplify secure Wi-Fi access across locations while reducing operational complexity. HPE stated that these enhancements support stronger identity verification, simplified policy enforcement and secure enterprise connectivity across distributed environments.
Additional innovations include simplified inline microsegmentation for unified wired and wireless policy management, along with new NAC sandbox testing capabilities within HPE Mist Access Assurance. These features allow organisations to validate access control policies in live operating environments before deployment, helping minimise risk and maintain operational continuity.
HPE is a global enterprise technology company focused on advancing AI, cloud, and networking solutions to help organizations accelerate innovation and business transformation. Through its technology expertise and integrated portfolio, HPE enables enterprises across industries to improve operational efficiency, harness data-driven intelligence, and build scalable digital ecosystems. The company continues to support customers in driving growth, enhancing performance, and unlocking new opportunities in an increasingly connected world.
