Introducing Red Hat AI Quickstarts: Streamlined Deployments for Engineers

Key Concepts

• Red Hat AI Quick Starts: Pre-validated blueprints designed to streamline the installation and configuration of software on Red Hat OpenShift AI.
• Red Hat OpenShift AI: A platform for building, training, and deploying AI-enabled applications.
• F5 Distributed Cloud WAAP (Web Application and API Protection): The security solution integrated into the F5/Red Hat API security quick start.
• Proof of Concept (PoC): The primary intended use case for these guides, allowing architects to demonstrate functional application stacks.
• Partner-led Quick Starts: Collaborative technical blueprints developed by Red Hat and its partners (like F5) to ensure interoperability.

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1. Overview of Red Hat AI Quick Starts

Red Hat AI Quick Starts serve as standardized blueprints that provide a predictable and repeatable method for installing software stacks on Red Hat OpenShift AI. By collaborating at the engineering level, Red Hat and partners like F5 have pre-determined the "order of operations," ensuring that all components are validated to work together seamlessly. This eliminates the need for manual research, trial-and-error configuration, and troubleshooting version mismatches.

2. The F5 API Security Quick Start

The first partner-led quick start released is focused on API Security.

• Target Industry: While initially geared toward Financial Services Industries (FSI), the pattern is applicable to any vertical handling private or sensitive information, such as healthcare.
• Core Functionality: It provides a framework for securing API endpoints using F5’s Distributed Cloud WAAP.
• Deployment Time: The guide is designed for rapid deployment, typically taking a matter of hours rather than days.

3. Methodology and Framework

The quick starts are designed to solve the "cold start" problem for solutions architects and systems integrators.

• Pre-validated Stacks: Engineering teams from both companies test the integration to ensure compatibility before the guide is published.
• Use-Case Driven: Users approach the deployment with a specific goal (e.g., "I need to secure my API endpoints"). The quick start provides the exact deployment pattern required to achieve that goal, removing the burden of selecting and testing individual components.
• Extensibility: While the guides are intended as Proofs of Concept (PoC) for demonstrations, they provide a solid foundation that can be adapted or expanded for production environments by substituting specific requirements.

4. Future Roadmap and Availability

• Current Status: The API security quick start is currently available in the Red Hat Quick Start catalog.
• Upcoming Developments: A new quick start focusing on AI Guardrails and AI Red Teaming is currently in development, with a target release date coinciding with the Red Hat Summit.
• Expansion: The catalog is shifting from being exclusively Red Hat-developed to including more partner-led initiatives, with a significant increase in partner content expected by the time of the next Red Hat Summit.

5. Accessing Resources

Users can access these blueprints through the official Red Hat documentation portal:

• Location: docs.redhat.com (specifically the Quick Start catalog).

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Synthesis and Conclusion

The collaboration between F5 and Red Hat addresses a critical pain point in the AI deployment lifecycle: the complexity of integrating security layers with AI platforms. By providing "tested and validated" blueprints, these quick starts significantly reduce the time-to-value for architects and developers. Rather than spending days on manual configuration and debugging, teams can utilize these guides to establish a functional, secure environment in a few hours, facilitating faster prototyping and more reliable proof-of-concept demonstrations.