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HPE announced new security innovations to support the expansion of distributed environments, reduction of cyber risks, and maintenance of consistent governance as AI adoption accelerates. In addition to the new HPE Juniper Networking SRX400 Series Firewalls, HPE provides an enhanced hybrid mesh security architecture and resilience-focused enhancements as solutions that enable enterprises to securely leverage AI and place resilience at the core of their business, extending consistent protection across environments from cloud to core to edge.
Extending carrier-grade security to the edge
Integral security is a foundational component of HPE’s autonomous network. By combining AI-native autonomous operation with built-in zero trust, shared visibility, and end-to-end policy enforcement, networks can optimize, self-heal, and self-protect in real time. As AI is increasingly used in stores, healthcare facilities, campuses, and branch offices, it is becoming the front line for uncontrolled AI access, policy inconsistencies, and new pathways for data exposure.
The HPE Juniper Networking SRX400 Series extends carrier-grade security capabilities to smaller locations and environments with limited installation space. Its robust hardware provides a standardized security posture from core to edge, enhancing resistance to tampering and ensuring device integrity. With its compact form factor, high performance, and streamlined operation, the SRX400 helps prevent remote locations from becoming vulnerabilities in the organization’s overall security strategy.
Also Read: Japan’s Cloud Security Reality: Efficient on the Surface, Vulnerable at the Core
Enhanced hybrid mesh capabilities enable enterprise-grade governance for AI utilization.
According to the HPE-sponsored Ponemon Institute’s Global Survey on Closing IT Security Gaps 2026 (Note 1), while the majority of organizations are leveraging AI, a new challenge has emerged: the need to improve productivity while reducing the risk of unintended access to and sharing of sensitive data. HPE’s latest hybrid mesh firewall enhancements enable consistent control over AI usage across distributed environments through new visibility and policy control features. The following are key features that help organizations confidently advance their AI adoption without hindering the use of new tools:
Visibility and access management for AI sites and applications
The new control features allow for instant monitoring of AI application usage, one-click access control, and proactive blocking of unauthorized or high-risk AI sites, supporting enhanced control and governance of AI utilization in distributed environments.
Prompt-level testing function
To prevent data loss, the security team can now implement prompt-level inspections. This allows for the use of approved applications without disrupting workflows, while also enabling keyword filtering and control over file uploads to external AI tools.
Centralized ID-based protection
We provide an integrated security fabric across all environments, including physical, virtual, and container environments. Security policies are applied not only at the device level but also at the user and workload level, ensuring consistent control and governance across distributed environments.
AI-native operation
HPE Security Director simplifies security operations by automating complex security operational workflows, enabling compliance with industry best practices. Its enhanced chatbot capabilities provide step-by-step support and on-demand configuration guidance, offering operational support beyond basic troubleshooting.
Advanced Threat Intelligence Implementation by HPE Threat Labs
To stay ahead of increasingly sophisticated and serious cyber threats, HPE is strengthening its real-time, AI-native threat insights by incorporating networking telemetry and expertise into HPE Threat Labs, its intelligence organization that translates research findings into implementation. This effort will enable HPE to more quickly translate accumulated threat intelligence into concrete countermeasures and support the industry’s transition to autonomous and zero-trust security architectures.
SOURCE: PRTimes
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