Cloudian adds NVIDIA BlueField-4 STX security to HyperStore

By AI, Created 6:36 PM UTC, May 29, 2026, /AGP/ – Cloudian said June 1, 2026, that its HyperStore object storage platform will support NVIDIA Vera BlueField-4 STX security innovations powered by NVIDIA DOCA. The integration is aimed at giving enterprises in-silicon protection for AI data, context memory, and agents as agentic AI deployments scale.

Why it matters: - Cloudian is pushing security deeper into the storage layer for enterprise AI. - The integration is designed to protect data, context memory, and AI agents in silicon rather than relying only on software controls. - The move targets agentic AI systems, where multiple autonomous agents, pipelines, and tenants can increase security risk and operational complexity.

What happened: - Cloudian announced support for the NVIDIA Vera BlueField-4 STX architecture on June 1, 2026. - The new capabilities will be delivered through Cloudian HyperStore. - Cloudian said the collaboration extends its role as a launch partner for NVIDIA STX. - The announcement was made in Taipei, Taiwan.

The details: - Cloudian HyperStore will support three in-silicon protection layers through NVIDIA DOCA. - NVIDIA DOCA Vault will enforce granular authorization policies on each access request. - The data protection layer is intended to block unauthorized file creation, limit drift, and prevent AI model exfiltration even if the host operating system is compromised. - NVIDIA DOCA Argus and DOCA Flow will protect AI-native KV cache data stored in a new context memory tier. - The context memory layer uses line-rate network segmentation and multi-tenant isolation across agents, tenants, and inference pipelines. - The agent protection layer continuously analyzes agent integrity, data access patterns, network activity, and inter-agent interactions. - Any deviation can trigger immediate containment, including blocking network access. - NVIDIA Vera BlueField-4 STX is said to deliver runtime threat detection up to 1,000x faster than existing agentless solutions. - The architecture enforces network and file access policies at line rates up to 800Gb/s. - The system operates inside an isolated trust domain independent of the host operating system and storage software. - Cloudian HyperStore already includes a zero-trust foundation for AI data. - That foundation includes government-verified security certifications, granular multi-tenancy, object lock immutability, AES-256 encryption with KMIP, and per-tenant isolation from both other tenants and the service provider. - Cloudian said the NVIDIA integration will extend those protections into the AI data path at agent speed. - The company said the combined approach is meant to give enterprises an infrastructure-level security layer that scales with multi-agent workloads. - The initiative also builds on earlier Cloudian-NVIDIA integrations, including high-performance RDMA for S3 data transfers, NVIDIA-Certified Storage designation for HyperStore, and the HyperScale AI Data Platform for enterprise RAG and video understanding. - Cloudian CEO Michael Tso said the company is combining exabyte scale, AI-class performance, and continuous in-silicon protection so enterprises can scale agentic AI with confidence. - NVIDIA storage vice president Jason Hardy said the integration gives customers confidence to securely scale AI.

Between the lines: - The announcement shows how storage vendors are moving security closer to the hardware layer as AI workloads become more distributed. - Cloudian is positioning HyperStore as both a storage platform and a control point for AI governance. - The language around agentic AI, context memory, and inline enforcement suggests the market is shifting from perimeter security to workload-level trust controls.

What’s next: - Cloudian solutions using NVIDIA Vera BlueField-4 STX security innovations will be available through Cloudian and authorized channel partners. - Availability will align with the broader launch of the NVIDIA Vera Rubin platform. - More information is available on Cloudian’s website.