HPE boosts security for AI and distributed enterprises
▼ Summary
– HPE introduced new security products, including the SRX400 Series Firewalls and an expanded hybrid mesh architecture, to help organizations securely scale AI adoption.
– The HPE Juniper Networking SRX400 series brings carrier-grade security hardware to smaller, distributed edge sites to maintain a consistent security posture.
– HPE’s hybrid mesh firewall updates provide new controls for governing AI usage, such as visibility into AI applications and prompt-level inspection to prevent data loss.
– The company is enhancing workload resilience and recovery in HPE Zerto Software and adding confidential computing to HPE Morpheus for data protection in use.
– HPE is expanding its HPE Threat Labs with more telemetry to deliver AI-native threat intelligence and has added post-quantum cryptography readiness to its Junos OS.
As enterprises rapidly adopt artificial intelligence and expand their distributed operations, the need for integrated, resilient security has never been greater. Hewlett Packard Enterprise is addressing this challenge with a suite of new innovations designed to standardize protection, reduce cyber risk, and enforce consistent governance from the core to the edge. The announcement includes the new HPE Juniper Networking SRX400 Series Firewalls, significant updates to its hybrid mesh security architecture, and resilience-focused enhancements across its portfolio.
David Hughes, SVP and GM for SASE and Security for Networking at HPE, emphasized the shift required in the current landscape. Security can no longer function as an isolated component, he noted. With AI workloads scaling across numerous sites, networking and security must be deeply fused to minimize risk, improve visibility, and build the essential trust for enterprise adoption. HPE’s approach allows customers to standardize policy and enforce it uniformly, enabling confident AI adoption while maintaining performance, resiliency, and control.
A central element of this strategy is extending robust security to the network’s farthest reaches. The HPE self-driving network incorporates integral security, combining AI-native operations with built-in zero trust principles, shared visibility, and end-to-end policy enforcement. This allows networks to autonomously optimize, self-heal, and defend at machine speed. As AI tools proliferate in retail stores, clinics, and branch offices, these distributed locations often become vulnerable points for unmanaged access and inconsistent policy. The compact SRX400 series brings carrier-grade security efficacy to these space-constrained environments, offering hardware-rooted protections against tampering to ensure trusted device integrity and prevent remote sites from becoming a security weak link.
With over half of organizations now using AI, governing its use without stifling productivity is a critical hurdle. HPE’s enhanced hybrid mesh firewall introduces new controls specifically for this balance, providing visibility and policy management without creating a complete blockade on new tools. Key features now include comprehensive visibility and access management for AI websites and applications, allowing administrators to see usage, restrict access instantly, and block high-risk sites. Prompt-level inspection helps prevent data loss by filtering keywords and managing file uploads to external AI tools. Furthermore, centralized identity-based protection creates a unified security fabric across physical, virtual, and containerized environments, ensuring policies follow users and workloads. These operations are simplified through AI-native automation in HPE Security Director, which uses enhanced chatbot capabilities for step-by-step configuration guidance.
For high-stakes environments facing sophisticated threats, HPE is extending sovereign-ready security and resilience features. Enhancements to cyber and disaster recovery in HPE Zerto Software now offer broader platform support, new recovery runbooks, and specific enablement for AI and vGPU workloads. Integration with Microsoft Defender and secure access to immutable HPE StoreOnce data accelerates recovery to known clean states. The company is also integrating confidential computing into HPE Morpheus Software, using hardware-based trusted execution environments from AMD and Intel alongside Thales CipherTrust for key management. This keeps data encrypted even during processing to meet stringent sovereignty requirements. Looking ahead to future threats, HPE is advancing post-quantum readiness by adding PQC-ready capabilities to Junos OS Evolved, with broader support planned for summer 2026, aligning with NIST standards including FIPS 203/204.
Supporting these technological advances, HPE is expanding HPE Threat Labs, its research-driven threat intelligence group. By incorporating additional networking telemetry, the group aims to deliver real-time, AI-native threat insights. This initiative is designed to accelerate the conversion of intelligence into actionable defense, supporting the industry’s progression toward autonomous, zero trust security architectures. Together, these solutions provide the comprehensive control, compliance, and protection organizations need as they build out sovereign IT infrastructure, even within air-gapped environments.
(Source: Help Net Security)