SUSE enables secure AI integration for enterprise infrastructure
SUSE and partners introduce Model Context Protocol (MCP) for secure AI agent control over enterprise data centers and cloud environments, aiming to automate IT management.
PRAGUE, April 22, 2026 – SUSE, a global enterprise open source solutions provider, announced new partnerships aimed at automating data center and cloud management through agentic AI. By integrating with platforms like Amazon Web Services (AWS), Fsas Technologies, n8n, and Revenium, along with collaborator Stacklok, SUSE offers a secure method for AI agents to monitor, troubleshoot, and optimize infrastructure across all Linux and Kubernetes distributions.
The new Model Context Protocol (MCP) addresses the challenge of AI agents lacking secure, standardized access to low-level infrastructure like servers and clusters. While enterprises are rapidly adopting agent AI, these agents often lack a secure connection to the underlying infrastructure, limiting automation and increasing risks.
SUSE is integrating MCP across its product portfolio, including SUSE Rancher Prime and SUSE Multi-Linux Manager. This enables AI agents from platforms like n8n and Revenium to securely communicate with infrastructure and perform actions. For example, agents can identify system faults in Kubernetes clusters or Linux servers, correlate with logs, and submit a patch or restart services within a secure, governed environment. Rick Spencer, General Manager of Engineering at SUSE, emphasized that SUSE is the only partner providing management for any Linux or Kubernetes distribution, anywhere.
Agentic AI capabilities are available immediately through SUSE's product portfolio. New customers can deploy SUSE Rancher Prime or Multi-Linux Manager to establish a secure foundation for their AI strategy in data centers or public clouds. Mikel Elorza Peña, IT Architect at Grupo Eroski, highlighted SUSE's commitment to open standards like MCP, which simplifies selecting the appropriate AI model for each use case without vendor lock-in.